MEng Product Design Engineering
Course Overview
This program provides a comprehensive foundation in core engineering sciences and advanced product design principles, equipping you to develop innovative solutions for real-world challenges. You will master both the analytical rigor of engineering and the creative processes of design through a significant individual project and a transformative two-year Capstone experience. The curriculum is meticulously designed to bridge the gap between theoretical science and practical, professional application in industry.
Key Program Highlights
- Master core engineering disciplines including solid mechanics, fluid dynamics, thermodynamics, and materials science
- Develop professional design skills in communication, human factors, and product development
- Undertake a substantial 300-hour individual design project on a topic of your choice
- Participate in an intensive, two-year Capstone project to evolve into a professional engineer
- Gain hands-on experience with complex projects that mirror real-world industry challenges
Course Overview
This program provides a comprehensive foundation in core engineering sciences and advanced product design principles, equipping you to develop innovative solutions for real-world challenges. You will master both the analytical rigor of engineering and the creative processes of design through a significant individual project and a transformative two-year Capstone experience. The curriculum is meticulously designed to bridge the gap between theoretical science and practical, professional application in industry.
Key Program Highlights
- Master core engineering disciplines including solid mechanics, fluid dynamics, thermodynamics, and materials science
- Develop professional design skills in communication, human factors, and product development
- Undertake a substantial 300-hour individual design project on a topic of your choice
- Participate in an intensive, two-year Capstone project to evolve into a professional engineer
- Gain hands-on experience with complex projects that mirror real-world industry challenges
Requirements
Modules
- Solids and Structures 1
- Design Communication
- Energy Science
- Professional Engineering: A Skills Toolkit
- Engineering Mathematics
- Introduction to Engineering Materials
- Product Development 2
- Human Factors in Product Design: Theory
- Human Factors in Product Design: Practice
- Engineering Mathematics II
- Managing Product Development
- Engineering Design
- Thermodynamics
- Solids & Structures 2
- Product Form and Materials
- Materials Processing and Selection I
- Materials Processing and Selection II
- Project Management
- Individual Design Project
- Mechanical Engineering Capstone 1
- Product Development 3
- Advanced Modern Management
- Materials Design
- Heat Transfer
- Mechatronics
- Manufacturing Systems
- Management of Design
- Mechanical Engineering Capstone 2
- Product Development 4
- Virtual Reality
- Finite Element Analysis
- Additive Manufacturing
- Design for Environment, Manufacture and Assembly
- Laser Materials Processing
- Enterprise Studies
- Industrial Robotics and Automated Assembly
