International Year Two in Medical Sciences*
Embark on your journey in the fields of medical sciences with our pathway programme, and graduate with a degree from the prestigious University of Aberdeen.
Prepare for a career in medical sciences
The International Year Two Medical Sciences is equivalent to the second year of a Scottish undergraduate honours degree. It is designed for those international students who have achieved a higher level of academic and English language than the entry level required for the Undergraduate Foundation Programme.
You will spend three terms at the International Study Centre, developing your English language skills and subject-specific knowledge, before progressing to the third year of a four-year undergraduate degree at the University of Aberdeen.
*Subject to programme approval.
- Course length: Three terms
- Start date: September
- Term dates: Check the term dates
- Fees: Check your programme fees
- Scholarships: Learn more about available scholarships
- Age: 17+
- Check our academic and English language entry requirements.
What will you study?
You'll study a range of core and route-specific modules depending on your chosen degree aim. Designed in collaboration with the University of Aberdeen academics, this programme will allow you to become familiar with university-style teaching whilst providing all the skills and knowledge to excel your degree study at the University of Aberdeen.
Core modules
- Academic English Skills (Term 1 to 3)
- Molecular Biology of the Gene (Term 1)
- Physiology of Human Cells (Term 1)
- Physiology of Human Organ Systems (Term 2)
- Research Project Skills (Term 3)
Route modules
Depending on your chosen degree aim, you will choose from one of the four following subject routes:
- Human Anatomy (Term 2)
- Microbes (Term 3)
- Advanced Psychology A-Concepts and Theory (Term 2)
- Advanced Psychology B-Concepts and Theory (Term 3)
Module descriptions
The Academic English Skills course teaches students the specific academic language skills they need to develop for success at the University of Aberdeen. The course focuses on the receptive (listening and reading) and productive (speaking and writing) skills through practice in semi and authentic task-based activities which build a strong foundation in preparation for each student's future studies. This critical module places particular emphasis on developing academic reading and research skills; research-based writing along with presentation and seminar speaking skills.
The module advances the foundational knowledge of psychology, focusing on three core areas: language and cognition, perception, and individual differences. It offers an in-depth exploration of both classic and contemporary research that shapes our understanding of how humans perceive, think, and differ from one another. Through a rigorous examination of theoretical frameworks and empirical studies, students will deepen their comprehension of these core psychological domains, equipping them with advanced insights into human behaviour and mental processes.
The module extends the foundational knowledge of Psychology, focusing on four core areas: social psychology, behavioural neuroscience, and developmental psychology. It delves into both classic and contemporary research, providing a comprehensive understanding of how social interactions, neurological processes, and developmental stages influence human behaviour. Students will engage with critical theories and empirical findings to enhance their analytical skills and deepen their knowledge of these essential areas of psychology.
This foundational module offers a detailed exploration of human anatomy, focusing on the structure and function of various body parts. The course bridges theoretical knowledge with practical experience, providing insights into how anatomical structures relate to human development, injuries, and disorders.
This module provides a comprehensive introduction to the biology and ecology of microorganisms, including bacteria, fungi, algae, protozoa, and viruses, which inhabit diverse ecological niches from the deepest oceans to the human body. It examines the remarkable adaptability and diversity of microorganisms and their fundamental interactions with humans, ranging from pathogenic threats to beneficial impacts in biotechnology and health. Additionally, the module delves into the human immune system, exploring its crucial role in defending against microbial diseases and maintaining a delicate balance with our microbial neighbours. Through studying the dynamic and sometimes contentious relationships between humans and microbes, students will gain insights into both the challenges of infection and the innovative technologies developed to mitigate these threats.
This module delves into the intricate mechanisms of genetic information management within cellular systems. It's tailored to provide a foundational yet comprehensive exploration of molecular biology, focusing on the encoding, decoding, and regulation of genetic material. By understanding these processes, students will grasp the critical role genetics play in human development and the nuanced ways in which genetic variations can influence disease susceptibility.
This module is designed to provide a comprehensive overview of the physiological processes at the cellular level within the human body, focusing on understanding how cells maintain homeostasis and contribute to overall organism function. Through exploring the physiology of specialised cells, such as nerve and muscle cells, and delving into the intricacies of cellular metabolism and energy production, students will gain a deep understanding of the cellular basis of human life. It combines aspects of biochemistry, molecular biology, and physiology to explore how cells communicate, how metabolic processes are regulated, and how these processes affect the human body's function at a systemic level.
This module is designed for second-year students specialising in Life & Medical Sciences, focusing on the comprehensive study of human physiology with a critical analysis of organ systems. The module aims to equip students with a profound understanding of how human organ systems function, their adaptations, and interactions to maintain homeostasis, and the consequences of physiological disruptions.
The Research Project Skills module is designed to equip students with essential foundational skills vital for progressing into advanced scientific studies and achieving career success. It emphasises numerical manipulation, data interpretation, statistical analysis, and conducting research driven by hypotheses. Through the execution of mini research projects, the module underlines the importance of planning, data gathering, thorough analysis, and effective presentation. It also enhances students' abilities in literature research and communication, fostering teamwork and independent learning. These skills are crucial for a wide array of career opportunities and ensure students are well-prepared to advance into their third year at the University of Aberdeen, equipped with a broad set of transferable skills.
Why study Medical Sciences at the University of Aberdeen?
- Neuroscientists at Aberdeen discovered that the brain produces its own morphine-like substances (enkephalins and endorphins) and made the first chemical and neuropharmacological characterisation of these substances.
- Aberdeen has taught Physiology since 1593. The University’s key achievements include:
- Professor JJR Macleod, jointly with Frederick Banting won the Nobel Prize in 1923, for the research which led to the development of insulin as a treatment for diabetes.
- Endorphins were discovered by biomedical scientists John Hughes and Hans Kosterlitz in 1973.
- Students have access to cutting-edge facilities, including the latest and specialised laboratories/equipment and one of the largest clinical complexes in Europe right on campus - the Foresterhill Health Campus.
- The Suttie Centre and The Institute of Medical Sciences are both located on the Foresterhill Health Campus, providing excellent opportunities for learning, discovery and research. The fully digitalised Science Teaching Hub was opened in 2022 to provide students with advanced analytical tools and flexible, safe laboratory spaces.
Combined visa
Save time and money, and experience a seamless transition to undergraduate success by studying our International Year Two programme and the remainder of your degree with one visa.
Doing this means you will benefit from the following:
- Alternatives to Academic IELTS for UKVI can be used to join the International Year Two programme.
- You can work for up to 20 hours per week while in the UK, so you can enhance your CV and graduate prospects during your studies.
- You do not need an additional IELTS test before joining your undergraduate degree.
- There is no need to return home to apply for a new visa between your International Year Two and chosen undergraduate degree at the University of Aberdeen.
- You will have the opportunity to travel and explore the UK between courses.
The combined visa is suitable for students who have previously studied academic subjects in the UK.
Ranked
2nd in the UK for Anatomy and Physiology*
11th in the UK for Biomedical Sciences^
12th in the UK for Pharmacology & Pharmacy*
*The Times and The Sunday Times Good University Guide 2025
^Complete University Guide 2025