Master of Mechanical Engineering
An advanced programme in mechanical systems design, thermodynamics, fluid mechanics, robotics, materials and digital engineering.
Programme overview
Through specialised coursework in mechanical systems design, applied thermodynamics, fluid mechanics, and robotics and automation, students develop deep technical fluency and design-thinking skills essential to succeed in the modern engineering landscape.
The Master’s in Mechanical Engineering offers a comprehensive, interdisciplinary education in advanced mechanical design, thermofluid systems, and intelligent automation—empowering students with the analytical rigor, creative engineering mindset, and global mechanical engineering perspective required to lead innovation across today’s rapidly evolving industries.
What you’ll study
01Academic goals
- Prepare graduates for leadership roles in mechanical engineering
- Advance innovation in intelligent machines and automation
- Build core competencies in solid and fluid mechanics, mechanical modelling, control systems, and thermal engineering
- Foster entrepreneurship and product innovation, supporting students in launching engineering startups, tech consultancies
- Promote ethical, sustainable, and human-centered engineering
02Skills developed
The Master’s in Mechanical Engineering programme cultivates a future-ready, innovation-driven skill set essential for excelling in the fast-evolving world of intelligent machines, sustainable technologies, and industrial transformation. Students gain mastery in advanced mechanical design, robotics and automation, applied thermodynamics, and fluid mechanics—combined with systems thinking and hands-on engineering practice.
- Advanced Mechanical Systems Design
- Robotics and Intelligent Automation
- Applied Thermodynamics and Heat Transfer
- Fluid Mechanics and Computational Modelling
- Engineering Materials, Manufacturing, and Sustainability
- Emerging Technologies and Digital Engineering
03Industry practice
At the Master’s in Mechanical Engineering, students are prepared to lead in a rapidly advancing world of machines, mobility, and sustainable innovation—designing mechanical systems that not only power modern life but also redefine efficiency, adaptability, and global impact. The curriculum blends deep technical mastery in mechanical systems design, robotics and automation, fluid mechanics, and applied thermodynamics with a critical understanding of how mechanics, materials, and digital tools are revolutionizing industries from aerospace and automotive to biomedical engineering and smart manufacturing.
Career opportunities after graduation
- Mechanical Design Engineer
- Automation Systems Developer
- Robotics Engineer
- Fluid Systems Analyst
- HVAC Design Specialist
- Renewable Energy Engineer
- Advanced Manufacturing Engineer
- Thermal Systems Engineer
- Mechatronics Specialist
- R&D Engineer in Mechanical Innovation
Who can apply?
Admissions will review your academic background and the requirements for your chosen route.
Plan your academic pathway
Discuss your existing qualifications, academic transcripts and preferred study destination. Admissions will confirm the awarding institution, entry criteria, delivery, duration and any credit transfer before you apply.