BEng Biomedical Engineering with Foundation Year in Exeter United Kingdom | University of Exeter

Introduction
We maintain that equitable access to higher education serves as a crucial catalyst for social advancement and are dedicated to achieving this through our academic programs. Our objectives include expanding participation and enhancing achievement levels - addressing disparities in student retention, academic progression, and successful outcomes - to guarantee optimal results for our learners. Aligned with the University's Access and Participation Plan, this program exclusively accepts UK-based students who qualify under our contextual offer guidelines, are classified as Mature Students, and may not have satisfied standard first-year entry requirements or had the opportunity to study A-level Mathematics alongside a BTEC L3 Extended Diploma. Verify your eligibility for this program through our contextual offer webpages. The curriculum encompasses essential mathematical foundations necessary for successful completion of a Biomedical Engineering degree at the University of Exeter.
You'll benefit from a supportive and well-organized learning environment, receiving both academic guidance and personal assistance as you prepare for undergraduate studies in Biomedical Engineering.
Upon meeting specified progression standards, you'll advance to Year 1 of various Engineering programs including BEng in Chemical, Civil, Mechanical, Electronic, Biomedical, Robotics and Artificial Intelligence, Mining, Renewable Energy, Systems, or Environmental Engineering.
Depending on your prior qualifications before starting the Foundation program, you may have the option to transfer to foundation-year programs in Computer Science, Data Science, Mathematics, Natural Sciences, or Physics, provided you satisfy their respective entry requirements.Career Prospects
Engineering students engaged in practical sessions at the Harrison Building workshops
Biomedical engineering represents a fast-expanding sector, fueled by worldwide demographic aging, rising incidence of chronic diseases, and the necessity to address new healthcare challenges. After completing your degree, you'll be equipped to apply your specialized knowledge in healthcare science and technology, combined with engineering methodologies, analytical abilities, and design expertise. These qualifications will create opportunities in diverse fields such as medical equipment innovation, healthcare technology deployment, and biomedical investigation. The versatile competencies gained throughout this program also make graduates attractive candidates for roles in broader engineering fields, financial services, professional consulting, business advisory, and education sectors.