MSc Advanced Mechanical Engineering

Use our magical AI system, to check your admission chances for this course.
Tuition fee
Apply by
Start date
Sep 2025
Oct 2025
Sep 2026
Oct 2026
Duration
Campus
Mode of study
Fees and deadlines depend on the selected options. Fees and currency conversion are approximate.
Offer response
1 weeks after your application is submitted
Backlogs accepted
This course accepts backlogs

Brunel’s Advanced Mechanical Engineering MSc degree allows you to specialise in one of two streams, thermofluids or solid body mechanics, and will give you the thorough learning experience you need to take your career in these areas to the next level.

This advanced course will help you to develop the versatility and depth to deal with complex challenges in fluid or solid engineering faced by senior engineers. It will provide you with the advanced knowledge and understanding to apply your scientific skills to solve problems and design machines that help us enjoy a better lifestyle.

Brunel’s expert academics are conducting some of the latest research in the field and this feeds directly into the course teaching. They collaborate with major oil companies, vehicle manufacturers, and leading industrial firms and government laboratories. We also work with universities around the world.

You’ll have access to our well-equipped laboratories with dedicated areas for fluid mechanics, internal combustion engines, vibrations and structural testing, and will use our high-tech computing facilities for simulation and modelling of fluid and solid research.

Our advanced mechanical engineering course is accredited by the Institution of Mechanical Engineers (IMechE) and is studied full-time over one year.

You can explore our campus and facilities for yourself by taking our virtual tour.

Read more

Requirements

The requirements may vary based on your selected study options.





















Modules

  • ME5542 - Advanced Modelling and Design
  • ME5571 - Research Methods and Sustainable Engineering
  • ME5641 - Strategy and Business Planning
  • MN5562 - Computer Aided Engineering 1
  • ME5500 - Dissertation
  • DM5563 - Human Factors in Design
  • ME5504 - Structural Design and FEA
  • ME5506 - Energy Conversion Technologies
  • ME5521 - Renewable Energy Technologies
  • ME5535 - Advanced Thermofluids
  • ME5554 - Advanced Solid Body Mechanics
  • ME5557 - Dynamics and Modal Analysis
  • ME5629 - Principles of Heat and Mass Transfer
  • The all-in-one solution for your study-abroad needs
    Download the Edvoy app now

    Related courses










    Use our magical AI system, to check your admission chances for this course.
    Tuition fee
    Apply by
    Start date
    Sep 2025
    Oct 2025
    Sep 2026
    Oct 2026
    Duration
    Campus
    Mode of study
    Fees and deadlines depend on the selected options. Fees and currency conversion are approximate.
    Offer response
    1 weeks after your application is submitted
    Backlogs accepted
    This course accepts backlogs