MUSTAFA KEMAL UNIVERSITY Faculty of Engineering … · Adres : Mustafa Kemal University Faculty of...

Adres : Mustafa Kemal University Faculty of Engineering Mechanical Engineering Department 31200 İskenderun/HATAY Phone: +90 326 613 5600 - 4601, Fax: 03266135613

MUSTAFA KEMAL UNIVERSITY

Faculty of Engineering Mechanical Engineering Department

COURSES COORDINATED BY DEPARTMENT

1st Semester Course List

Course Unit Code Course Unit Title Compulsory/Elective L+P Hour

Credits ECTS

DIL-1131 FOREIGN LANGUAGE I Compulsory 3+0 3 3

Content: This course is designed to improve university students� skills of reading, writing, listening and speaking effectively in their fields of study and in their academic activities. The aim of the course is to improve the students� communicative competence through creating interesting contexts, showing them authentic materials and authentic situations in and out of class and giving them assignments that lead to increase the usability of the language.

Subject: Nice to meet you!a. Personal pronouns b. Present Simple tense, verb �to be� c. Verb to be, negative and interrogative form . Nice to meet you! (cont.)a. Nouns : singular and plural b. Possessive adjectives c. The indefinite article d. Prepositions . How old are you? a. Numbers b. Questions with �what� and �how old� c. Determiners . How old are you? (cont.) a. Countable uncountable nouns b. Possessives . I like my family. a. Have got / has got b. this , that, these, those . Do you like...? a. Simple Present Tense affirmative b. Time adverbials with S. Present Tense . Do you like...(cont.)? a. Simple Present Tense negative, interrogative b. State verbs (love, hate�) c. Performative verbs . What time is it? a. Telling the time . Consolidation a. Revision . Leisure time a. Gerunds (I like swimming) . Hande�s room a. There is / there are b. Prepositions (at, in, under�) . Can you cook? a. Can and Can not b. Ability, request, permission . How can I get to the hospital? a. Giving directions b. Imperatives c. Cardinal numbers . Consolidation a. Revision .

ATA-1151 PRINCIPLES OF ATATÜRK AND MODERN TURKISH HISTORY I

Compulsory 2+0 2 2

Content: Events, thoughts and principles in the rise and development process of Modern Turkey

Subject: The aim and content of Atatürk�s Principles and Revolution History.Reform and related concepts.The structure of Ottoman Empire and reasons for breaking down.Saving the Ottoman Empire and efforts of reform.Constitutional developments and intellectual movements in Ottoman Empire.The geopolitical position of Ottoman Empire and foreign policy against Ottoman Empire.The government of İttihat and Terakki party and final period of Ottoman Empire.World War I and Ottoman Empire.World War I and Ottoman Empire.Mondros Armistice Agreement and related occupations, claims of land from Ottoman Empire and Paris Peace Conference.Determination of Turkish nation for independence and Mustafa Kemal Pasha.Determination of Turkish nation for independence and Mustafa Kemal Pasha.Congress Period (Amasya Protocol, Erzurum and Sivas Congresses).Occupation of Istanbul, the reaction of Turkish nation and other crucial developments.

TUR-1141 TURKISH LANGUAGE I Compulsory 2+0 2 2

Content: Definition of language, importance and features, rise of the language, the world languages and their classification, place among the world languages of Turkish, the historical periods of Turkish language, the extension area of it today, orthographical rules in Turkish.

Subject: Definition of language; importance and characteristics of it.Rise of the language.The world languages and their classification.Language-thought-culture relationship.Turkish language in the world.The historical periods of Turkish language .The extension area of Turkish language today.The phonetical characteristics of Turkish language.The phonetical classification of Turkish language.Phonetical events of Turkish language.Morphological information about Turkish words.Orthographical rules.Punctuation.Grammatical exercises.




KIM-1129 CHEMISTRY Compulsory 3+0 3 3

Content: Atomic Structure (Historical Development of Atomic Theory, Subatomic particles, Quantum Numbers, The Periodic Table and Some Atomic Properties); Molecular Structure and bonding (Lewis Structures, VSEPR Theory, Molecular Orbital Theory); Chemical compounds (Types of chemical compounds and their formulas, Mole concept, oxidation states, nomenclature); Chemical Bonding (Covalent, ionic and metalic bonds); Chemical Reactions (Stochiomery and Limiting Reactant); Gases (The Simple Gas Laws); Liquids; Solids, Intermolecular Forces; Solutions (Type of Solutions, Solution Concentration)

Subject: Atomic Structure: Historical Development of Atomic Theory, Subatomic particles, Quantum Numbers .The Periodic Table and Some Atomic Properties .Lewis Structures .Chemical risk factors.Molecular Orbital Theory .Chemical compounds: Types of chemical compounds and their formulas .Mole concept, oxidation states, numenculature .Covalent, ionic and metalic bonds .Chemical Reactions .Stochiomery and Limiting Reactant .Properties of Gases, The Simple Gas Laws .Liquids .Solids, Intermolecular Forces .Solutions: Type of Solutions, Solution Concentration .

MAT-1141 MATHEMATICS I Compulsory 3+0 3 4

Content: Functions of a single variable, limits and continuity, derivatives, applications of derivatives, sketching graphs of functions, asymptotes, integration, fundamental theorem of calculus, applications of integrals, polar coordinates, transcendental functions, techniques of integration, indeterminate forms, l’hopital’s rule,improper integrals.

Subject: Limits and Continuity.Limits and Continuity.Derivatives.Derivatives/Applications of Derivatives.Applications of Derivatives.Integration.Integration.Applications of Integrals.Transcendental Functions.Transcendental Functions.Techniques of Integration.Techniques of Integration.L’Hopital’s Rule.Improper Integrals.

FIZ-1151 PHYSICS I Compulsory 3+0 3 4

Content: Physics and measurement, Vectors, Motion in one dimension, Planar motion, Dynamics of particle, Work and energy, Linear Momentum and Collisions, Kinematics of rotations, Rotation of a rigid object about a fixed axis, Equilibrium of solid materials, Oscilations, Gravitation.

Subject: Physics and measurement.Vectors.Motion in one dimension.Planar motion.Dynamics of particle.Work and energy.Conservation of energy.Dynamics of particle systems.Linear Momentum and Collisions.Kinematics of rotations.Rotation of a rigid object about a fixed axis.Equilibrium of solid materials.Oscilations.Gravitation.

MAK-1111 COMPUTER AIDED DRAWING I

Compulsory 3+0 3 6

Content: Introduction to basic drawing rules, the basic concepts to work with modules, the user interface, file management and control, along with element modeling, assembly, drawingenvironment, creating technical drawings, mechanical elements of technical drawing,image environment, detail and assembly drawing, and supplies related to thereproduction of images recognize the information.

Subject: Basic drawing applications, basic concepts to work with modules, the user interface, file management and control.Initial settings of the basic drawing and drafting standards for applications.Basic drawing commands.Draw the drawing commands, drawing commands (line, circle, ellipse, rectangular, etc.).Draw the processing of drawing commands.Modify the drawing commands (erase, copy, array, offset, mirror, etc.).Commands to modify the processing of drawing.Dimension drawing commands (radius, diameter, etc.).Dimension drawing commands related applications.General drawing applications.Perspective drawings of a home.Perspective drawing, drawing to make initial settings and standards.Teaching and application of the rules of perspective drawing.Applications related to the general perspective drawings.




MAK-1113 COMPUTER PROGRAMMING

Compulsory 3+0 3 6

Content: Basic information about the hardware and software with computers belong to them. Programming logic and algorithms. Describe the Fortran programming language applications. In The Simple practical problems on computers.

Subject: Computers and hardware and software belong to them..Logic and number systems of computers working.Introduction to Programming languages and Fortran programming language.The algorithm is a problem, the computer logic of thawing, the Fortran language statements, constants and variables.Read, Write, Format statement and Implementation.Go To statement and Implementation.Remodeling and more than one computer, the process loops.Remodeling and more than one computer, the process loops.Do statement and Implementation.Billet Billet opening statements and closing the application.The application file, print the results of transaction processing and transaction data in the file.Statements in the Sub-Programme.Examples and applications.Examples and applications.

2nd Semester Course List

Course Unit Code

Course Unit Title Compulsory/Elective L+P Hour

Credits ECTS

DIL-1232 FOREIGN LANGUAGE II Compulsory 3+0 3 3

Content: This course is designed to improve university students� skills of reading, writing, listening and speaking effectively in their fields of study and in their academic activities. The aim of the course is to improve the students� communicative competence through creating interesting contexts, showing them authentic materials and authentic situations in and out of class and giving them assignments that lead to increase the usability of the language.

Subject: I am studying at the moment. a. Present Continuous Affirmative b. Present Continuous negative and question form c. Time adverbials with Present Continuous . Animals are wonderful creatures a. Adjectives (before and after nouns) b. Adjectives after pronouns c. Verb + adjective d. Modifying verb + adjective . Animals are wonderful creatures (cont.) a. Static and dynamic adjectives b. -ed and -ing adjectives . Animals are wonderful creatures (cont.) a. Adverbs (fast, quickly) b. Adverbs of manner, place and time . I was on holiday a. Simple Past tense affirmative b. Time adverbials with S. Past tense . I was on holiday (cont.) a. Regular and irregular verbs b. Time clauses with the S. Past Tense . Which is the best? a. Comparatives and superlatives b. Regular adjectives . Which is the best? (cont.) a. Comparatives and superlatives b. Irregular adjectives . Have you ever ridden a horse? a. Present Perfect affirmative b. Time Adverbials . Have you ever ridden a horse? a. Present Perfect in use (experience, accomplishment) b. for, since; still, yet c. ever, never d. since, just, already e. Present Perfect Continuous (cont.) . Consolidation a. Revision . I�ll get a better job after college. a. Simple Future b. will / be going to . I was doing my homework a. Past Continuous b. Time Adverbials . Telling stories a. Past Perfect b. Time Adverbials .




ATA-1252 PRINCIPLES OF ATATÜRK AND MODERN TURKISH HISTORY II

Compulsory 2+0 2 2

Content: Events, thoughts and principles in the rise and development process of Modern Turkey

Subject: Opening Turkish Grand National Assembly (TGNA) and its features.First activities of the TGNA and first codes.Reactions to TGNA, internal rebellions, opposite groups, the press in the National Struggle.National Struggle Fronts (east) and the Armenian Question.National Struggle Fronts (west), first occupations and national army.National Struggle Fronts (west), first occupations and national army.Establishment of regular army and financial sources of the National Struggle .Treaty of Sevres and its impact on Turkish Nation.Treaty of Sevres and its impact on Turkish Nation. Fronts in the National Struggle, Inonu I-II, Sakarya and Great Attack.Political aspect of National Struggle, Mudania Armistice, Lausanne Peace Conference, Foreign policy in the Ataturk period.Revolutions in the political, educational, cultural, jurisprudence and social fields.Republicanism, Nationalism, Populism.Secularism, Etatism, Revolutionism.

TUR-1242 TURKISH LANGUAGE II Compulsory 2+0 2 2

Content: Word and word groups; the sentence; units and species of it; the characteristics of written expression; the plan, theme, point of view, substance and supporting ideas in the written expression; paragraph and phraseology; official writings; speech impediments and dittography; expressional distortions; lyrical writings (poem); narrative writings (novel, short story, theatre); non-fictional writings (travel writing, memory, diary); investigation writings (interview, biography); thought writings (article, essay, critics); oral expression (panel, discussion).

Subject: Word and word groups.The sentence; units and species of it.The characteristics of written expression.The plan, theme, point of view, substance and supporting ideas in the written expression.Paragraph and phraseology.Official writings.Speech impediments and dittography.Expressional distortions.Lyrical writings (poem).Narrative writings (novel, short story, theatre).Non-fictional writings (travel writing, memory, diary).Investigation writings (interview, biography).Thought writings (article, essay, critics).Oral expression (panel, discussion).

MAT-1242 MATHEMATICS II Compulsory 3+0 3 4

Content: Partial derivative, ıntegral, ıntegral-making rules, functions, examination of parametric curves, polar curves analysis; indefinite integral and the rules of integration, definite integral and applications of ordinary differential equations, some of the first order differential equations (separable variables, homogeneous, linear, becomes linear survived, the full differential equations), infinite series.

Subject: Sequences of numbers.Infinite Series.Infinite Series.Infinite Series.Vectors in Space.Vector valued functions.Multivariable Functions and Partial Derivatives.Multivariable Functions and Partial Derivatives.Multivariable Functions and Partial Derivatives.Multivariable Functions and Partial Derivatives.Multiple Integrals.Multiple Integrals.Integration in Vector Fields.Integration in Vector Fields.

FIZ-1252 PHYSICS II Compulsory 3+0 3 4

Content: Charge and matter, The electric field, Gauss law, Electrostatic potential, Capacitance and dielectrics, Current and resistance, Electromotive force and circuits, The magnetic field, Ampere’s law, Faraday’s law, İnductance, Magnetic properties of matter, Electromagnetic oscillations, AC circuits, Maxwell’s equations.

Subject: Charge and matter.The electric field.Gauss law.Electrostatic potential.Capacitance and dielectrics.Current and resistance.Electromotive force and circuits.The magnetic field.Ampere’s law.Faraday’s law.Inductance.Magnetic properties of matter.Electromagnetic oscillations.AC circuits, Maxwell’s equations.




MAK-1212 COMPUTER AIDED DRAWING II

Compulsory 3+0 3 6

Content: Introduction to basic drawing rules, the basic concepts to work with modules, the user interface, file management and control, along with element modeling, assembly, drawing environment can create technical drawings, mechanical elements of technical drawing, image environment, detail and assembly drawing, and supplies related to the reproduction of images be able data.

Subject: Construction of perspective drawing applications.Perspective drawings, dimensioning.Perspective drawing application.Perspective drawing application.Introduction to Three-dimensional drawing.Three-dimensional drawing illustration, initial settings and the appropriate standards.Three-dimensional drawing rules.Three-dimensional drawing rules.Three-dimensional drawing applications.Three-dimensional drawings and installation to merge.Three-dimensional drawings and installation practices merge.Three-dimensional drawings, drawing applications.Three-dimensional drawings and installation practices merge.Three-dimensional drawing, and assembly applications in general.

MAK-1208 INTRODUCTION TO MECHANICAL ENGINEERING

Compulsory 2+0 2 3

Content: What is Engineering?; development and sufficient of mechanical engineering. Description and classification of machines, energy-producing force machinery, materials and mechanic properties of it, machine elements, dimension control of the machine elements

Subject: What is Engineering?; development and sufficient of mechanical .Last technological development in mechanical engineering.Description and classification of machines.Energy-producing force machinery..Fuels and source of natural energy.Knowledge of materials.Mechanical properties of materials.Mechanical properties of materials.Machine elements.Fasteners can not be solved.Machine tools.Machine elements that transmit motion.Dimension control of the machine elements.Compared with the measuring machine elements.

MAK-1206 STATICS Compulsory 3+0 3 6

Content: Constitutive laws, Concept of stress and strains, axial deformation, thermal stresses, torsion, bending and shearing stresses in beams.

Subject: Introduction to Mechanics, Constitutive laws, Units.Scalers and vectors, Force vectors.Equilibrium of a particle.Force system resultants.Equilibrium of a rigid body, Free body diagrams.Equations of equilibrium.Structural Analysis, Trusses.Frames and Machines.Shear and moment equations and diagrams.Friction.Center of gravity and centroid.Moments of Inertia.Virtual work.Sample Problems.

3rd Semester Course List

Course Unit Code


Credits ECTS

MUH-2301

MATHEMATICS FOR ENGINEERS II

Compulsory 3+0 3 4

Content: Matrices and system of equations, systems of linear equations, row echelon form, matrix algebra, elementary matrices, determinants, the determinant of a matrix, properties of determinants, cramer�s rule, vector spaces, definition of vector space, subspaces, linear independence, basis and dimension, change of basis, row space end column space, linear transformations, matrix representations of linear transformations, ortogonallik, the scalar product, orthogonal subspaces, inner product spaces, orthonormal sets, the gram-schmidt orthogonalization




process, eigenvalues and eigenvectors, diagonalization.

Subject: Matrices and Systems of Equations .Matrices and Systems of Equations .Matrices and Systems of Equations .Determinants.Determinants/ Vector Space.Vector Space.Vector Space.Vector Space/ Linear Transformations.Linear Transformations.Eigenvalues and Eigenvectors .Eigenvalues and Eigenvectors .Orthogonality.Orthogonality.Orthogonality.

MUH-2313

NUMERICAL METHODS FOR ENGINEERS

Compulsory 3+0 3 3

Content: Description of numerical methods and application of them particularly in engineering, solution of lineer systems of equations, eigen value and eigen vector calculations, solution of non-lineer equations, finite-difference, interpolation, numerical derivative, numerical integration, numerical solution of ordinary diferential equations.

Subject: Error Analysis.Solution of Lineer Systems of Equations.Solution of Lineer Systems of Equations.Calculation of Eigen Value and Eigen Vector.Solution of Non-Lineer Equations.Solution of Non-Lineer Equations.Finite Differences.Interpolation.Interpolation.Numerical Derivative.Numerical Integration.Solution of Ordinary Diferential Equations.Solution of Ordinary Diferential Equations.Solution of Ordinary Diferential Equations.

MUH-2331

TECHNICAL ENGLISH I Compulsory 2+0 2 2

Content: The whole research process is taught step by step through skills including research, source selection, choice of topic, construction and defense of a thesis statement, citing sources, outlining, organizing a References page and note taking. Critical elements of the course are instruction in paraphrasing and summarizing techniques, use of quotations and the incorporation

of these research findings in the paper together with the inclusion of personal comments, avoidance of plagiarism and conforming to ethical rules

Subject: General information about the course.Narrowing down a general topic, developing an argument, sources, writing a thesis statement.Source selection, different types of sources.Preparing an outline based on research findings.Writing citations APA style.Writing references APA style.Use of sources and Note taking techniques.Note taking and paragraph writing using paraphrases, summaries and quotations.Note taking and paragraph writing using paraphrases, summaries and quotations.Note taking and paragraph writing using paraphrases, summaries and quotations.Note taking and paragraph writing using paraphrases, summaries and quotations.Writing the introduction, conclusion.Final paper submission and oral exam.Final paper submission and oral exam.

MAK-2315 DESIGN AND MODELING TECHNIQUES I

Compulsory 3+0 3 2

Content: Course Content Three-dimensional drawings, assembly modeling, transferring solid model to technical drawings and plotting are involved.

Subject: Fundamentals of solid modeling.Drawing outline of solid modeling.Example exercise 1.Geometrical reference toolbars.Example exercise 2.Making the outline three dimensional, solidification the outline.Example exercise 3.Solidification by using the extrusion command.Example exercise 4.Solidification by rotating and sweeping.Example exercise 5.Extrusion and applying cutting process by sweeping.Example exercise 6.Example exercise 7.

MAK-2307 DYNAMICS Compulsory 3+0 3 4

Content: Kinematics and kinetics of particles; Newton�s laws; energy and momentum methods; system of particles; kinematics and kinetics of planar motions of rigid bodies; plane motion of rigid bodies; mechanical vibrations.




Subject: Kinematics of particles,.Rectilinear motion of particles,.Curvilinear motion of particles,.Relative motion, .Tangential and Normal components,.Radial and transverse components,.Kinetics of particles,.Energy and momentum methods,.Sample Problems.System of particles.Kinematics of rigid bodies.Plane motion of rigid bodies.Mechanical Vibrations.Sample Problems.

MAK-2311 MANUFACTURING METHODS I

Compulsory 3+0 3 3

Content: General introduction, the general characteristics of machine tools, mechanics of metal cutting, factors in machining, turning technology, milling technology, Drilling technology, Dragline processing, Planing technology technology, Grinding technology, Cost analysis of machining.

Subject: General Introduction.General characteristics of machine tools.Mechanics of metal cutting.Factors affecting the machining.Cutting tool materials.Turning technology.Turning technology.Milling technology.Milling technology.Drilling technology.Dragline processing technology.Planing technology.Grinding technology.Cost analysis of machining.

MAK-2303 MATERIALS SCIENCE I Compulsory 3+0 3 4

Content: Materials selection and testing, materials classification, metallic and polymeric materials, steel standards and destructive testing methods of metallic materials (hardness measurements, impact testing, tensile-compression, bending, shear, torsion, fatigue and creep tests).

Subject: Introduction to Materials Science, Fundamentals.Materials selection and testing.Hardness measurement methods including microhardness measurements.Sample problems.Fracture and impact testing.Sample problems.Tensile-compression testing.Sample problems.Bending, shear and torsion tests.Sample problems.Fatigue testing.Sample problems.Creep testing.Sample problems.

MAK-2305 MECHANICS OF MATERIALS I

Compulsory 3+0 3 4

Content: Constitutive laws, Concept of stress and strains, axial deformation, thermal stresses, torsion, bending and shearing stresses in beams.

Subject: Introduction to Mechanics of Materials, Constitutive laws, Units.Concept of stress, Axial stress.Shearing stress, Bearing stress.Stress on Oblique Plane.Concept of strains, Stress-strain relations.Hooke�s law, Modulus of Elasticity.Statically Indeterminate problems.Thermal effect.Poisson�s ratio, Multiaxial loading.Torsion.Sample Problems.Pure bending.Analysis and design of beams for bending.Sample Problems.

MAK-2309 THERMODYNAMICS I Compulsory 3+0 3 4

Content: Concepts and definitions, and PvT properties of a pure substance, work and heat, state and change of state, as if processes are balanced. Heat, work and mass and energy transfer. The first law of thermodynamics for closed and open systems, internal energy, enthalpy and specific heats, the second law of thermodynamics, Entropy, Irreversibility

Subject: Introduction to Thermodynamics: Objective, detailed presentation of classification and application areas.Basic Concepts: thermodynamic systems, Open and Closed systems..Basic Concepts (Continued): Pressure, Mechanical work and P-V diagram, the Status changes and balance. Thermodynamic temperature scale.Thermodynamic Properties of Pure Substances: the use of Table.Thermodynamic Properties of Pure Substances (Cont’d).Principles of Mass and Energy Conservation, The ideal gas equation of state..Principles of Mass and Energy Conservation, The ideal gas equation of state..I. Thermodynamics Law: General equation, Privatization of closed and open systems..I. Thermodynamics Implementation of the Law (Closed Systems).I. Thermodynamics Implementation of the Law (Open systems).I. Thermodynamics Implementation of the Law (Steady Flow Systems): steady-flow systems used in industry (nozzles, diffusers, turbine, compressor, throttle valves, mixing chambers, heat exchangers) and the corresponding solution analysis..I. Thermodynamics Implementation of the Law (Unstable Flow Systems): Unsteady flow of energy




systems analysis, solution analysis under uniform flow conditions..Thermodynamics II. Law and entropy.Sample problem solutions..

4th Semester Course List

Course Unit Code


Credits ECTS

MUH-2402

MATHEMATICS FOR ENGINEERS II

Compulsory 3+0 3 4

Content: First order differential equations, second order linear equations, higher order linear equations, series solutions of second order linear equations, the laplace transform, systems of first order linear equations.

Subject: Introduction. First Order Differential Equations.First Order Differential Equations.First Order Differential Equations.Second Order Differential Equations.Second Order Differential Equations.Higher Order Differential Equations.Series Solutions of Second Order Linear Equations.Series Solutions of Second Order Linear Equations.Series Solutions of Second Order Linear Equations.The Laplace Transform..The Laplace Transform..The Laplace Transform..Systems of First Order Linear Equations.Systems of First Order Linear Equations.

MUH-2432

TECHNICAL ENGLISH II Compulsory 2+0 2 2

Content: In this course, the whole research process is taught step by step through skills including research, source selection, choice of topic, construction and defense of a thesis statement, citing sources, outlining, organizing a References page and note taking. Critical elements of the course are instruction in paraphrasing and summarizing techniques, use of quotations and the incorporation of these research findings in the paper together with the inclusion of personal comments, avoidance of plagiarism and conforming to ethical rules

Subject: General information about the course.Narrowing down a general topic, developing an argument, sources, writing a thesis statement.Source selection, different types of sources.Preparing an outline based on research findings.Writing citations APA style.Writing references APA style.Use of sources and Note taking techniques.Note taking and paragraph writing using paraphrases, summaries and quotations.Note taking and paragraph writing using paraphrases, summaries and quotations.Note taking and paragraph writing using paraphrases, summaries and quotations.Note taking and paragraph writing using paraphrases, summaries and quotations.Writing the introduction, conclusion.Final paper submission and oral exam.Final paper submission and oral exam.

MAK-2414 DESIGN AND MODELING TECHNIQUES II

Compulsory 3+0 3 3

Content: Three-dimensional drawings, assembly modeling, transferring solid model to technical drawings and plotting are involved

Subject: Assembly modeling.Example exercise 1.Applying assembly process on formed parts.Example exercise 2.Determining assembly conditions.Example exercise 3.Applying assembly samples.Example exercise 4.Transferring solid model to technical drawings.Example exercise 5.Strength Analysis.Example exercise 6.Example exercise 7.Example exercise 8.




MAK-2412 MANUFACTURING METHODS II

Compulsory 3+0 3 4

Content: Principles and classifications of processes in manufacturing; advantages, limitations and comparisons of manufacture processing. Design and manufacturing; selection of process. Casting, welding, forming, machining, and powder metallurgy. Manufacturing of polymer and composites parts. Rapid prototyping and ceramic part manufacturing.

Subject: Classification of casting methods, metallurgic bases, solidification, models.Sand and mold casting, die materials, molding machines, shell mold casting, delicate casting method.Permanent mold casting, pressure casting, fling casting, melting furnaces, ending treatments.Specification of metal forming methods, mechanic and metallurgic bases..Rolling, forging, extrusion.Hot and cold forming methods.Sheet forming methods, wire drawing, cutting, bending, spinning, deep drawing, forming machines.Economics of manufacturing..Classification of welding methods and physical bases, gas welding and cutting processes.Arc welding methods and equipment.Advanced welding methods and equipments.Manufacturing of polymer..Manufacturing of composites..Powder metallurgy..

MAK-2404 MATERIALS SCIENCE II Compulsory 3+0 3 4

Content: Metallography, structures of metals and alloys, crystal structures, slip systems, crsytal defects and dislocations, deformation mechanisms, binary phase diagrams (eutectic, peritectic, etc types), Fe-C phase diagram and its use.

Subject: Introduction to Structures of Metals, Fundamentals.Metallography.Structures of metals.Crystal structures.Calculation of atomic packing factors.Sample problems.Slip systems.Crystal defects and dislocations, deformation mechanisms.Introduction to binary phase diagrams.Phase diagrams with an eutectic transformation.Phase diagrams showing temperature dependant solubility.Phase diagrams with a peritectic transformation.Fe-C phase diagram.Sample problems.

MAK-2406 MECHANICS OF MATERIALS II

Compulsory 3+0 3 4

Content: Transformations of stress and strain, Mohr�s circle, Slope and deflection of a beam, Columns and Energy methods

Subject: Stress transformations.Yield and Fracture criterias.Strain transformations.Mohr�s circle.Analysis and Design of beams for bending.Slope and deflection of a beam.Statically indeterminate beams.Superposition method.Sample problems.Energy methods.Impact loading.Castigliano�s theorem.Columns.Sample problems.

MAK-2200 SUMMER PRACTICE I Compulsory 0+0 0 5

Content: Students are required to do a minimum of four weeks (twenty working days) summer practice at the shop floor of a suitable factory. The students are expected to practice on engineering

metrology, manufacturing processes such as machining, foundry work, metal forming, welding, non-traditional machining, heat treatment, finishing, etc. A report should be prepared to reflect the work carried out personally by the student.

Subject: Follow and note the daily Works done during the practice.Follow and note the daily Works done during the practice.Follow and note the daily Works done during the practice.Follow and note the daily Works done during the practice.

MAK-2410 THERMODYNAMICS II Compulsory 3+0 3 4

Content: Thermodynamics 2 law, entropy, adiabatic efficiency, gas power cycles, otto, diesel and hybrid cycle, steam power cycles, refrigeration cycles and moist air thermodynamics entry.




Subject: And repetition of subjects covered in Thermodynamics I Thermodynamics 2 Law of entropy.Thermodynamics of 2 Implementation of the Law on the open and closed systems..Adiabatic efficiency, turbine compressor, pump nozzle, and turn-down valve applications..Carnot cycle, gas power cycles, Otto, diesel and hybrid cycles.Engineering practices and calculations of gas flow cycles.Actual Brayton, Brayton ideal Brayton cycles and regeneration.Actual Brayton, Brayton ideal Brayton cycles and regeneration.Ideal jet and engineering applications online.Steam power cycles.The ideal and the real Rankine cycle Rankine.Reheat Regenerative Rankine cycle and thermodynamic calculations..The cooling cycle. Refrigerators and heat pumps, thermodynamic calculations..Introduction to moist air thermodynamics..Sample problem solutions,.


Course Unit Code


Credits ECTS

MAK-3513 AUTOMATIC CONTROL Compulsory 3+0 3 4

Content: Introduction, Laplace transforms, System dynamics, Transfer function, Mathematical models, Transient mode response, Control elements, Closed system control, Stability, Frequency response

Subject: Introduction and basic definitions.Laplace transforms, Laplace operations.Inverse Laplace Transform.Transfer functions, Solving Linear differerential equations by Laplace transforms.Block diagrams.Mathematical modelling of different physical systems.Mathematical modelling of different physical systems.Transient mode response.Control elements and their types.Applications.Closed system control.The stability of control system.Frequency response of the systems.Applications.

MAK-3507 FLUID MECHANICS I Compulsory 3+0 3 4

Content: Definition of fluid and its properties, fluid statics, pressure and its measurement, fluid kinematics, physical laws governing fluid flow, dimensional analysis and modeling, internal pipe flow and pump selection, external flow, lift and drag

Subject: Introduction of fluid mechanics, development of fluid mechanics, significance of fluid mechanics.Properties and classification of Fluids, mass density, spesific weight, spesific volüme, viscosity, surface tension .Basic Units; different type of units, Rules and conventions in using SI units, capillarity,.Fluid kinematics, .Equations of motion in integral form.Equations of motion in differential form.Fluid motion, velocity and flow visualisation,control volume approach,.Continuity equations and applications.Viscous flows, exact solutions, pipe flow.Laminar boundary layers.Boundary layer solution methods.Energy loss, Turbulent internal and external flows.Turbulence.Sample Problems.

MAK-3509 HEAT TRANSFER I Compulsory 3+0 3 4

Content: Basic equations of energy, heat transfer mechanisms, heat problems when the variable, the transmission of heat transfer, steady-state problems of heat, heat exchanger thermal calculations.

Subject: Basic equations of energy.Definitions, units.Mechanism of Heat Transfer.Special laws for heat transfer.Variable parameters in heat transfer problems.Fourier heat conduction law, the general differential equation of conduction, heat transfer in continuous regime.The extent of one-dimensional infinite plane wall (Plate).The extent of one-dimensional infinite cylinder.The extent of one-dimensional hollow sphere.Thermal insulators, insulator critical radius, extended surfaces.Fin types, heat flux, temperature distribution.General application of heat problems and sample solutions.Introduction heat exchangers.Heat exchanger problems and sample solutions.

MAK-3505 MACHINE ELEMENTS I Compulsory 3+0 3 5

Content: Mechanical engineering design activity and importance of machine elements knowledge in this activity. Fundamentals of design and applications of machine elements. Welded, soldered, adhesive bonded, riveted joints. Shaft-hub connections. Bolted joints and power screw mechanisms.




Pins, knuckles, springs, shafts and axles, coupling and clutches, lubricants and lubrication theory, sliding and rolling bearings.

Subject: Design activity and importance of knowledge of machine elements in this activity. Fundamentals of strenght of materials analysis of machine elements. Loads and stresses, equivalente stresses, fracture theories, fatigue strenght, Hertzian stresses. .Unseparable joints; welded joints. .Unseparable joints; soldered, adhesive bonded and riveted joints.Form connected shaft-hub connections..Force connected shaft-hub connections. .Force connected shaft-hub connections, pins and knuckles. .Bolted joints; the mechanics of screws and their stress calculations..Bolted joints; preloaded bolted joints. .Springs. .Axles and shafts, couplings. .Clutches. .Lubricants and lubrication theory. .Sliding bearings. .Rolling bearings.

MAK-3503 MECHANISMS Compulsory 3+0 3 4

Content: Basic kinematic concepts, classification of mechanisms, finding degree of freedom of mechanisms, four bar linkages, slider crank mechanisms, kinematic analysis of mechanisms, kinematic analysis of gears and cams.

Subject: Introduction to mechanisms and basic concepts.Classification of mechanisms.Degree of freedom.Grübler criteria.Four bar link mechanisms.Design of four bar link mechanisms.Design of slider crank mechanisms.Kinematic analysis of Mechanisms.Velocity analysis.Acceleration analysis.Other mechanisms.Cam mechanisms.Design of Cam mechanisms.Problems.

5th Semester Elective Course List

Course Unit Code


Credits ECTS

MAK-3556 CERAMIC MATERIALS Elective 3+0 3 3

Content: Structures and types of ceramics, geleneksel seramikler, traditional ceramics, engineering ceramics, ceramic processing, testing and mechanical properties of ceramics

Subject: Structure and classification of ceramics.Bonding in ceramics.Crystal structures of ceramics.Traditional ceramics.Structural ceramics.Refractories.Cutting tools.Abrasives and wear resistant ceramics.Ceramic processing overview.Powder grinding.Green shaping.Sintering.Testing of ceramics.Mechanicak properties of ceramics.

MAK-3533 COMPRESSORS AND VENTILATORS

Elective 3+0 3 3

Content: The general theory of Turbomachinery, fans varieties, types of compressors, compressor and fan selection.

Subject: The general theory of Turbomachinery.Euler’s equation, the basic concepts..Euler’s equation, the basic concepts..Compressors, business and construction, centrifugal (radial) and axial piston compressors..Compressors, business and construction, centrifugal (radial) and axial piston compressors..Compressors, business and construction, centrifugal (radial) and axial piston compressors..Compressors, business and construction, centrifugal (radial) and axial piston compressors..Ventilators, operation and construction, centrifugal (radial) and axial fans..Ventilators, operation and construction, centrifugal (radial) and axial fans..Ventilators, operation and construction, centrifugal (radial) and axial fans..Ventilators, operation and construction, centrifugal (radial) and axial fans..The compressor and fan selection.The compressor and fan selection.Stability problems..

MAK-3520 COMPUTER AİDED METAL FORMİNG

Elective 3+0 3 3

Content: Basic concepts of mass forming and finite element methods. Fundamentals of user interface and usage of plastic forming simulation software. Modeling of modeling of rolling, forging




and extrusion then analysis of simulation results.

Subject: Basic concepts of plastic forming .Mass forming methods .Basics of finite elements method .User interface of simulation software.Fundamentals of rolling process .Modeling of rolling process .Analysis of simulation results of rolling .Fundamentals of forging process .Modeling of forging process .Analysis of simulation results of forging .Fundamentals of extrusion process .Modeling of extrusion process .Analysis of simulation results of extrusion .Modeling of other production methods

MAK-3571 ELECTRO HYDRAULIC PNEUMATIC CIRCUITS AND THEIR SIMULATIONS

Elective 3+0 3 3

Content: Basic specifications and elements of Power hyraulic systems, hydraulic and pneumatic systems. Direction, flow and pressure control valves. Hydraulic power units; pumps, motors, cylinders, hydraulic fluids, filters and leakage elements. Hydraulic and pneumatic circuit drawing, circuit analyzing. Explanation of hydraulic circuits by standart symbolization, circuit examples.

Subject: Description of hydraulic and pneumatic systems, its scape and application areas..Advantages and disadvantages of hydraulic and pneumatic systems. A simple hydraulic circuit drawing and elelments..Oil depots, pipes and hoses, calculating pipe diameter.Hydraulic pumps, classification of pumps, gear pumps.Piston pumps, calculation of flowrates, kinds, advantages..Screw pumps, kinds, advantages, application areas.Hydraulic accumulator, working principles, dimensioning, and pressure increasers.Obtaining of lineer, circular, and angular motion in hydraulic circuits, simple press devices, calculating piston velocity.Explanation of circuit elements in hydraulic and pneumatic systems by standart symbolization.Obtaining of lineer, circular, and angular motion in hydraulic circuits, simple press devices, calculating piston velocity.Explanation of circuit .Direction control valves, flow control valves, pressure control valves..Flow control methods, hydraulic circuit drawing, examples of hydraulic circuits, hydraulic motors.Pneumatic, advantages disadvantages, application areas, producing of pressurized air, compressor kinds..Maintenance unit, conditioner, calculation of repulsive force in pneumatic systems, pneumatic cylinder and motors..Sample studies.

MAK-3558 ENGINEERING AND NANOTECHS.

Elective 3+0 3 3

Content: Nanotechnology and nanomaterials, brief information of quantum theory, atomic structure. Crystalline and non-crystalline materials, some calculations at atomic scale, nano materials production and characterization, knowledge about some applications

Subject: Introduction to nanotechnology.Atomic structure.Brief information about quantum theory.Crystalline structure.Micro structure-property relationship.Some nano materilas.Nano materials production methods.Nano materials production methods.Materials characterization- SEM.Materials characterization- TEM.Materials characterization- AFM.Knowledge on some applications.Knowledge on some applications.Knowledge on some applications.

MAK-3539 INDUSTRIAL AUTOMATION

Elective 3+0 3 3

Content: Endüstriyel Otomasyon�un gerekliliği ve özendiriciliği. Geri-beslemeli Kontrol�ün gözden geçirilmesi. Mikroişlemciler ve Mikrobilgisayarların gözden geçirilmesi. Akıllı Göndericiler (Transmitterler). Akıllı Enstrümantasyonun Üstünlükleri. Özerk Denetleyiciler. Eyleyiciler(Aktüatörler). Kontrol Valfı Seçimi. Konumlandırıcılar ve Ek Birimleri. Programlanabilir Mantık Denetleyici (PLC) .




Subject: Basic Concepts.Introduction of the functional characteristics of valves and other auxiliary equipment..Introduction of the functional characteristics of valves and other auxiliary equipment..Introduction of the functional characteristics of valves and other auxiliary equipment..Air conditioning..Trends in industrial automation, automation components and equipment, software architectures, configuration (configuration) management mechanism..Trends in industrial automation, automation components and equipment, software architectures, configuration (configuration) management mechanism..Pneumatic actuators, manual valve (pneumatic and electric actuators) features, performance characteristics..What is a PLC? When computing, when the PLC used..Speed control of pneumatic actuators, electric actuators speed control, modulation (modulating), linear national valve.Speed control of pneumatic actuators, electric actuators speed control, modulation (modulating), linear national valve.Automation systems varie used in the examples on the industry will be performed..Otomasyonlarla the simulation studies.Sample studies.

MAK-3573 INSPECTION OF MATERIALS

Elective 3+0 3 3

Content: Stress and strain, relationship of mechanical properties to microstructure. Definition of mechanical properties. Destructive and non-destructive testing methods

Subject: Composite concept.Advantages of composite materials.Structural composites .Mechanical composites.Classification of composites.Plastic composites.Plastic composites.Metal and ceramic composites.Fabrication methods.Fabrication methods.Mechanical properties.Introduction to finite elements.Introduction to finite elements.Fabrication methods.

MAK-3535 INSULATION TECHNIQUES OF BUILDINGS

Elective 3+0 3 3

Content: Definition of insulation, where and why they are necessary, types of insulation, insulation materials, definition, description, application areas, fire, sound, heat, humidity and water insulation, thermal insulation design principles, TS 825.

Subject: Definition of insulation, recipe, the general concepts.Where should be used Insulation and reasons, insulation types.Fire insulation in buildings.Sound insulation in buildings.Water and moisture insulation.What is the required result in thermal insulation.Thermal insulation materials, properties, usage parameters.Thermal insulation equations.Thermal insulation project design principles.Thermal insulation standard TS 825.Sample project equations, limit heat loss constructions.Energy gains.Specific heat loss tables.Filling of the annual heat loss equations schedule.

MAK-3537 INTRODUCTION TO MECHATRONICS SYSTEMS

Elective 3+0 3 3

Content: Introduction to Mechatronics,Basic Electric, Safety at Electric, Elements of Electronic Circuits, Semiconductor, Microprocessor and Microcontroller, Basic PLC, Sensors, Electric Motors, Control Technics, Hydraulic and Pneumatic(Proportional and servo Hydraulics included), Appications of Mechatronic Systems in the Industry.

Subject: Introduction to Mechatronics.Basic Electric. Safety at Electric.Elements of Electronic Circuits.Semiconductors.Microprocessor and Microcontroller.Basic PLC.Sensors.Electric Motors.Introduction to Control Systems .Pneumatic Systems.Hydraulic Systems.Proportional and servo Hydraulics.Appications of Mechatronic Systems in the Industry.

MAK-3587 INTRODUCTION TO THE FINITE ELEMENTS METHOD

Elective 3+0 3 3

Content: Numerical solution technique, Finite element method, Building the model in one, two and three dimensions, Element types, real constants, Material properties, Mesh generation, Solution,




Review the results,

Sample problems with computer software: Structural analyses, Thermal Analyses and Couple field analyses.

Subject: Introduction to modeling .Numerical solution techniques.Finite element method.Analysis Procedure (Modeling in one, two and three dimensions).Analysis Procedure (Element types, Real constants and Material properties).Analysis Procedure (Building the Finite Element Model).Analysis Procedure (Meshing).Analysis Procedure (Solution process).Analysis Procedure (Reviewing the results).Analysis Procedure (Reviewing the results).Sample problems with computer software: Structural Analyses.Sample problems with computer software: Thermal Analyses.Sample problems with computer software: Thermal Analyses.Sample problems with computer software: Couple field Analyses.

MAK-3549 ISOLATIONS OF THERMAL SYSTEMS

Elective 3+0 3 3

Content: The significance of energy management and the role of energy-effective systems in industry; Energy auditing; Energy analysis techniques (life-costing analysis); Efficient lighting systems; Power quality, demand-side management and harmonics; HVAC optimization; Combustion and use of industrial wastes; Control systems; Maintenance considerations.

Subject: General and detailed energy auditing procedures, audit pentagon, level of responsibilities.Climatic conditions.Kyoto Protocol and the use of Carbon Based Levies.Analysis of energy use, use of cost and consumption based indices.Financial considerations.Price relationships and economics.Risk and sensitivity.Risk and sensitivity.The role of the Energy Manager.Monitoring and targeting techniques.Cusum plots.Contract Energy Management.The use of CHP.The effect of Company Structure on the Role of Energy Management.

MAK-3545 NATURAL GAS INSTALLATION

Elective 3+0 3 3

Content: Fundamentals of natural gas, fundamental rules for building installation, boiler installation, basic calculation for natural gas equipments, ventilating calculations. Selection criteria for LNG, CNG and LPG systems.

Subject: Fundamentals of gas fuels .Fundamental rules for building installation .Rules of the equipment montage, drawing the project and schematic plains .Drawing the equipments on the installation project .Boiler room installation, follow rate measurement devices and chimneys .Calculation of natural gas installation and introduce the chart of pipe diameter calculation .Calculation of pressure loss .Calculation of natural gas installation, velocity control and dead volume.Calculations of the chimney and ventilating .Cathodic protection, earthing ,tests of the pressure and leakage .LNG, CNG systems and their selection criteria .LPG sytems .Dual systems for Natural gas and LPG systems .Evaluating of the projects .

MAK-3569 POWDER TECHNOLOGIES

Elective 3+0 3 3

Content: Metal powder production techniques, special powder preparation techniques, properties of powders, pre-pressing heat treatment, pressing, sintering, additional treatments, design with powder metallurgy and economics of powder metallurgy.

Subject: Introduction to Powder Metallurgy, Fundamentals.Powder production techniques.Special powder preparation techniques.Properties of metal powders.Safety issues.Pre-pressing heat treatment.Pressing.Factors affecting the density after pressing.Special pressing techniques.Sintering.Additional treatments after sintering.Design with powder metallurgy.Economics of powder metallurgy.General remarks.




MAK-3551 TECHNIQUES OF DRYING

Elective 3+0 3 3

Content: Theory of drying of agricultural products by hented air.

Subject: Theory of drying, solar aided drying.Principles of air flow.Drying of agricultural products by heated air .Moisture content determination.Equilibrium moisture content.Relation of moisture and temperature.Equilibrium moisture content.Classification of dryers.Principles of sorting, grading, waxing, polishing, cleaning.Principles of sorting, grading, waxing, polishing, cleaning.Storage conditions.Design of storage systems.review.review.


Course Unit Code


Credits ECTS

MAK-3604 ENGINES Compulsory 3+0 3 3

Content: Thermodynamic cycles, ideal-cycle analysis of internal combustion engines, actual cycle differences from ideal cycle, fuels, detonation. Fuel-air-ratio requirements, fuel injection, mixture control,valves and valve operating mechanisms, ignition systems, combustion. Performance piston and engine mechanisms, balance.

Subject: Classification of machines, internal combustion engines and principle of internal combustion engines..Analysis of Otto and diesel cycles..Analysis of dual cycles and comparison of ideal cycles. Deviations of real engine cycles from ideal cycles..Fuels and chemical properties of fuels. Combustion chemistry and energy of mixture..Analysis of air-fuel cycles using thermodynamic charts..Description of real engine cycles. Combustion speed. Analysis of real cycles, specific fuel.Air capacity and volumetric efficiency. Flame propagation and factors affecting the flame propagation.Knock in spark ignition and compression ignition engines. Ignition delay and factors affecting the ignition delay..Description and fundamentals of carburetors. Analysis of fuel and air flow in carburetors. Description of different types of carburetors and their features.Sample Problems.Description and classification of injection systems. Advantages and disadvantages of injection systems..Piston- crank relationship. Forces acting on engine parts and their analysis. Calculation of mass of flywheels..Piston- crank relationship. Forces acting on engine parts and their analysis. Calculation of mass of flywheels..Balance of single cylinder engines. Balance of multi cylinder engines..

MAK-3608 FLUID MECHANICS II Compulsory 3+0 3 3

Content: Develop an understanding of fluid mechanics in mechanical engineering as well as a variety of other fields. Learn to use control volume analysis to develop basic equations and to solve problems. Understand and use differential equations to determine pressure and velocity variations in internal and external flows. Understand the concept of viscosity and where viscosity is important in real flows. Learn to use equations in combination with experimental data to determine losses in flow systems. Learn to use momentum principles.

Subject: Introduction of fluid mechanics, .Fluid Statics: Pressure at a Point; Basic Equation for Pressure Field. Fluid Statics: Pressure Variation; Pressure Measurement; Hydrostatic Force on a Surface .Fluid Statics: Hydrostatic Force on a Surface;inçline and curved surface.Buoyant and flotation; buoyant force and centre of buoyancy.The concept and exmples in pressure variation.Problem solution.Equation of Newtonien fluid.Bernoulli equation.Application of Bernoulli equation.Momentum Principles .Energy principles.Real fluid flow and applications.Sample Problems.

MAK-3610 HEAT TRANSFER II Compulsory 3+0 3 3




Content: Steady and transient one and multi-dimensional heat conduction in systems; numerical methods and special applications. Internal and external forced convection, natural convection and condensation. Heat transfer by radiation. Heat transfer by radiation. Heat exchangers and design of heat transfer systems

Subject: Basic equations of energy.Definitions, units.Heat transfer mechanisms.Convection heat transfer and surface film coefficient .Pi Theorem and transmission equations.Forced convection, natural convection.Flow over on parallel plate .Flow in pipe.Convection example problems.Radiation heat transfer, radiation law of Stefan-Boltzman.Black-body, white body, gray body radiation.Net radiation, net radiation between the two plates parallel to the infinite.Electrical analogy method.Heat transfer radiation between the multi-surface sample solutions.

MAK-3602 MACHINE DYNAMICS Compulsory 3+0 3 3

Content: Teaching position, velocity, acceleration and force/moment relationships in machines

Subject: Introduction and Basic Definitions.The Principle of Virtual Work and Applications.DAlambert Principle and Applications.Lagranges Equations and Applications.The Theory of Equivalent Masses.Reduction of Mass and Inertia Moment in Machines.The Equivalent Force, Balance Force.First Main Problem of Dynamic-Acceleration Calculation.Second Main Problem of Dynamic-Propulsin Force or Moment Calculation.Application.Evaluating Movement Equation in Machines.Unstability Calculation.Mass Balancing in Machinery.Examples of Mass Balancing in Machinery.

MAK-3606 MACHINE ELEMENTS II Compulsory 3+0 3 4

Content: Fundamentals of speed reduction mechanisms, kinematics and geometry of gears, spur, helical, bevel, spiral and worm gear mechanisms, belt drive and chain mechanisms

Subject: Kinematics of gears; basic rule of gears, sliding speed, finding profile of the mating tooth profile, interchangeability. .Kinematics of gears; evolvent profiled gears.Kinematics of gears; contact ratio, undercutting, the minimum tooth number, tooth thickness. .Profile shifted geaars (extended center distance gears). .Calculation of spur gears. .Calculation of spur gears. .Calculation of helical gears. .Calculation of bevel gears; straight bevel gears..Calculation of bevel gears; helical bevel gears. . Calculation of spiral gears. .Calculation of worm gear mechanisms. .Belt-pulley mechanisms; fundamentals of the theory, determination of dimensions of flat belts. .Belt-pulley mechanisms; V- belts, toothed belts. .Chain mechanisms..

MAK-3300 SUMMER PRACTICE II Compulsory 0+0 0 5

Content: Observing of both thermal and mechanic systems in detail in the facility. Observing of possible boiling systems and equipment which are used to supply hot water, steam and/or super-hated oils to the facility. Observing of the steam and gas turbines and internal combustion engines for using to supply electricity in factory. Industrial furnaces, heating, ventilating and air conditioning systems (HVAC),hydraulically, pneumatically or mechanically operated transportation systems are checked in detail to improve skills on those systems.

Subject: Follow and note the daily Works done during the practice. Follow and note the daily Works done during the practice. Follow and note the daily Works done during the practice.Follow the daily Works and filling up the practice file .





Course Unit Code


Credits ECTS

MAK-3624 ALTERNATIVE ENERGY RESOURCES

Elective 3+0 3 3

Content: Definition and types of energy, the basic laws and principles; the existing energy sources and their states in the world and in Turkey; Effects of the existing energy sources-based fossil on the environmental and human health; the classification of alternative energy sources; the alternative energy and their applications; the conversion technologies applied on alternative energy resources; comparison of alternative fuels with the fuels being petroleum-derived.

Subject: Basic information about energy and energy terminology and definitions.The basic criteria required on the energy resources and their importance .The primary energy resources being fossil fuel-based and their sates .The impacts of the primary energy resources being fossil fuel-based on the environmental and human health.Alternative energy resources.Solar energy technologies and its applications.Wind energy and its applications.Biomass energy and its applications.The conversion technologies of biomass energy.Pyrolysis technology, its applications and the products obtained.Alternative fuels used in engines.The situation of biomotorine (biodiesel) in our country.The properties of biodiesel and its production processes.Comparison of alternative fuels with petroleum-derived fuels.

MAK-3688 COMPUTER AIDED STRESS ANALYSIS

Elective 3+0 3 3

Content: Numerical solution technique, Finite element method, Building the model in one, two and three dimensions, Element types, real constants, Material properties, Mesh generation, Solution, Review the results,

Sample problems with computer software: Structural analyses, Thermal Analyses and Couple field analyses.

Subject: Introduction to modeling .Numerical solution techniques.Finite element method.Analysis Procedure (Modeling in one, two and three dimensions).Analysis Procedure (Element types, Real constants and Material properties).Analysis Procedure (Building the Finite Element Model).Analysis Procedure (Meshing).Analysis Procedure (Solution process).Analysis Procedure (Reviewing the results).Analysis Procedure (Reviewing the results).Sample problems with computer software: Structural Analyses.Sample problems with computer software: Thermal Analyses.Sample problems with computer software: Thermal Analyses.Sample problems with computer software: Couple field Analyses.

MAK-3620 COMPUTER AİDED SHEET METAL DİE DESİGN

Elective 3+0 3 3

Content: Basic concepts of sheet metal forming and finite element methods. Fundamentals of user interface and usage of plastic forming simulation software. Modeling of bending, deep drawing and sheet cutting then analysis of simulation results.

Subject: Basic concepts of plastic forming .Mass forming methods .Basics of finite elements method .User interface of simulation software.Fundamentals of bending process .Modeling of bending process .Analysis of simulation results of bending .Fundamentals of deep drawing process .Modeling of deep drawing process .Analysis of simulation results of deep drawing .Fundamentals of sheet cutting process .Modeling of sheet cutting process .Analysis of simulation results of sheet cutting .Modeling of other sheet metal production methods .




MAK-3670 CORROSIONS Elective 3+0 3 3

Content: Definition and importance of corrosion, classification of corrosion, chemical, physical and electrochemical corrosion, electrochemical fundamentals, corrosion cell, hydrogen corrosion, oxygen corrosion, corrosion damages and corrosion control.

Subject: Introduction to Corrosion, Fundamentals.Definition and importance of corrosion.Classification of corrosion.Chemical, physical and electrochemical corrosion.Electrochemical fundamentals.Corrosion cell.Hydrogen corrosion, oxygen corrosion.Corrosion types.Corrosion damages.Corrosion control.Measures to be taken against corrosion.Measures related to design, material, and environment.Corrosion behaviour of metals.Corrosion tests.

MAK-3630 ENERGY MANAGEMENT

Elective 3+0 3 3

Content: The significance of energy management and the role of energy-effective systems in industry; Energy auditing; Energy analysis techniques (life-costing analysis); Efficient lighting systems; Power quality, demand-side management and harmonics; HVAC optimization; Combustion and use of industrial wastes; Control systems; Maintenance considerations.

Subject: General and detailed energy auditing procedures, audit pentagon, level of responsibilities.Climatic conditions.Kyoto Protocol and the use of Carbon Based Levies.Analysis of energy use, use of cost and consumption based indices.Financial considerations.Price relationships and economics.Risk and sensitivity. Mid-term exams.The role of the Energy Manager.Monitoring and targeting techniques.Cusum plots.Contract Energy Management.The use of CHP.The effect of Company Structure on the Role of Energy Management.

MAK-3658 ENGINED VEHICLES Elective 3+0 3 3

Content: Pneumatic wheel. Motion resistances. General motion equations and constraints. Brake and brake system equipment. Power transmission systems. Vehicles� steering and front axle geometry. Cruising mechanics and steering control.

Subject: Pneumatic wheel. .Pneumatic wheel. .Motion resists.Motion resists.General motion equations and constraints.General motion equations and constraints.Brake and brake system equipment.Brake and brake system equipment.Power transmission systems.Sample Problems.Power transmission systems.Vehicles� steering and front axle geometry..Vehicles� steering and front axle geometry..Cruising mechanics and steering control.

MAK-3618 ENVIRONMENTAL ENGINEERING

Elective 3+0 3 3

Content: Introduction to Environmental Engineering -What is environmental engineering? Environmental jobs and career- Environmental Concerns and Problems- Basic units such as ppm and ppb are used by the environmental engineering community and their applications- Water pollution and Water Quality Parameters- Wastewater management and treatment- Soil Pollution - Air Pollution- Noise pollution- Environmental pollutants in various environmental matrices- Contaminant fate and transport - Modeling of environmental pollutants based upon physical and chemical properties - Bioaccumulation and Biomagnification - Effect of environmental pollutants on human health and Improving Human Health Risk Assessment

Subject: Introduction to Environmental Engineering.What is environmental engineering? Environmental jobs and career.Environmental Concerns and Problems.Basic units such as ppm and ppb(etc.) are used by the environmental engineering community and their applications.Water pollution and Water Quality Parameters.Wastewater management and treatment.Soil Pollution.Air Pollution.Noise pollution.Environmental pollutants in various environmental matrices..Contaminant fate and transport.Modeling of environmental pollutants based upon physical and chemical properties.Bioaccumulation and Biomagnification.Effect of environmental pollutants on human




health and Improving Human Health Risk Assessment.

MAK-3622 FUELS Elective 3+0 3 3

Content: Commonly used hydrocarbons, and hydrocarbon fuels, alternative fuels, physical and chemical properties. According to the classification of the combustion air excess coefficient. Combustion stoichiometry, enthalpy of combustion, calorific values of fuels. Determination of adiabatic flame temperature. Chemical equilibrium and the second law of thermodynamics. Determining the structure of equilibrium combustion products. Combustion source of environmental problems such as air pollution and global warming.

Subject: Entry, fuels, combustion engineering Definition and Importance.Structure of Reactants and combustion air.Hydrocarbon fuels as the basic components of paraffins,.Aromatics and Naftenler.Solid, Liquid and Gaseous Fuels. LPG and Natural Gas.Common liquid fuels are Gasoline and Diesel Fuel.Spark ignition and compression ignition engines.Key Features of the desired fuels, Fuels Strengths knock, Octane and Cetane Number.Alcohol as Alternative Fuels, Hydrogen and Biofuels.Reaction Equations, Stoichiometric Relations, Low-Temperature Combustion Products.Account Closed Combustion by Using the formula, and the compositions Elemansel.Account Closed Combustion by Using the formula, and the compositions Elemansel.Chemical Equilibrium, Equilibrium Constant, High-Temperature Combustion and Combustion Products Account Determination.Olusum Entalpisi, Yanma Entalpisi, Yakıtların Alt Ve Üst Isıl Değerleri. Teorik Reaksiyon Sıcaklığı ve Adyabatik Alev Sıcaklığı .

MAK-3612 HYDRAULIC AND PNEUMATIC SYSTEMS

Elective 3+0 3 3

Content: Introduction to Pneumatic, elements of Pneumatic circuits, Safety at Pneumatic, Pneumatic valves and cylinders, Pneumatic circuits, Introduction to Hydraulic, elements of Hydraulic circuits, Safety at Hydraulic, Hydraulic valves and cylinders, Hydraulic circuits, Proportional and Servo Hydraulics, Commissioning of Hydraulic and Pneumatic Systems, Appications of Hydrulic and Pneumatic Systems in he Industry.

Subject: Introduction to Pneumatic and Differences between Hydraulic and Pneumatic.Elements and Symbols of Pneumatic Systems .Air Preperation Devices and Importance of Air Leakages.Safety at Pneumatic and Energy Saving.Pneumatic Actuators.Appications of Pneumatic Systems in the Industry.Introduction to Hydraulic.Elements and symbols of Hydraulic Systems.Elements and Symbols of Hydraulic Systems.Commissioning of Hydraulic Systems and Safety at Hydraulic.Hydraulic Actuators.Hydraulic pumps, motors and logic valves.Proportional and Servo Hydraulic.Appications of Hydraulic Systems in the Industry.

MAK-3690 INDUSTRIAL AUTOMATION SYSTEMS AND THEIR SIMULATIONS

Elective 3+0 3 3

Content: Industrial Automation and unkareging necessity. Back-fed control’s review. Review of microprocessors and microcomputers. Smart Senders (Transmitters). Advantages of smart instrumentation. Autonomous Controllers. Actuators (Actuators). Control Valve Selection. Positioners and Additional Units. Programmable Logic Controller (PLC).




Subject: Basic Concepts.Introduction of the functional characteristics of valves and other auxiliary equipment..Introduction of the functional characteristics of valves and other auxiliary equipment..Introduction of the functional characteristics of valves and other auxiliary equipment..Air conditioning..Trends in industrial automation, automation components and equipment, software architectures, configuration (configuration) management mechanism..Trends in industrial automation, automation components and equipment, software architectures, configuration (configuration) management mechanism..Pneumatic actuators, manual valve (pneumatic and electric actuators) features, performance characteristics..What is a PLC? When computing, when the PLC used..Speed control of pneumatic actuators, electric actuators speed control, modulation (modulating), linear national valve.speed control of pneumatic actuators, electric actuators speed control, modulation (modulating), linear national valve.Automation systems varie used in the examples on the industry will be performed..Otomasyonlarla the simulation studies.Sample studies.

MAK-3676 IRON AND STEEL TECHNOLOGY

Elective 3+0 3 3

Content: Iron and steelmaking, blast furnace, steel processing, steel types, phase diagram, phases in steels, structure-property relationship, heat treatments

Subject: Iron ores.Pig iron.Blast furnace .Blast furnace process.Steelmaking.Continous casting.Rolling.Phase diagram.Phases of steel.Structure-property relationship.Steel types.Steel types.Metallography.Heat treatments.

MAK-3614 MACHINE TOOLS Elective 3+0 3 3

Content: The most important component of the production of machine tools which can be controlled, and they also understand the working principle and have a possibility to be able to practice.

Subject: Historical development of machine tools.Number of elements that shape the manufacturing process is also shaped by the basic components and elements, parts, tools, parts and auxiliary systems providing coordination, processing and manufacturing method applied to the bench and.The quality of the manufacturing process (tolerance) concept, dimensional tolerances, form tolerances, surface yoleransları, factors affecting the quality of processing, depending on the counter, connected to the team, depending on piece system, depending on the environment, control systems.Classification of machine tools, manufacturing method, manufacturing, according to the number and speed control according to the system, manually controlled, automatic control of mechanical vending machines, digital vending machines, computer numerically controlled machine tools of definition and classification.Principles of construction, machine tools, tooling systems, track systems, drive systems, motors, sensors, control system components.Manufacturing methods for machine tools.Turning the process and methods.Milling process and methods.Drilling and methods.Screw on the methods.Overall machine applications.Overall machine applications.Overall machine applications.General evaluation.

MAK-3664 NUMERICAL CONTROL MACHINES

Elective 3+0 3 3

Content: Computers, CNC machines, G and M codes and Computer Aided Manufacturing Methods

Subject: Manufacturing Methods : Casting, Forming and machining.Computer Aided design and Manufacturing concepts.Computer Numerical Controlled Machines, Hardware and software.Machining concepts and application basics.CNC lathe and Mill machine Operating (G and M Codes).Curve Method at CNC lathe machining.Surface Method at CNC lathe machining.CNC lathe Application ( CAM-Software).Mill Window Method at CNC Mill Machining.Mill Surface and Mill Volume Method at CNC Mill Machining.Drilling at CNC Mill Machine.CNC Mill Application ( CAM-Software).Process Planning: Forming Mold Design and Manufacturing ( CAM-Software ).CNC Mill Application ( With CNC Mill ).




MAK-3642 REFRIGERATION TECHNOLOGIES

Elective 3+0 3 3

Content: Historical definition of refrigeration, cooling methods and cooling system components, vapor compression refrigeration cycles, thermodynamic calculations. Cold storage system design and calculation. Psychometric diagram. Cooling system design

Subject: The definition of refrigeration and the historical, physical and chemical cooling.Cooling methods and the introduction of duty to the period.Cooling systems, components and tasks.Adsorption and absorption cooling systems.Vapor compression refrigeration cycles..Thermodynamic calculations of vapor-compression refrigeration systems..Thermodynamic calculations of vapor-compression refrigeration systems..Psychometric diagram and thermodynamic calculations.Cold storage and computing system selection criteria..Election deposit accounts, and the device is cold..Cooling system design.Presentation of Term Paper.Presentation of Term Paper.Presentation of Term Paper.


Course Unit Code


Credits ECTS

MAK-4705 MECHANICAL ENG. LAB. I

Compulsory 2+2 3 6

Content: Develop an understanding of mechanical engineering lessons as well as a variety of other fields. Experiments related with mechanics of machinery, heat transfer, fluid mechanics, materials and internal combustion engines. Investigation of several factors on quantities of interest to mechanical engineering on experimental set-ups.

Subject: Introduction,Principles of Mechanical Engineering Evaluation of final reports Laboratuary Experiments.Tensile Test Experiment.Flow Measurement Experiment.Parallel and Serial Pump Experiment .Basic Cooling Experiment.Temperature Measurment Experiments.Ventürimeter Experiment .Pneumatic Circuits Experiment .Building Insulation Experiment.Air Ventilating andHumidification Experiment.CNC Application Experiment .Welding Application Experiments.Evaluation of final reports.Evaluation of final reports.


Course Unit Code


Credits ECTS

MAK-4751 AIR CONDITIONING Elective 3+0 3 5

Content: Air Conditioning and Refrigeration with the basic physical, chemical and mathematical applications and related applications will be able to understand the problems and solutions.

Subject: Basic physical and chemical concepts and systems of units may have information about..Hidden and sensible heat, temperature, and be informed about temperature measurement..Pressure and pressure measurement, may have information about gas and gas laws..Work, power, be able energy issues..Types of heat transfer and heat transfer: conduction, convection and radiation is able to understand issues..Types of heat transfer: conduction, convection, and radiation be able topics..Basic fluid properties, flow types and be able continuity and energy equation..Basic fluid properties, flow types and be able to make examples of continuity and energy equations..May have information about the channel and pipe flow issues.The definition of refrigeration, cooling types, basic mechanical compression refrigeration cycle and examples of application areas and be able to do about them..Be able to show the subject of the cooling cycles Ph diagram..Glazing with the definition, types and examples of application areas and be able to do




about them..May have information about the psychrometric diagram..Able examples of the psychrometric diagram..

MAK-4733 AIR CONDITIONING DESIGN AND APPS.

Elective 2+2 3 6

Content: Fundamentals of the machine design, Employment Security, Determining the design parameters, reviewing fundamentals of related courses, Literature search, Design process and 3D CAD, Cost analysis and life estimation, Prep. final report, Prep. of the presentation.

Subject: Fundamentals of the machine design.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4726 ALTERNATIVE ENERGY CONVERSION SYSTEMS DESIGN AND APPS.

Elective 2+2 3 6



MAK-4745 BOILERS Elective 3+0 3 5

Content: Fundamental concepts. Classification of steam boilers. Fuels and fuel preparation system. Combustion and combustion systems. Combustion calculations. Boiler performance and boiler design. Heat transfer in steam boilers and calculation of heat transfer surfaces. Boiler draft calculations and draft calculations systems.

Subject: Importance of boilers in energy and environmental economy. Developments in boiler technology..Classification of boilers, and boiler system structures. Boiler applications in different economical sectors..Engineering approaches used in the boiler design. Examining the effects of fuel type and properties on the boiler design, design calculations, boiler load conditions and selection of fuel and boiler types..Boiler thermal design calculations. Thermal performance calculations based on nominal boiler load. Fuel consumption and chimney gas temperature calculations..Boiler thermal design: Combustion calculations, calculation of flame emissivity and condensation temperature of chimney gas. Thermodynamic properties of flue gases. Determining the air and flue gas velocities in boiler sections..Steam generation process design. Calculation of heat loads and thermodynamic properties of workingfluid in heating surfaces such as feed water heater, evaporator, reheater and air preheater.Combustion chamber design. Specific volumetric and cross-sectional heat loads of combustion chamber. Calculation of soot, gas and partial emissivities in combustion chambers..Calculations of heating. Thermodynamic properties of flue gases. Determining.Calculation of the adiabatic combustion chamber temperature and the combustion gas temperatures at the outlets of heating surfaces. Calculation of film coefficients, total heat transfer coefficients, logarithmic mean temperature differences..Iterative calculations of the boiler heating surface areas in order to realize the nominal thermal performance conditions. Checking of the exterior and interior energy balances of boilers. Calculation of the heat transfer surface areas and pipe lengths..Mechanical design of boilers: Mechanical design and manufacturing of heating surfaces and




their locations in the boiler passages. Stress calculations of boiler heating surfaces. Boiler materials and their selection. Determination of boiler critical points and taking the necessary design measures..Midterm II. Boiler thermal efficiency and emission tests..Boiler draft systems design: Draft loss, fan and chimney calculations. Experimental determination of combustion, boiler thermal performance and emissions. Emission factors and emission calculations..Sample problems.

MAK-4729 BOILERS DESIGN AND APPS.

Elective 2+2 3 6

Content: Ürün ya da teknik sistem fikrinin oluşması ve bunu etkileyen faktörler. Tasarım metodolojisi. İstek ve amaçların analizi. Proje önerisi hazırlanması. Tasarımda imalat yöntemlerinin önemi. Proje yönetimi ve takım çalışması. Mühendislik standartları. Tasarımda güvenirlik ve emniyet. Fizibilite raporu ve hazırlanması

Subject: Introduction to Design and Design Methodology for Joints.Design Methodology .Design Methodology .Design Methodology .Design Methodology .Economic analysis of design projects .Preparation of project proposals.Design for manufacturing .Safety and reliability in design.Information resources in engineering and standards .Project management and significance of teamwork .Midterm II. Boiler thermal efficiency and emission tests..Intellectual properties, patents .Feasibility analysis .

MAK-4759 CNC MACHINES Elective 3+0 3 5

Content: Computers, CNC machines, G and M codes and Computer Aided Manufacturing Methods

Subject: Manufacturing Methods : Casting, Forming and machining.Computer Aided design and Manufacturing concepts.Computer Numerical Controlled Machines, Hardware and software.Machining concepts and application basics.CNC lathe and Mill machine Operating (G and M Codes).Curve Method at CNC lathe machining.Surface Method at CNC lathe machining.CNC lathe Application ( CAM-Software).Mill Window Method at CNC Mill Machining.Mill Surface and Mill Volume Method at CNC Mill Machining.Drilling at CNC Mill Machine.CNC Mill Application ( CAM-Software).Process Planning: Forming Mold Design and Manufacturing ( CAM-Software ).CNC Mill Application ( With CNC Mill ).

MAK-4767 COMPOSITES MATERIALS

Elective 3+0 3 5

Content: Structure and history of composites, composite types, some applications, production methods, prediction of properties, finite elements method

Subject: Composite concept.Advantages of composite materials.Structural composites .Mechanical composites.Classification of composites.Plastic composites.Plastic composites.Metal and ceramic composites.Fabrication methods.Fabrication methods.Mechanical properties.Introduction to finite elements.Introduction to finite elements.Fabrication methods.

MAK-4724 DESIGN AND APPLICATIONS OF MECHANICAL SYSTEMS

Elective 2+2 3 6






MAK-4728 DESIGN AND IMPLEMENTATION OF MECHANICAL JOINTS

Elective 2+2 3 6

Content: Introduction to design and design methodology: product or technical ssytem conceptualization, analysis of design requirements and objectives, economic analysis of design projects, preparation of project proposals, design for manufacturing, safety and reliability in design, Information resources in engineering and standards, project

management and significance of teamwork, feasibility analysis.

Subject: Introduction to Design and Design Methodology for Joints.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Design Methodology .Design Methodology .Economic analysis of design projects .Preparation of project proposals.Design for manufacturing .Safety and reliability in design .Information resources in engineering and standards .Project management and significance of teamwork .Intellectual properties, patents .Feasibility analysis .General information about senior design project.

MAK-4723 ENERGY STORAGE DESIGN AND APPS.

Elective 2+2 3 6



MAK-4744 ENGINEERING MATERIALS

Elective 3+0 3 5

Content: Steels, cast irons, non-ferrous metals and alloys, plastic and composite materials, heat treatments

Subject: Steels and iron carbon phase diagram.Steel types.Cast irons .Heat treatments.Surface hardening.Aluminum and alloys.Copper.Brass and bronze.Titanium and alloys.Plastic materials.Some important polymers.Composites.Mechanical properties.Materials testing.

MAK-4721 HEAT INSULATION DESIGN AND APPS.

Elective 2+2 3 6

Content: Basic information of heat transfer, definitions, one-dimensional steady-state heat conduction, heat transfer infinite plane wall, hollow cylinder, thermal insulation materials, thermal calculations, the definition of TS 825.

Subject: General concepts, definitions.Overall heat transfer, thermal calculations, conduction, convection heat transfer.Saturated and moist air, the heat storage.Relationship between building design and heat insulation.Physical and thermal properties of insulating materials.Protection from the effects of winter.Protection from the effects of summer.TS 825 heat insulation regulations, concepts.Thermal insulation project design principles.Heat loss equations.Heat gains, internal gains, solar radiation gains.Specific heat loss, heat equations tables.The annual heat loss calculation chart.Example of a design and application.

MAK-4717 HYDRODYNAMICS DESIGN AND APPS.

Elective 2+2 3 6






MAK-4732 MANUFACTURING METHODS DESIGN AND APPS.

Elective 2+2 3 6

Content: Fundamentals of the machine design, Employment Security, Determining the design parameters, reviewing fundamentals of related courses, Literature search. Design-manufacturing relationship and selection of manufacturing processes.

Subject: Introduction to Design and Design Methodology for manufacturing processes.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4777 MEASURING TECHNIQUES

Elective 3+0 3 5

Content: And experimental studies in Engineering, Basic concepts. Measurement systems, pressure, flow, heat, temperature, force, torque, power, viscosity, density, strain, velocity, acceleration, displacement, vibration, sound, and measurements of electrical quantities. Sensors and instruments. Data collection. Uncertainty and statistical analysis of experimental data. Display and recording equipment. Data presentation and report writing.

Subject: The importance of measurement and in engineering.Basic concepts, the place and importance of measurement in quality control, production measurement.Principles of linear measurements, Dimension Measurement, Measurement Errors, Methods of Measurement.Length Measuring Equipment, Use and Care, interval, and Bölüntüsüz Measuring Instruments of the compass, Gauges Johnson, Comparators, Calipers, Micrometers.Indicator measuring instruments, optical measuring devices, etc. .., and the use of strain gauge.Measurement of the temperature, force measurement, pressure measurement, weighing, measuring viscosity, density measurement, measurement of the roughness.Measurement of the temperature, force measurement, pressure measurement, weighing, measuring viscosity, density measurement, measurement of the roughness.Measurement of length, area measurement, volume and weight measurement, fluid measurement and temperature measurement.Speed and speed measurement, audio measurement, pressure measurement.Testing and measuring instruments, measurement and measuring instruments, measurement errors, measurement errors, units and conversions, units and conversions.Voltage measurement, current measurement, power and energy measurement.Presentation of Term Paper.Presentation of Term Paper.Presentation of Term Paper.

MAK-4719 NATURAL GAS DESIGN AND APPS.

Elective 2+2 3 6





Subject: Fundamentals of the machine design.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literatür taraması.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4748 SHEET METAL FORMING

Elective 3+0 3 5

Content: Press technology and die-drilling, die-cutting, die-bending and design of die drawing.

Subject: Pressing machines.Design of die-drilling, die-cutting, die-bending and die-drawing.Design of die-drilling, die-cutting, die-bending and die-drawing.Design of die-drilling, die-cutting, die-bending and die-drawing .Machining of the upper group.Machining of the upper group.Machining of the upper group.Machining of the upper group.Machining of the upper group.Machining of the upper group.Machining of the upper group.Assembly of die.Fitting of Die.Fixing between die and pressing machine.

MAK-4743 THERMAL MACHINES Elective 3+0 3 5

Content: Basic laws, work-force and pressure units, the physical properties of steam, turbine principles of operation, efficiency and the environment.

Subject: The Basics.Steam turbine systems, gas turbine systems.Open and Closed Systems; compound, the combined systems.Ways to improve and thermal efficiency.Steam turbine power plants, energy flow, pre-heaters.Steam turbine energy conversion.Peer pressure (action) turbines; Against Pressure (reaction) turbines, the degree of reaction..The degree of reaction.Account of environmental forces, specific business account.Losses and efficiency turbines, Turbine Types.Velocity Triangles.Fossil Fuel Power Plants.Nuclear Power Plants.Sample problems.

MAK-4730 VOLUME MOLD DESIGN AND APPS.

Elective 2+2 3 6


Subject: Introduction to Design and Design Methodology for volume die.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4771 WELDING TECHNOLOGIES

Elective 3+0 3 5

Content: Welding methods, gas welding, electric arc welding methods (manual arc welding, submerged arc welding, arc welding with shielding gas � GTAW, GMAW), resistance welding methods, plasma arc, laser beam and electron beam welding, alumina thermic welding, friction welding processes, diffusion welding, and other welding techniques (cold welding, forge welding, roll cladding, ultrasonic welding, etc.), weld defects and weld zone.

Subject: Introduction to Welding Techniques, Fundamentals.Classification of welding methods.Gas welding.Arc welding techniques.Sub-merged arc welding.Arc welding with shieding gas.Resistance welding techniques.Plasma arc, laser beam and electron beam welding techniques.Alumina thermic welding.Friction welding processes.Diffusion welding.Cold welding, forge welding.Roll cladding, ultrasonic welding.Weld zone and weld defects.





Course Unit Code


Credits ECTS

MAK-4822 GRADUATION PROJECT Compulsory 0+4 2 4

Content: Introduction to Design and Design Methodology: product or technical ssytem conceptualization, analysis of design requirements and objectives, Economic analysis of design projects, Preparation of project proposals, Design for manufacturing, Safety and reliability in design, Information resources in engineering and standards, Project management and significance of teamwork, Feasibility analysis.

Subject: Graduation Project Methodology for Joints.Graduation Project Methodology .Graduation Project Methodology .Graduation Project Methodology .Graduation Project Methodology .Economic analysis of Graduation Project .Preparation of Graduation Project proposals.Design for manufacturing .Safety and reliability in Graduation Project.Information resources in engineering and standards .Graduation Project management and significance of teamwork .Graduation Project management and significance of teamwork .Intellectual properties, patents .Feasibility analysis .

MAK-4806 MECHANICAL ENG. LAB. II

Compulsory 2+2 3 4

Content: Develop an understanding of mechanical engineering lessons as well as a variety of other fields. Experiments related with mechanics of machinery, heat transfer, fluid mechanics, materials and internal combustion engines. Investigation of several factors on quantities of interest to mechanical engineering on experimental set-ups.

Subject: Introduction,Principles of Mechanical Engineering Evaluation of final reports Laboratuary Experiments.Hardness Test Experiment.Franchis Turbine Experiment.Air ventilating experiment .Multi-purposes heat exchanger Experiment.Multi-purposes cooling Experiment.Cold storage experiment .Pressure Loss in pipes experiment.Micro hardness test.Heat Pump experiment.Elektropnomatic Circuits experiment.Air climating .Evaluation of final reports.Evaluation of final reports.


Course Unit Code


Credits ECTS

MAK-4850 COMBUSTION THEORY Elective 3+0 3 5

Content: A definition of combustion. Combustion modes and flame types. Combustion and thermochemistry; thermodynamics laws, reactant and product mixtures, adiabatic flame temperatures, chemical equilibrium. Introduction tomass transfer; rudiments of mass transfer, some applications of mass transfer. Chemicalkinetics; elementary reactionrates, rates of reaction formulti step mechanisms.Laminar premixed flames; physical description, analysis,factor sinfluencing flame velocity and thickness, uenching, flammability, andignition, flame stabilization. Laminar Diffusion Flames; of encouragement constant-density laminar jet, physical escription of jet flame, theoretical descriptions, counter flowflames.

Subject: Introduction; Combustion andt hermo-chemistry.Introduction; Combustion andt hermo-chemistry.Introduction to mass transfer.Introduction to mass transfer.Chemicalkinetics.Chemicalkinetics .Conservation equations for reacting flows.Conservation equations for reacting flows.Laminar premixed and diffusion flames.Sample Problems.Laminar premixed and diffusion flames.Dropletevaporationandburning.Introduction to turbulent




flows.Turbulent premixed and non-premixed flames.

MAK-4892 COMPUTER PROGRAMMING OF VISUAL BASIC

Elective 3+0 3 5

Content: Introduction to Programming, Flowcharts, Algorithm Design, Introduction to Visual Basic Programming, Simple I/O, Arithmetic Operators Data Types, Logical Expressions Control Statements : IF Structure, Control Statements : CASE Structure, Repetitive Structure : DO, WHILE Loops, Formatted I/O, File Processing, Subprograms (Modules, Procedures, functions and Subroutines), Arrays, Basic Engineering Applications.

Subject: Introduction to Programming, Flowcharts, Algorithm Design.Introduction to Visual Basic Programming, Simple I/O, Arithmetic Operators Data Types.Logical Expressions Control Statements : IF Structure.Control Statements : CASE Structure.Repetitive Structure : DO, WHILE Loops.Formatted I/O.File Processing.MIDTERM EXAM.Subprograms (Modules, Procedures).Subprograms (functions and Subroutines).Arrays (one and two rank arrays).Arrays (sorting algorithm, matrices operations).Other Data Types (user defined data types).Basic Engineering Applications.

MAK-4829 DESIGN AND APPS. OF CRANES

Elective 2+2 3 4

Content: Fundamentals of the crane design, Employment Security, Determining the design parameters, reviewing fundamentals of related courses, Literature search, Design process and 3D CAD, Cost analysis and life estimation, Prep. final report, Prep. of the presentation.

Subject: Fundamentals of the machine design.Cranes.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4808 DESIGN AND APPS. OF FATIGUE MECHANISMS

Elective 2+2 3 4


Subject: Types of fatigue and stress-number of cycles (S-N) curves.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4831 DESIGN AND APPS. OF MACHINE ELEMENTS

Elective 2+2 3 4

Content: Introduction to design and design methodology: product or technical sytem conceptualization, analysis of design requirements and objectives, economic analysis of design projects, preparation of project proposals, design for manufacturing, safety and reliability in design, Information resources in engineering and standards, project

management and significance of teamwork, feasibility analysis.




Subject: Introduction to Design and Design Methodology for Implementation of Machine Elements.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Design Methodology .Design Methodology .Economic analysis of design projects .Preparation of project proposals.Design for manufacturing .Safety and reliability in design .Information resources in engineering and standards .Project management and significance of teamwork .Intellectual properties, patents .Feasibility analysis .General information about senior design project.

MAK-4816 FACTORY ORGANIZATION

Elective 3+0 3 5

Content: Basic concepts, Selection and modeling techniques in place of establishment, Systematic layout planning business

Subject: Basic concepts.Plant design.Selection and modeling techniques in place of establishment.Regulation of workplace.Systematic layout planning business.Place of business models and techniques of editing.Selection of plant location.Selection of plant location.Selection of plant location.Selection of plant location.Selection of plant location.Selection of plant location.Selection of plant location.Selection of plant location.

MAK-4830 HEAT EXCHANGER DESIGN AND APPS.

Elective 2+2 3 4


Subject: Fundamentals of the machine design.Fundamentals of the machine design.Determining the design parameters.Literature search.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4848 HEAT EXCHANGERS Elective 3+0 3 5

Content: Heat transfer mechanisms, conduction, convection, radiation.Heat exchangers general definitions, concepts, and examples parameters.Thermal design and design parameters,Applications and examples.

Subject: Heat transfer mechanisms, conduction, convection, radiation will be familiar with.Heat transfer mechanisms, conduction, convection, radiation will be familiar with.According to the shape of the heat transfer process heat exchangers.According to heat transfer area per unit volume of heat exchangers.According to the constructive features of the structure and heat exchangers.According to the mechanism of heat transfer and heat exchangers.According to the current layout of fluids and heat exchangers.Recuperator.Regenerators.Direct-contact heat exchangers, cooling towers.Heat exchanger thermal calculations, the total heat transfer coefficient, fouling factor.Logarithmic mean temperature difference method.Transfer method of scrutinizing the number of units.Applications and examples.

MAK-4840 HEAT PUMP DESIGN AND APPS.

Elective 2+2 3 4

Content: Introduction to Design and Design Methodology: product or technical ssytem conceptualization, analysis of design requirements and objectives, Economic analysis of design projects, Preparation of project proposals, Design for manufacturing, Safety and reliability in design, Information resources in engineering and standards, Project management and significance of teamwork, Feasibility analysis.




Subject: Introduction to Design and Design Methodology for Joints.Design Methodology .Design Methodology .Design Methodology .Design Methodology .Economic analysis of design projects .Preparation of project proposals.Design for manufacturing .Safety and reliability in design.Information resources in engineering and standards .Project management and significance of teamwork .Midterm II. Boiler thermal efficiency and emission tests..Intellectual properties, patents .Feasibility analysis .

MAK-4838 HEATING SYSTEMS DESIGN AND APPS.

Elective 2+2 3 4

Content: Heating systems in determining the guidelines, standards, criteria, determination of heating, the calculations done by hand and with the help of a computer program

Subject: Design principles of a machine, heating systems, design and methodology,.Job security, job security, methods . main causes of the accident, injury prevention methods.Determination of the design input parameters.review of the literature.design, safety and reliability.Information sources, engineering and standards.Feasibility analysis.design process.design process.An economy in heating systems design projects.Preparation of project final report.Preparing a presentation.A presentation of the project.

MAK-4847 MECHANICAL METALLURGY

Elective 3+0 3 5

Content: Dislocation types and their effects on mechanical properties. Mechanical properties and testing. Improvement of mechanical properties

Subject: Stress and strain.Tensile test.Elastic and plastic behaviour.Crystal structures and slip planes.Hardness.Hardness testing.Toughness and measurement.Fatigue.Fracture mechanics.Fracture mechanics.Mechanical properties of metals.Mechanical properties of metals.Mechanical properties of non-metal materials.Improving mechanical properties of metals.

MAK-4870 PLASTIC MOLDING Elective 3+0 3 5

Content: The key technologies used in the production of plastic parts

Subject: Plastic injection molding method.Cold and hot-runner plastic injection molds.Gas-assisted injection molding.Dual-material injection molding.Extrusion of plastics.Profile extrusion Course downgrades related topics.Extrusion blow molding, sheet (film) extrusion.Rotational molding method.Rotational molding mold components and equipment.Molding method with heat and vacuum.Molding under pressure.Transfer molding.Design of the dies.Mold Design.

MAK-4886 PNEUMATIC CONTROLS

Elective 3+0 3 5

Content: Preparing the compressed air, transmission, introduce the pneumatic equipments, circuits related with practical applications, automation systems.

Subject: Basic Terms �1 (Atmospheric pressure, normal atmosphere, standart atmosphere, basic pressure, temperature and etc. Units, pressure-force relationships and equations) .Basic Terms -2 (Gas Theories, Boyle and Charles Laws, İdeal gas theories, Water Vapour in compressed air and condensation, Compressed air qualities and Class Definitions).Preparing the compressed air (Compressors, dryers, filters, condensate remove systems , oilers, FRL) .Compressed Air Capacity Calculations, transmission, pressure drop calculations.Pneumatic Actuators, Assembly types and Catalogue review and election pneumatic equipmenents..Pneumatic valve functions, directional control valves, control types, pressure relief valves, throttle valves. .Pneumatic valves with actuators, pneumatic circuit design..Pneumatic symbols acc. to ISO 1219 .Sample pneuatic actuating and control systems.Pneumatic funnction diagrams.Study over manual and automatic pneumatic circuits. .Specific circuit design .Implementation specifc circuits at pneumatic laboratory.Troubleshooting at pneumatic crcuits..




MAK-4812 PROCESS MEASUREMENT DESIGN AND APPS

Elective 3+0 3 4

Content: Process measurement systems in determining the guidelines, standards, criteria, determination of process measurement, the calculations done by hand and with the help of a computer program.

Subject: Principles of machine design, Principles of machine design, heating systems, design and methodology systems, design and methodology.Job security, job security methods.The main causes of the accident, injury prevention methods.Determination of the design input parameters.The literature review.Safety and reliability in design.Sources of information, engineering and standards.Feasibility analysis.The design process.The design process.Economic efficiency of heating systems design projects.Preparation of project final report.Creation of the presentation.Presentation of the project..

MAK-4828 SOLAR ENERGY DESIGN AND APPS.

Elective 2+2 3 4



MAK-4835 SURFACE PROCESSES DESIGN AND APPS.

Elective 2+2 3 4

Content: Fundamentals of the machine design, Employment Security, Determining the design parameters, reviewing fundamentals of related courses, Literature search. Design- corrosion relationship and selection of corrosion protection processes.

Subject: The formation of corrosion and protection methods.Employment Security, Safety Methods.Basic causes of accidents, protection methods of accidents .Determining the design parameters.Literature search.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Design process and 3D CAD.Cost analysis and life estimation.Prep. final report.Prep. of the presentation.Presentation of the design project.

MAK-4874 SYSTEMATIC CONSTRUCTION

Elective 3+0 3 5

Content: Introduction, Idea of a Product, Design improvement processes, Analysis of duty, Demand types, Functional synthesis, Function structures, Elementary function

Subject: Introduction to design systematic.Generating of an idea of a product.Design and design improvement processes.Design improvement process phases.Analysis and accuracy of duty.Demand types defining the duty.Description of functional synthesis.Definition of basic function.Definition of basic function.Generation of function structures.Definition of elementary function.Logic elementary function.Solution searching processes in function structures.Conclusion.

MAK-4836 THERMAL SYSTEMS DESIGN AND APPS.

Elective 2+2 3 4

Content: Basic concepts of thermodynamics, thermodynamics analysis of the second law, reversible, irreversible processes and usability, closed and open systems, exergy analysis, exergy analysis in heating systems and combined cycles.




Subject: Basic Concepts of Thermodynamics.The basic laws of thermodynamics.The second law of thermodynamics and entropy.Usability, reversible, and irreversibility.Exergy analysis of closed systems.Exergy analysis of closed systems.Exergy analysis of open systems.Exergy analysis of open systems.Entropy production in systems where fluid flow.Entropy generation systems where heat transfer takes place.Entropy production of heat exchangers.Entropy production of insulation and heat storage systems.Exergy analysis in cycles.exergy analysis in United heating (cogeneration) systems .

MAK-4826 WATER INSULATION IN STRUCTURE DESIGN AND APPS

Elective 2+2 3 4

Content: Basic concepts, definitions, definitions. Floor insulation, structural elements in the humidity, moisture from the environment, basic water and damp-proofing, insulation, pressurized water, pressurized water, insulation, walls, roofs and terraces, water and damp-proofing.

Subject: Basic concepts, definitions, definitions.Basic information about water and damp proofing materials.Floor insulation, the structure of water and moisture from the outside forces.Structural elements in the humidity, ambient humidity.Sweating-dew water.Drainage.Basically insulation, interior insulation, external insulation.Pressurized water, insulation, waterproofing pressurized.Insulation height, number of layers of insulation.Water and moisture insulation in walls.Curved surfaces insulation.Insulation of roof.Vapor barrier layer, waterproofing layers, protective layers.Application and sample solutions.

MAK-4851 WELDING OF ENGINEERING MATERIALS

Elective 3+0 3 5

Content: Behaviour of engineering materials during welding, weldability of steels (structural, fine-grained structural, thermomechanically treated, low-alloyed low temperature, non-alloyed and low alloyed high temperature, yüksek alaşımlı creep resistant, and high alloy steels), Cu and Cu-alloys, Al and Al-alloys, Ni and Ni-alloys and other non-ferrous alloys (Ti- and zr-alloys), problems encountered and precautions.

Subject: Introduction to Weldability, Fundamentals.Behaviour of engineering materials during welding.Welding of structural steels.Welding of fine-grained structural steels.Welding of thermomechanically treated steels.Welding of low-alloyed low temperature steels.Welding of non-alloyed high temperature steels.Welding of non-alloyed high temperature steels.Welding of high-alloyed creep resistant steels.Welding of high alloy (stainless) steels.Welding of Al and Al-alloys.Welding of Cu and Cu-alloys.Welding of Ni and Ni-alloys.Welding of other non-ferrous alloys (Ti- and Zr-alloys).

MAK-4898 WELDING OF METALS AND ALLOYS

Elective 3+0 3 5

Content: Behaviour of metal and alloys during welding, weldability of steels (structural, fine-grained structural, thermomechanically treated, low-alloyed low temperature, non-alloyed and low alloyed high temperature, yüksek alaşımlı creep resistant, and high alloy steels), Cu and Cu-alloys, Al and Al-alloys, Ni and Ni-alloys and other non-ferrous alloys (Ti- and zr-alloys), problems encountered and precautions.

Subject: Introduction to Weldability, Fundamentals.Behaviour of engineering materials during welding.Welding of structural steels.Welding of fine-grained structural steels.Welding of thermomechanically treated steels.Welding of low-alloyed low temperature steels.Welding of non-alloyed high temperature steels.Welding of low-alloyed high temperature steels.Welding of high-alloyed creep resistant steels.Welding of high alloy (stainless) steels.Welding of Al and Al-alloys.Welding of Cu and Cu-alloys.Welding of Ni and Ni-alloys.Welding of other non-ferrous alloys




(Ti- and Zr-alloys).

Social Elective Course List

Course Unit Code

Course Unit Title Compulsory/Elective Semester L+P Hour

Credits ECTS

MUHS-3585

ENGINEERING ECONOMY

Social Elective 5 3+0 3 3

Content: Company ,types of company feasibility analysis ,depreciation and depreciation methods,interest ,repo,calculates the present value,the avarage rate method ,rate method of internal ,payback period methods .vs

Subject: Company �types of company.Feasibility analysis.Depreciation and depreciation methods.Calculation of interest,discount rate and repo.Types of Interest.Calculates the present value.Return on investment decisions ,valuation methods.Payback period methods.The avarage rate method .The net present value method.Rate method of internal.Class work for example inclusive of all topics.Class work for example inclusive of all topics.Class work for example inclusive of all topics.

MUHS-3559

MANAGEMENT STRATEGIES


Content: It explores how leading firms use strategy to again with technological and engineering projects and operations.

Subject: Strategic management and corporate planning.Personel and professional development.Operations management.Leadership .Finance .Managing change .Human resource planning strategies.Total Quality management.Purchasing and Supply chain management.MIDTERM EXAM.E-business and E-commerce.Reputation.Review .FINAL EXAM.

MUHS-3561

OPTIMIZATION TECHNIQUES


Content: Introduction to Operations Research (Operations Research and Decision-Making Process-Problem Solving Methodology), Linear Programming, Linear Programming Model Formulation Examples, Linear Programming Solution Methods (Graphical Solution-Simplex Solution); Simplex Method; Simplex Method, Simplex Method Exceptions: Duality, Dual Problems of economic comment, Sensitivity Analysis, Integer Programming.

Subject: Understanding the structure of decision problems, develop alternatives to solve problems..The Business Management function and numerical analysis of land-making process, understanding the contribution ..Modelling of linear programming problems encountered in business..Solving linear programming problems.. Dual Linear Programming Problems acquisition model..Dual models and sensitivity analysis Ability to interpret..To identify and solve problems can be solved with Integer Programming.Understanding the relationship between mathematical models of decision problems encountered in business..Decision Support for Windows package program of learning..For example business problems to solve linear programming models to use the DS-Win program package..

MUHS-3557

STATISTICAL METHODS Social Elective 5 3+0 3 3

Content: Probability, the probability distribution, derived from the probability distribution, research planning and experimental editing, sampling to determine the mean and distribution, community identification, comparison of the two communities, correlation and regression analysis, forest




engineering, implementation of simple and multiple analysis of variance

Subject: Basic concepts of statistical.Supporting mathematical tools.Statistical data collection and editing.Average and range.Dispersion (Variation).Possibility, permutations and combinations.Theoretical distributions.The normal distribution.Control distribution and control methods.F-distribution, chi-square distribution, independence test.Analysis of Variance.Regression and correlation.Sampling technique.Try it and experiment planning schemes.

MUHS-3684

BUSINESS LAW Social Elective 6 3+0 3 3

Content: Law, right and obligation of working, employment law and contents of this law, Features and sources of employment law, employment organization, Debts due to employment (labor) contracts, Breathers, general holiday and annual leave of absence, Occupational health and safety

Subject: Introduction to Business law.Important cases in Business law.The basic concepts of business law.Application areas of business law.Types of employment contract.Work was to perform the employment contract prohibited.Employee and employer rights and obligations arising from contracts.Termination of employment contract, working hours, leave and wages.The concept of social security.The unions law.Collective bargaining law.The strike.Lockout.Rights and interest disputes.

MUHS-3686

INTRODUCTION TO BEHAVIOURAL SCIENCE


Content: Behavioural sciences-social groups-social institutions-personality development-emotion motive- work and personality matching � globalization-personality traits-team work-theories of motivation-leadership-body language-information management-time management

Subject: Behavioral sciences.Social groups-social institutions.Personality of development.Types of learning and learning strategies.Body language.Types of managers .Work and personality matching.Globalization.Personality traits.Team work.Theories of motivation.Leadership.Information management.Information management.

MUHS-3632

MANAGEMENT PRINCIPLES


Content: It explores the basic concepts and process of management

Subject: Introduction of Principles .Personality, Attitudes, and Work Be haviors.History, Globalization and Values-Based Leadership.Developing Mission, Vision and Values.Strategizing.Goals and Objectives.Leading People and Organizations.Decision Making.Communication in Organizations .MIDTERM EXAM.Managing Groups and Teams .Motivating Employcees.Strategic Human Resource Management.FINAL EXAM.

MUHS-3634

PATENT, TRADEMARK, INTELLECTUAL PROPERTY RIGHTS


Content: Industrial property rights, patents, utility models, trademarks, industrial designs, geographical indications, integrated circuits topography.




Subject: Introduction to industrial property law and its history,.Introduction to industrial property law and its history,.Industrial property rights,.Industrial property rights,.The elements of industrial property system, patent, IPC (International Patent Classification),.The elements of industrial property system, patent, IPC (International Patent Classification),.European Patent Procedure,.European Patent Procedure,.Useful model, trade mark, industrial design, geographical signs.Useful model, trade mark, industrial design, geographical signs.The topography of integrated ciruits, .The topography of integrated ciruits, .The position of Turkey within the context of international conventions. .The position of Turkey within the context of international conventions. .

MUHS-4799

FINANCIAL MANAGEMENT


Content: Among the topics covered in this course will be interest rate and bond valuation, stock valuation, investment valuation, capital budgeting, the cost of capital and leverage.

Subject: Introduction.Interest rates and Bond Valuation.Interest rates and Bond Valuation.Stock valuation.Stock valuation.Capital budgeting cash flows.Capital budgeting cash flows.Capital Budgeting Techniques.Capital Budgeting Techniques.Cost of Capital.Cost of Capital.Leverage and Capital Structure.Leverage and Capital Structure.Review of the Semester.

MUHS-4783

INTRODUCTION TO BUSINESS


Content: Fundamental Concepts of Business Science, businesses objectives, business size and capacity, business environment and stakeholders, Business Management and Organization, Businesses Legal Structure and Capital Resources, Production functions , Business Marketing, Financial Management and Human Resources Management.

Subject: business Science and Development, Basic Concepts and business environment.Goods, services and claims, consumer claims, success criteria.Product concept and classification, product life cycle, product specifications and pricing.Objectives of businesses, business size and capacity.Organization of enterprises and businesses in the formation of investment decision determining the location of those criteria.Legal structure of businesses.the operations function of businesses.Production systems.Function of management.Organizing function of business.The marketing functions.Financial management function.Capital resources of Business.Human resource management.

MUHS-4781

ORGANIZATIONAL BEHAVIOR


Content: Define organizational behavior, organizational behavior, and to comprehend the relationship between organizations, organizational behavior, to recognize relevantdisciplines, to explain the functions of the Administrator and the administrators, Defineorganizational behavior research techniques commonly used in Scientific Research. In addition, Job design, operating principles, career development, workplace emotions, organizational commitment, citizenship, and be familiar with many issues such asorganizational ethics.

Subject: Method information about the input and organizational behavior.Historical development and new approaches to organizational behavior.Individuals and people within the organization.Emotions, values, attitudes and job satisfaction.Organizational learning, organizational citizenship behavior and organizational commitment.Organizational culture, organizations, groups and teams in organizations and theories of leadership.Conflict in organizations.Conflict in organizations.Stress and Stress Management.Organizational change and development.Ethical behavior in organizations and management.Power and Politics.Job design and approaches.Business relationships, career, career and the importance of the socialization process.

MUHS- QUALITY CONTROL Social Elective 7 3+0 3 3




4779

Content: The concept of anality the quality of design and compliance,6 sigma kaizen,benchmarking,examples acceptable quality control techniques(Ishikawa method,brainstorming,the histogram,pareto analysis)

Subject: Definiton of quality �the quality of design.Quality of Conformance.The cost of quality.Fundamentals of quality control.Statistical quality control.İnspection and measurement.Acceptance sampling .Benchmarking.Examples of benchmarking.Quality assurance system.Quality control techniques(brainstorming,pareto analysis).Ishikawa method ,the histogram,house of quality,control limits.Sample Problems.Sample Problems.

MUHS-4872

OCCUPATIONAL SAFETY AND HEALTH


Content: Historical development, legal aspects of occupational health and safety, occupational accidents and occupational diseases, job security, methods, organization of occupational safety, risk analysis, Chemical risk factors, physical risk factors, risk factors, fire and electricity, pressurized containers, job security, personal protective equipment, safety precautions to be taken in the workplace, business assistance applications, On sectoral basis, the first thing the workplace occupational health and safety issues in terms of legislation, and regulation of the controls necessary legal documents, material safety data sheets.

Subject: Basic definitions related to occupational safety.Other factors that threaten our security.Workplace safety.Occupational diseases.Accident and injury.First aid in accidents.Worker health and safety legislation.Legal processes to industrial accidents.Typical of various professional fields of work accidents.Costs of work accidents and occupational diseases.Occupational health and safety management systems.Risk identification and risk assessment.Risk assessment methodologies.

MUHS-4884

PRODUCTION MANAGEMENT


Content: Basic concepts, Selection and modeling techniques in place of establishment, Systematic layout planning business

Subject: learn basic concepts related to plant design, operation and identify the elements that influence the choice of place of incorporation,.material requirements planning (MRP), Supplier will learn planning and supplier management, facility management to use them,.investment costs, production costs, cash flow diagram, Discounted, present value method, the future value method, internal rate of return, break-even point analysis (graphical, algebraic) for the evaluation..

MUHS-4882

PROJECT MANAGEMENT


Content: It is designed to build and expand the foundation of knowledge needed by successful managers and engineers.

Subject: Project management prinsibles.Defining project.Roles and responsibilities in project.Software development lifestyle phases.Estimating.Planning and scheduling.Risk management.Quality management .Project management organization structure.MIDTERM EXAM.Applications.Applications.Review .FINAL EXAM.

MUHS-4880

PUBLIC RELATIONS Social Elective 8 3+0 3 3

Content: The history of public relations-the basic principles of public relations-target group-in house public relations-public relations campaign-event management.

Subject: The history of public relations.The basic principles of public relations.Target group.In house public relations.Public relations campaign.Event management.Perception management.Public relations and media.Crisis management .Public relations activities.Public relations activities.PR Turkey.Public relation staff.İmportance of public realions.




MUHS-4878

QUALITY MANAGEMENT


Content: The concept of quality �Design and compliance quality. The necessary steps to achieve quality-The main factors affecting the quality-Quality control circles- Results of the application of total quality management-Standards of quality assurance system and ISO 9000-Examples of application ISO 9000.

Subject: Historical development of total quality management.Definition of quality �The quality of design-The quality of conformance.Steps of achieve quality(market,research,product development,production engineering,purchase ,product,audit,marketing,service).The main factors affecting the quality( 9 M) Markets,money,management,man,motivation,materials,machine and mechanization,modern information methods,mounting product requirements..Quality problems..Process control.Elements of total quality management (leadership, customer focus, continuous development and improvement.Deming method.Kaizen method.Quality control circles.Applications in quality control circles.Results of the application of total quality management.Quality awards.Quality assurance system and ISO 9000 standards..

MUSTAFA KEMAL UNIVERSITY Faculty of Engineering … · Adres : Mustafa Kemal University Faculty of...

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