Biomedical Sciences

During Teaching Block 1, all students study the same courses.  During this teaching block, you’ll also have time to settle into life abroad, explore the University and the city of Edinburgh, and get used to studying at university level. This is your chance to build strong foundations in scientific knowledge, academic English and learning skills - while developing confidence and independence as a student in a new country.

Molecules & Cells

Explore how life works at the smallest scales. You'll learn about biological molecules, cell structure, and the processes that keep living things alive, with a focus on how this knowledge is used in biotechnology and medicine. You'll develop practical skills in molecular biology and biochemistry, data analysis and safe lab techniques while building confidence in group work and scientific communication.

Organic & Biological Chemistry

Build a strong foundation in chemistry for life sciences. You’ll study the structure of matter, bonding, and carbon-based compounds;  and see how chemistry explains biological systems and real-world challenges in health, medicine and sustainability. The course includes hands-on lab work and training in scientific method, calculations, and report writing.

AND

Scientific English Academic Language and Literacies 

This course supports your academic success across all subjects. You’ll practice and develop academic communication skills, and build effective strategies for reading and engaging with different types of scientific academic texts. We’ll help you build the critical thinking and communication skills throughout the year, along with your confidence in expressing yourself through speaking and writing, needed for success on the second part of this programme.

This course has two levels. You will assigned a level depending on your Secure English Language Test (SELT). You'll study at this level throughout Teaching Blocks 1 and 2.

Entry: You’ll take this course, which includes extra in-class hours each week, if you haven’t met the English language requirements for your chosen degree programme.

OR

In Teaching Block 2, you'll begin to specialise, depending on your chosen undergraduate destination and interests. You’ll study subjects that deepen your knowledge and skills in biomedical sciences, preparing you for the specific degree programme you hope to join.

You’ll still receive support from your teachers and continue developing your academic English, but now with a stronger focus on your chosen field. This is your opportunity to apply what you’ve learned in the Teaching Block 1, challenge yourself with new scientific ideas, and take your next step towards university-level study in science.

You'll choose ONE of the following courses:

Integrated Physical, Organic & Inorganic Chemistry

Deepen your knowledge of chemistry across three subfields. You'll study how reactions work, how elements behave, and how chemists design new compounds. This course builds on your learning in Organic & Biological Chemistry, with more advanced lab work and real-world applications. You'll gain experience in analysing chemical data, working safely in the lab, and thinking like a university-level chemist.

You'll also work on a group research project*, giving you the chance to apply your learning, collaborate with others, and experience what it's like to do real scientific research at university.  

OR

Comparative Biology & Healthy Ecosystems

Explore how humans, animals, and the environment are connected through a One Health lens. You'll study organ systems, ecosystems, and biodiversity to understand how life functions and how health is affected by change. You’ll build skills in data analysis, fieldwork, and lab techniques while developing confidence in applying biological knowledge to global challenges.
 

You'll also work on a group research project*, giving you the chance to apply your learning, collaborate with others, and experience what it's like to do real scientific research at university.  

And you'll take ONE of the following courses:

Maths, Data & Research Skills for Physical Sciences

Build the quantitative skills needed for chemistry, physics and related degrees. You’ll study algebra, calculus, modelling and statistics, and learn how to apply them to scientific problems. You’ll gain practical experience using software and programming tools for data analysis, while learning how research and maths go hand-in-hand in the physical sciences.

OR

Maths, Data & Research Skills for Life Sciences

Develop the mathematical skills needed for biological, biomedical, and environmental sciences. You'll practise unit conversions, statistics, and data analysis using real scientific data, with support from our teachers. Through hands-on computing and collaborative problem solving, you’ll build confidence using numbers in science and understand why data matters in health and research.

AND

You'll continue your assigned Languages and Literacies courses from Teaching Block 1 in addition to your two new science courses.

*STEM Research Collaborator 2027 – Open Digital Badge

Students who complete the group research project within the BCBES International Foundation Programme will receive a University of Edinburgh Open Digital Badge: STEM Research Collaborator 2027. This badge formally recognises your achievement in collaborative scientific research, including lab skills, data analysis, and academic communication.

Issued via the University’s Badged Open Digital Badge platform, this micro-credential is designed to be shareable on your CV, LinkedIn profile, personal statement, or online portfolio, giving future universities or employers clear evidence of the research skills you've gained. The badge includes verified metadata outlining the criteria, learning outcomes, and your role in the project — making it a valuable asset for students applying to competitive science and medical degrees.

Badge Earners | Learning Technology | Information Services

Below are the undergraduate programmes within the Biomedical Sciences that our BCBES IFP allows progression on to after successful completion.

Learn more about our IFP Progression Routes to Undergraduate Study >