ME 202, Foundations of Mechanical Systems:

This course introduces students to the basic physical elements of mechanical engineering systems. Also, problem solving, design, and resourceful application of mathematics and general principles from the students' science courses are emphasized throughout.

Topical Course Outline:

  1. Introduction and Orientation: Introduction and Familiarization with Course Objectives and Topics, Reviewing Topics from Physics, Mathematics and Geometry.
  2. Engineering Design Process and Analysis: Engineering and Design, Design Process, Recognition and Definition of the Problem, Developing and Evaluation of Alternatives, Selection of the Best Design.
  3. Motion Analysis of Simple Mechanisms: Mechanism and Free-Body-diagram (FBD), Degree-of-Freedom (DOF), Linkage Chains (four-bar, slider-crank, etc.), Motion Analysis of Linkages, Graphical and Analytical Methods, Matlab, Simulink, FOURBAR and SLIDER software packages.
  4. Cam-Driven Mechanisms: Design and Kinematic Analysis of Cams and Followers, Cam and Follower Classifications, Cam Profile and Computer Programming.
  5. Gears and Gear Trains: Basic Geometry of Spur Gears, Gear-tooth Forms and Standards, Gear Trains Design and Analysis, etc.
  6. Belt and Chain Drives: Classifications of Chain Types, Selection and Application, Classifications of Belt Drives, etc.
  7. Bearings, Friction and Lubrication: Bearings Design and Manufacturing, Rating and Life, Lubrication, Bearing Materials, etc.
  8. Brakes and Clutches: Classifications of Clutches and Brakes, their Function and Usage.

[Sample Project]

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