Courses
Click on the course name to see its course description. Click the chart below to see the Program Prerequisite Flowchart.
- MECH100: Introduction to Mechanical Engineering
- MECH113: Computer Aided Engineering Drawing I
- MECH114: Computer Aided Engineering Drawing II
- MECH202: Manufacturing Technologies
- MECH203: Thermodynamics
- MECH205: Statics
- MECH206: Strength of Materials
- MECH208: Dynamics
- MECH220: Mechanical Engineering Laboratory I
- MECH227: Engineering Materials
- MECH300: Summer Practice I
- MECH301: Theory of Machines
- MECH303: Manufacturing Engineering
- MECH304: Control Systems
- MECH305: Fluid Mechanics
- MECH307: Mechanical Engineering Design
- MECH308: Design of Machine Elements
- MECH310: Numerical Methods
- MECH311: Heat Transfer
- MECH320: Mechanical Engineering Laboratory II
- MECH400: Summer Practice II
- MECH401: Internal Combustion Engines
- MECH402: Fluid Machinery
- MECH403: Heating, Ventilating, Air Conditioning and Refrigeration
- MECH405: Energy Conversion Systems
- MECH408: Hoisting and Conveying Machinery
- MECH413: Introduction to Finite Element Analysis
- MECH415: Utilization of Geothermal Energy
- MECH418: Dynamics of Machinery
- MECH420: Mechanical Engineering Laboratory III
- MECH421: Steam Generator and Heat Exchanger Design
- MECH422: Heating, Ventilating, Air Conditioning and Refrigeration System Design
- MECH425: Automotive Engineering I
- MECH429: Mechanical Vibrations
- MECH432: Acoustics and Noise Control Engineering
- MECH433: Engineering Metrology and Quality Control
- MECH434: Advanced Strength of Materials
- MECH438: Theory of Combustion
- MECH442: Design of Control Systems
- MECH450: Non-Destructive Testing Methods
- MECH451: Introduction to Composite Structures
- MECH453: Metal Forming Technology
- MECH458: Graduation Design Project
- MECH461: Mechatronic Components and Instrumentation
- MECH462: Mechatronic Design
- MECH465: Principles of Mechatronics
- MECH466: Performance of Road Vehicles
- MECH468: Microfluidics
- MECH471: Production Plant Design
- MECH478: Introduction to Solar Energy
- MECH484: Turbulence and Its Measurement
- MECH485: Computational Fluid Dynamics using Finite Volume Method
- MECH492: Fuel Cell Fundamentals
- MECH493: Introduction to Smart Structures and Materials
- MECH495: Design of Renewable Energy Systems