Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Introduction, Definitions, and Principles of Machine Elements – Loads and Stress Calculations – Geometry Determination and Materials Selections – Failure Theories – Design Stages – Drawings of Mechanical Assemblies – Computer-Aided Assembly – Traditional and Computer-Aided-Design of: Power Transmission Shafts, Couplings, Keys, Splines, Plain and Rolling Element Bearings, Power Screw Assemblies, Riveted Joints, and Weldments.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Introduction to Machining Processes – Mechanics of Orthogonal Cutting – Cutting Tools Geometry and Materials – Tool Wear and Tool Life – Economics of Metal Cutting - Turning Processes – Drilling Processes – Horizontal and Vertical Milling Processes – Surface and Cylindrical Grinding Processes – Abrasive Finishing Processes.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Jigs and Fixtures – Dynamometers – Temperature Measurement – Chip Formation – Turning Processes – Drilling Processes – Horizontal Milling Processes – Vertical Milling Processes – Surface and Cylindrical Grinding Processes.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Introduction to Operations Management – Competitiveness, Strategy, and Productivity – Forecasting – Product and Service Design – Strategic Capacity Planning for Products and Services – Decision Theory – Process Selection and Facility Layout – Work Design and Measurement – Location Planning and Analysis – Aggregate Planning and Master Scheduling – MRP and ERP – Inventory Management – JIT and Lean Operations – Supply Chain Management – Scheduling – Service Systems Engineering and Management.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Students will be assigned a practical problem related to the courses they studied. Students will work in teams to develop a prototype, an experimental setup, a computer program, or simulation. The course and the project are going to progress in an incremental process throughout the semester.