2-Semester Pathway - International Foundation Year - Science and Engineering - Transfer to Master of Engineering - Mechanical Engineering

Program Description This program consists of a pathway program offered by StudyGroup at the International Study Centre at the University of Sussex followed by entry into a university program offered at the University of Sussex. In your International Foundation Year, you will study courses related to your intended field of study alongside English to develop and enhance your skills as a student. Advancement into your intended program depends upon the successful completion of the pathway program.

In the International Foundation Year in Sciences & Engineering, you will explore and begin to understand the power of engineering and science in the real world. While you begin to learn the technical aspects of your desired degree program you will also be provided with a critical outlook and approach employers want in your chosen field.

The Master of Engineering (MEng) option lets you specialise your degree with a range of options and provides you with the educational requirements needed to become a Chartered Engineer. You will be trained to lead multidisciplinary teams in the development of complex systems, including in sustainable power generation, power-trains for automotive vehicles, and jet engines for aircraft propulsion.

At Sussex, we undertake world-class research, which enriches your teaching. Our Dynamics, Control and Vehicle Research Group and the Thermo-Fluid Mechanics Research Centre, develop innovative concepts in vehicle technology and efficient aero-engines, among other things.

You’ll study in our Future Technologies Labs that incorporate computer suites and new automation/robotics facilities. There is a dedicated manufacturing lab with state-of-the-art facilities such as CNC machines and 3-D printers. You'll be able to specialise in subjects such as CAD, computational fluid dynamics through optional modules and work on areas such as control, vibration, tribology, or aerodynamics through project work including Formula Student and Wind-driven car projects.