Program Overview

International Foundation Year in Engineering, Computing and Life Sciences
The programme includes academic modules, study skills and English language training, providing complete preparation for undergraduate degree  in Engineering.

On the International Foundation Year in Engineering, you will:

• Gain understanding of mechanics and mathematics relevant to your undergraduate study
• Develop your knowledge of physics and learn about atomic physics, materials, heat and gases and oscillations and waves
• If you choose Life Science, you will focus on biology and chemistry, developing their knowledge in key areas such as cell biology, physiological processes in animals and plants, inorganic and organic chemistry, and an overview of contemporary science.

What will you study?
Throughout the two-semester programme, you will study core modules that will improve your subject knowledge and English level.

Core modules

• Academic English Skills
• Project study
• Applied Maths
• Biology
• Chemistry
• Coding for Computing
• Introduction to Engineering Mathematics
• Maths for Science
• Physics
• Pure Maths

Upon successful completion of the International Foundation Year, and achieving the required grades, you will join the first year of your undergraduate degree at Liverpool John Moores University.

Leading to: Computer Games Development BSc (Hons)

Taught by leading experts, the BSc (Hons) Computer Games Development at Liverpool John Moores University offers you exciting paid work placement opportunities with leading games development companies plus access to state-of-the-art facilities.

This BSc course will prepare you to be a computer game developer ready to work and succeed in this challenging and exciting industry.

Computer games development is a very technically demanding process and developers are required to possess a wide range of technical skills including computer programming, computer graphics and mathematics. In addition, they are also expected to have strong knowledge of gaming console and PC hardware architecture.

The topics typically covered in this course include:

• C/C++ computer programming languages
• Applied mathematics for game physics and computer graphics
• Shader-based 3D graphics programming using industry standard API such as OpenGL and DirectX
• Multi-platforms (PC and consoles) gameplay programming, including techniques such as game content pipelining, multi-threading, artificial intelligence, memory management and optimisation
• Game design, level design, game production and digital game content production.

On this course you will have direct access to experts in the field as well as state-of-the-art facilities at the University. Our Games Technology Lab with its Sony PlayStation and Microsoft Xbox consoles, and industry standard software, together with excellent technical support, mean that you will get plenty of hands-on experience and extensive opportunities to build up a portfolio to show and impress prospective employers.

You will have the opportunity to undertake a year's paid industrial placement thanks to our links with over 450 local, national and international organisations, including SCEE, Lucid Games, Atomicom, Damibu, Setgo Games, Fish in a Bottle, TribePlay in China

The Department of Computer Science and Mathematics has strong links with many local, national and international games development companies, including SCEE, Atomicom, Lucid Games, Damibu, Setgo Games, Eutechnyx, and Jagex to name but a few. These employers work with us to ensure that the course is current and up-to-date, and that graduates are able to meet the demands of the games industry for skilled developers.