Classes

MDPN253: Dynamics of Machine Components

Semester: 
Spring

This course is designed to give the students in Mechanical Design the ability to analyze and simulate the dynamics of plane mechanisms and robots using graphical, analytical and computer assisted method for its design. 

MDP 410: Mechanical Vibrations

Semester: 
Spring

Students who completes this course should have a clear understanding of vibrations and modeling of mechanical systems. They will analyze free and forced vibrations and will develop mathematical techniques to model and design mechanical systems.  

GEN 113: Evolution of Mechanical Engineering

Semester: 
Spring

Historical development of mechanical engineering – Areas of mechanical engineering: power, design and production, aerospace, vehicles, textile …etc – Examples for the development of mechanical engineering (especially the effect of computers and information technology) – Relation between the development of mechanical engineering and social and economical- Development of society – Principles of management science – The importance of management for engineers – Principles of economics – Scientific methodology and its applications in engineering sciences.

MDPN251: Kinematics of Machine Components

Semester: 
Fall

Kinematics fundamentals: geometry of motion and mechanism topology, Machine components, Indexing mechanisms, Rolling bearings, Kinematics of rigid bodies: rotation, absolute motion, relative velocity, instantaneous center of zero velocity, relative acceleration, motion relative to rotating axes, linkage mechanisms and planar robots: (position, velocity and acceleration), Cam-follower mechanisms: design and analysis, standard cams and equivalent mechanisms, Gear trains (simple, compound and planetary): Kinematics, geometry and assembly conditions, Belts and chain Drives, Screw Mechanisms, Si

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