DRAW134DCOURSE SYLLABUS

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  • 7/28/2019 DRAW134DCOURSE SYLLABUS

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    DRAW 134D Engineering Drawing 1 Date Prepared:

    May 17, 2013

    Date Effective:

    June 10, 2013

    Page 1 of 4

    Filename: DRAW 134D

    COURSE SYLLABUS

    VISION

    A leading institution of higher learning recognized for its quality transformative education serving the nation and the world.

    MISSION

    To provide a dynamic and supportive academic environment through the highest standards of instruction, research and extension in anon-sectarian institution committed to democratizing access to education.

    PROGRAM EDUCATIONAL OBJECTIVES (PEO)The University of Mindanao Engineering graduates will:

    MISSION

    1. Demonstrate professional expertise with ethical responsibility in the practice of engineering profession. 2. Show dedication and initiative in engineering research and innovation, or entrepreneurial ventures, and

    professional development

    Student Outcomes and Relationships to Program Educational Objectives

    STUDENT OUTCOMES (SO)PEO

    1 2

    a) Ability to apply knowledge of mathematics and science to solve engineering problems; k) Ability to use techniques, skills, and modern engineering tools necessary for engineering practice;

    COURSE INFORMATION1. Course Code : DRAW 134D2. Course Title : Engineering Drawing 13. Course Description :An introduction to engineering drawing designed to teach students about the use of drafting instruments and

    materials, scale and units of measure, .geometric construction for defining points, lines, planes, and solids in space, orthographic

    projections, auxiliary views and lettering. This course will also help develop the students' knowledge and abilities in the reading and

    preparation of engineering and mechanical drawings.

    4. Pre-requisite : First Year Standing5. Co-requisite : None6. Credit : 2.0 units Laboratory7. Class/Lab Schedule : 12 laboratory hours/week8. COURSE OUTCOMES (CO)

    CO 1 Create a vision of a future engineer whose qualities are described in the universitys VMG,PEO and PO

    CO 2 Understand the importance of technical drawing knowledge and skills as applied to the various areas of engineering.

    CO 3 Apply the basic principles of instrumental drawing;

    CO 4 Prepare technical drawings.

    9. Alignment of Course Outcome to Student OutcomesStudent

    Outcomes

    LevelCourse Outcomes Satisfied

    CO Proficiency Assessed By

    aI CO 1 Reaction Paper

    I CO 2 Exercises/Plates

    I CO 3 Plates

    k I CO 4 Hands-0n exercises

    [I]- Introductory Course [E] - Enabling Course [D] - Demonstrative Course

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    DRAW 134D Engineering Drawing 1 Date Prepared:

    May 17, 2013

    Date Effective:

    June 10, 2013

    Page 2 of 4

    Filename: DRAW 134D

    10. COURSE COVERAGETime

    FrameTopics

    SatisfiedCo Learning Activities

    Students Assessment

    Week 1To

    Week 2

    Orientation (UM VMG, CEE PEO, GradingSystem)

    INTRODUCTION: Meaning of Technical Drawing Pictorial and Orthographic Views Mechanical Drawing

    Displaying objects

    CO 1

    Discussion Video

    presentation

    Oral recitation Reaction Paper

    ENGINEERING LETTERING Importance, Properties, Strokes Vertical and Inclined Cases Composition Writing Freehand Drawing in Pencil(HB or

    Mechanical pencil)

    Freehand drawing in Ink using Tech. Pen

    CO 2 Lecture Video

    Presentation

    Hands-onexercise

    Seatwork Reaction Paper Lettering exercises

    FIRST EXAMINATION

    Week 3

    toWeek4

    INSTRUMENTATION Drawing instruments, Materials &

    Equipment Use of Instruments Objectives in Drafting Drawing techniques in penciling and inking

    GEOMETRIC CONSTRUCTION Definition of Geometric Terms and Figures Sketching Geometrical Figures:

    Inclined Line, Squares and rectangles, Circle and Isometric circles, Polygon Construction, Ellipse Construction and Parabolic curves

    CO 2

    CO 2

    CO 2

    CO 3

    CO 2

    CO 3

    Lecture Video

    Presentation

    Hands-onexercise

    Lecture Hands-on

    exercise

    Assignment Seatwork Plates

    Group Report Quiz Plate Exercises

    SECOND EXAMINATION

    Week 5to

    Week6

    ORTHOGRAPHIC PROJECTION: Definition of Terms

    Alphabet of Lines Orthographic View Planes of Projection Positioning views of cylindrical objects

    DIMENSIONING Dimensioning Elements

    Extension lines Arrowheads Leader Finish Mark Fractional and decimal dimension Placing Dimension Dimensioning shaft holes and arcs

    CO 3

    CO 3

    VideoPresentation

    Hands-onexercise

    Lecture Video

    presentation

    Hands-onexercise

    Reaction paper Plate Exercises

    Seatwork Reaction Paper Plate Exercises

    THIRD EXAMINATION

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    DRAW 134D Engineering Drawing 1 Date Prepared:

    May 17, 2013

    Date Effective:

    June 10, 2013

    Page 3 of 4

    Filename: DRAW 134D

    TimeFrame

    TopicsSatisfied

    Co Learning ActivitiesStudents Assessment

    Week 7to

    Week 9

    ORTHOGRAPHIC VIEWS WITH DIMENSIONS ANDSECTION VIEWS

    Projection Method The glass box and Three-view instrumental drawing

    Sectional View: Sectioning Full Sections

    Pictorial Drawing Axonometric Projection Isometric Projection Approximate four-center ellipse

    Engineering Working Drawing Assembly Drawing Exploded Detailed Drawing

    CO 4

    CO 4

    CO 4

    CO 4

    Lecture Video presentation Hands-on exercise

    Lecture Video

    presentation

    Hands-onexercise

    Seatwork Reaction Paper Plate Exercises

    Assignment Reaction Paper

    Plate Exercises

    FINAL EXAMINATION

    11. TEXTBOOKGiesecke et al.(c.2003).Technical Drawing.(12th Edition). New Jersy: Prentice Hall

    12. REFERENCES1. Goetch, D,(c.2000).Technical Drawing. (4

    thEdition). New York: Glencoe/McGraw-Hill.

    2. Kirkpatrick, J.M. (1999).ELearning Basic Drafting Using Pencil Sketches and AutoCAD. (1st Edition). New Jersey:

    3. Jensen et al,(1996).Engineering Drawing and Design, (5th

    Edition). New York: Glencoe

    4. Simmons,C,(2009).Manual of Engineering Drawing,(3rd

    Edition). Amsterdam: Elsevier

    13. OTHER INSTRUCTIONAL MATERIALS{eg. workbook, lab manual... the like}

    14. WEB MATERIALS{online materials}

    15. COURSE EVALUATION

    16. POLICIES AND GUIDELINESa. Attendance is counted from the f irst regular class meeting.b. A validated student identification card must always by worn be all students while attending classes.c. Cheating is strictly prohibited. Any form of dishonesty shall be dealt with accordingly. Honesty is called for at all times.d. Valid examination permits are necessary in taking the examinations as scheduled. CELLULAR PHONES or any ELECTRONIC GADGETS

    except PRESCRIBED PRC CALCULATORS are not allowed during EXAMINATIONS.

    e. Base-20 grading policy should be observed. Students who obtained failing scores in major exams are recommended to attend thetutorial class.

    Assessment methods Weights

    I. DRAWING PLATES 50%

    Lettering 15%

    Geometric construction 15%

    Iso/Ortho and Assembly Drawing 15%

    Student Participation/Learning Logs 5%

    II. EXAMINATION 50%

    Exam 1 10%

    Exam 2 10%

    Exam 3 10%

    Final Exam 20%

    TOTAL 100%

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    DRAW 134D Engineering Drawing 1 Date Prepared:

    May 17, 2013

    Date Effective:

    June 10, 2013

    Page 4 of 4

    Filename: DRAW 134D

    Prepared by: Reviewed by:

    ABNER D. OLIVAR CRESENCIO P. GENOBIAGON JR., MEP-MEJOSE S. CONDONAR ME Program HeadPAOLO D. GAVINO

    Noted by: Approved by:

    CHARLITO L. CAESARES, PME, DOE-ME PEDRO B. SAN JOSE, Ed.D.h.c.Dean, College of Engineering Education EVP Academic Affairs