Advanced Diploma Mechanical Engineering Technology - Automotive Product Design (T826)
Course Overview
This Mechanical Engineering program equips students with the foundational principles of physics and material science to analyze, design, manufacture, and maintain complex mechanical systems. The curriculum provides a solid understanding of core concepts including mechanics, thermodynamics, and fluid dynamics, with a special focus on their applications in the automotive industry. Graduates are prepared for careers where they use this knowledge to innovate and improve technologies ranging from vehicles and aircraft to industrial automation and robotics.
Key Program Highlights
- Master core principles: mechanics, kinematics, thermodynamics, and fluid dynamics
- Gain specialized knowledge in automotive engineering processes and systems
- Develop practical skills in analysis, design, manufacturing, and system maintenance
- Learn to design and analyze a wide range of technology from vehicles to industrial automation
- Prepare for a career as a technologist capable of solving complex real-world engineering challenges
Course Overview
This Mechanical Engineering program equips students with the foundational principles of physics and material science to analyze, design, manufacture, and maintain complex mechanical systems. The curriculum provides a solid understanding of core concepts including mechanics, thermodynamics, and fluid dynamics, with a special focus on their applications in the automotive industry. Graduates are prepared for careers where they use this knowledge to innovate and improve technologies ranging from vehicles and aircraft to industrial automation and robotics.
Key Program Highlights
- Master core principles: mechanics, kinematics, thermodynamics, and fluid dynamics
- Gain specialized knowledge in automotive engineering processes and systems
- Develop practical skills in analysis, design, manufacturing, and system maintenance
- Learn to design and analyze a wide range of technology from vehicles to industrial automation
- Prepare for a career as a technologist capable of solving complex real-world engineering challenges
Requirements
Modules
- Chemistry-An Introduction
- Mechanical Drafting
- Pc Cad
- Inspection Methods - Cmm
- Technical Mathematics I
- Physics
- Introduction To Chemistry I, (Laboratory)
- Applied Engineering I
- Pc Cad Ii - Gd & T
- Analysis Of Electrical Circuits
- Manufacturing Processes & Workshop
- Geometry
- Differential Calculus
- Computer Applications For Engineering
- Co-Op Work Term I
- Metallurgy
- Applied Engineering Ii
- Catia I
- Driveline & Trans. Design I
- Fluid Power
- Integral Calculus
- Industrial Environmental Awareness
- Computer Aided Design (Catia Design Ii)
- Fluid Mechanics
- Strength Of Materials
- Suspension & Steering Design
- Manufacturing Processes Ii
- Technical Workplace Writing & Presentation Skills
- Jig & Fixture Design
- Heat Transfer
- Brake Design
- Mechanics Of Mechanisms
- Mould Design
- Engine Design I
- Quality Control
- Thermodynamics
- Mechanics Of Materials & Machines
- Machine Design
- Driveline & Transmission Design Ii
- Finite Element Analysis
- Engine Design Ii
