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University of Dundee
Biomedical Engineering
Study detals
: Bachelor's degree : BEng (Hons) Biomedical Engineering : Full time : 36 MonthRequirements
English language requirements
IELTS Academic
- Overall 6.0
- Writing 6.0
- Listening 5.5
- Reading 5.5
- Speaking 5.5
We also accept other English language qualifications. (TOEFEL iBT, Trinity ISE, LANGUAGECERT Academic..)
Don’t meet the English language requirements?
Pre-sessional English for international students. If you hold a conditional offer and have not yet met the English entry requirements for a degree course at the University, we can help you with our pre-sessional English courses.
Study for 4 years (start at Level 1)
The essential subjects are Mathematics + another science (Information Technology, Chemistry, Biology, Human Biology, Physics, or Computing Science) - A-level, GCE CCC
Study for 3 years (start at Level 2)
The essential subjects are Mathematics + another Science (Information Technology, Chemistry, Biology, Human Biology, Physics, Psychology or Computing Science) - A-level, GCE ABB
IB (International Baccalaureate) diploma
Study for 4 years (start at Level 1) - 28 points, including 5, 5, 4 at higher level
Essential subject: Mathematics at Higher Level
Study for 3 years (start at Level 2) - 32 points, including 6, 5, 5 at higher level
Essential subject: Mathematics at Higher Level
Speciality
International College Dundee
If you do not meet our academic grade requirements for your chosen course, we can offer you an alternative route to begin your studies. Our international incorporated degrees will develop your subject knowledge, academic English and university level study skills.
Pathways Available - International Stage One
Tuition fees for International students will increase by no more than 5% per year for the length of your course.
Additional information
Degree Overview
On this course, you’ll learn from engineers, scientists, and clinicians. This gives you a solid understanding of how engineering improves patient care.
You’ll apply engineering principles to solve challenges in the healthcare industry. For example, you may develop surgical devices, make improvements to medical instrumentation or discover new techniques in medical imaging.
You’ll gain valuable experience within a clinical environment. You’ll also learn about anatomy and functions of the human body. This will help you to understand where and how the technologies you develop will be used.
In your final year, you’ll focus on your research project which will relate to current research. You’ll apply skills and knowledge acquired over the course of your degree. You’ll also have the opportunity to shape your own degree with the choice of an elective module.
