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The University of Jordan

Faculty of Engineering & TechnologyMechanical Engineering Department

2005 ourse atalog

Engineering design require a combination of organization, analysis, and communication skills.

Engineering graphics is the primary medium for communicating design concepts and is an

important tool for analyzing engineering problems. This course aims at developing the skills

needed for documenting designs using drawings and for performing graphical analysis of two

dimensional and three dimensional problems. Manual and computer aided methods of graphicalanalysis and communication are covered.

Te!t "oo#s

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Title Engineering Design raphics,

uthor's( Earle, !ames. "

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Edition &&th Edition' "

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Journals

,nternet lin#s http233www.autodesk.com3education3student"softwarehttp233fetweb.4u.edu.4o3acad3

,nstructor,nstructor Dr- .ashem l#haldi/ E"mailh.alkhaldi54u.edu.4o

)rere1uisites)rere1uisites $y topic "

)rere1uisites $y course "

ore1uisites $y course "

)rere1uisite for Machine Drawing 6%7%$//(

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Engineering Drawing and Descriptive Geometry(0904131)

Seconed Semester 2013/2014

8/12/2019 ABET Syllabusmachine Drawing

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Measura$le )rogram 3utcomes 'M)3( and ourse 3utcomes

M)3 ourse 3utcomes

M)34 %-5%

#lanar kinematics of rigid bodies,

including general plane motion and

relative motion analysis.

&. 8ectilinear and curvilinear motion of particles

$. 8elative motion using translating a9es

/. #lanar kinematics of rigid bodies 6translation and rotation(. )ngular motion analysis of rigid bodies and mechanisms

:. 8elative motion analysis using rotating a9es

M)34 %-52

#lanar kinetics of rigid bodies, including

drawing free body diagrams and

writing equations of motion.

+. Drawing free body diagram for particles and rigid bodies;. Equation of motion using <ewton=s second law>. 0ormulation of motion using ?ork and Energy and @mpulse and

Momentum principles7. 0orce and )cceleration of planar kinetics of rigid bodies

M)34 5-6

a( )nalysis of position, velocity and

acceleration kinematics of 

mechanisms

&%. #erform velocity and accelartaion analysis of mechanisms using vector

analysis approach&&. #erform angular motion analysis using scalar approach&$. #efrom angular velocity analysis using instantaneous center of rotation

Topics overed

7ee# Topics hepter in Te!t&"$ Ainematics of #articles &$

/" Ainetics of #articles2 0orce and )cceleration &/

:"+ Ainetics of #articles2 ?ork and Energy &

;"> Ainetics of #articles2 @mpulse and Momentum &:

7"&& #lanar Ainematics of 8igid odies &+

&$"&/ #lanar Ainetics of 8igid odies2 0orce and)cceleration

&;

& #lanar Ainetics of 8igid odies2 ?ork andEnergy

&>

&: #lanar Ainetics of 8igid odies2 @mpulse andMomentum

&7

Evaluation

ssessment Tool E!pected Due Date 7eight

Bomework C uizzes 0our pop quizzes 6: each( $%

Midterm E9am )ccording to the department schedule /%

0inal E9am )ccording to the Fniversity final e9amination schedule :%

ontri$ution of ourse to Meeting the )rofessional omponentThe course offers students the chance to build their skills in formulating and performing kinematics and kinetics analysis of 

 particles and rigid bodies. )lso, it is needed for the higher"level courses2 Mechanics of Machines, Mechanical 1ibrations

+elationship to )rogram 3utcomes '8(

)34 & $ / : + ; > 7 &%

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+elationship to Mechanical Engineering )rogram 3$9ectives

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#repared by2 #rof. )hmad ). )l"aisia

Hast Modified2 0ebruary &$, $%&

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