Program Overview

International Foundation Year in Computing, Engineering and Health Sciences

Looking to study a STEM (science, technology, engineering and mathematics) degree in the UK? Our International Foundation Year programme helps you to develop the subject-specific, study and English language skills to allow you to thrive on your chosen undergraduate degree at the innovative Teesside University.

Why study computing, engineering or health sciences at Teesside University?

Teesside University expertly combines in-classroom and practical learning, so you graduate with the skills to succeed in your chosen career. At Teesside, you can benefit from:

• Work placements to help put your skills into practice
• Engineering programmes recognised by the Engineering Council, allowing you to graduate with an accredited degree
• Purpose-built engineering laboratories designed around power, electrical engineering, aerospace engineering, civil engineering & telecommunications
• Industry standard learning facilities including virtual reality, motion capture, green screen and animation studios
• The chance to show your skills to industry professionals with the ExpoSeries events for final year students in engineering, computing, games, animation, concept art, media and digital art.

Leading to: Forensic Science BSC (Hons)

This BSc (Hons) Forensic Science degree course at Teesside University is multidisciplinary. In addition to learning the vital skills relevant to a forensic scientist, you develop an in-depth understanding of key biology and chemistry subjects such as biochemistry, cell biology, genetics, molecular biology, toxicology and analytical chemistry.

 Forensic science has an important role to play in modern society and can lead to an extremely rewarding and fulfilling career. Our degree reflects the skills required by the modern forensic and graduate scientist. In addition to extensive skills development in the practice of current methods of scientific forensic analysis, grounding is also given in the investigative processes from recovering evidence through to presenting it in court. Taking criminal investigation as an example, fragments of glass, paint fragments, fibres, footwear marks or DNA extracted from body fluids can help provide evidence to link individuals with each other or with the scene of a crime. The challenge is deciding which samples to examine and how to obtain the best evidential value by analysing and interpreting them. In addition to learning the vital skills relevant to a forensic scientist, the course ensures that you can develop your understanding of key underpinning knowledge of subjects such as biochemistry, cell biology, genetics, molecular biology, toxicology and analytical chemistry.