Bachelor of Engineering (BEng) in Mechanical Engineering

Total Credits: ~120-130 credits

Core Courses

1. MECH 1101 - Engineering Graphics

• - Credits: 3

• - Prerequisites: None

• - Description: Fundamentals of technical drawing, CAD modeling, and visualization techniques for engineering design.

2. MECH 1201 - Statics

• - Credits: 3

• - Prerequisites: None

• - Description: Analysis of forces, equilibrium, and structural analysis of static systems.

3. MECH 1301 - Dynamics

• - Credits: 3

• - Prerequisites: MECH 1201

• - Description: Study of motion, kinematics, and dynamics of particles and rigid bodies.

4. MECH 2101 - Thermodynamics I

• - Credits: 3

• - Prerequisites: None

• - Description: Basic principles of energy, heat, work, and the laws of thermodynamics.

5. MECH 2201 - Fluid Mechanics

• - Credits: 4

• - Prerequisites: MECH 1201

• - Description: Fluid properties, flow analysis, and applications in piping, pumps, and turbines.

6. MECH 2301 - Mechanics of Materials

• - Credits: 4

• - Prerequisites: MECH 1201

• - Description: Stress, strain, and deformation analysis of structural elements under various loads.

7. MECH 2401 - Heat Transfer

• - Credits: 3

• - Prerequisites: MECH 2101

• - Description: Modes of heat transfer: conduction, convection, and radiation; heat exchangers.

8. MECH 2501 - Machine Design

• - Credits: 3

• - Prerequisites: MECH 2301, MECH 2201

• - Description: Principles of designing mechanical components and assemblies for strength, durability, and manufacturability.

9. MECH 2901 - Senior Design Project

• - Credits: 4

• - Prerequisites: Senior standing, completion of major coursework

• - Description: Capstone project involving the design, analysis, and realization of a mechanical engineering problem, culminating in a presentation and report.

Prerequisites & Electives

Prerequisites Overview:

1. - Foundational courses in mathematics, physics, and basic engineering.

2. - Progression through core courses with satisfactory academic performance.

Elective Courses (Examples):

1. - Robotics & Automation

2. - Manufacturing Processes & Systems

3. - Energy Systems and Sustainability

4. - Control Systems

5. - Finite Element Analysis

6. - Mechatronics

7. - Materials Science & Nanotechnology

8. - HVAC Systems

Electives enable students to specialize in areas like automation, energy, manufacturing, or advanced materials.

This list provides a complete overview of the BEng in Mechanical Engineering program, including core courses, prerequisites, electives, and the capstone project.