The Mathematical Biology BSc (Hons) at Dundee is perfect for students who love both mathematics and biology and want to see how these two worlds connect. The program teaches you how to apply mathematical techniques to real-life biological problems, preparing you for exciting careers in research, healthcare, biotechnology, and beyond.
Curriculum Structure
Year 1: Laying the Foundations :
Your first year focuses on building a solid grounding in both mathematics and biology. You’ll cover:
Mathematics 1A & 1B – Learn the essentials of calculus, algebra, and geometry.
Mathematics 2A & 2B – Develop further mathematical techniques to prepare for modeling.
Introduction to Biology – Explore the fundamentals of biochemistry, genetics, and cell biology.
This year ensures you have the tools and confidence to tackle more advanced topics later.
Year 2: Exploring Intermediate Concepts :
In your second year, you’ll dive deeper into both fields and start to see how they overlap:
Core Mathematics III (MA21001) – Study vector spaces and differential equations.
Biological Systems – Apply mathematics to model biological processes.
Bioinformatics – Get hands-on with computational biology and data analysis.
You’ll start developing practical skills that are highly valued in research and industry.
Year 3: Advanced Topics and Specialisation :
The third year allows you to focus on advanced areas and start your own research journey:
Mathematical Modelling in Biology – Use mathematical models to understand real biological phenomena.
Computational Biology – Build on your bioinformatics skills with advanced data analysis.
Research Project – Work independently on a topic that interests you.
This year strengthens both your analytical skills and your ability to tackle complex problems.
Year 4: Final Year Project and Professional Preparation :
Your final year is all about applying everything you’ve learned in a significant research project:
Honours Project – Conduct a major research project in mathematical biology.
Professional Skills – Prepare for employment or further study with practical skill development.
Advanced Topics – Explore cutting-edge issues and developments in mathematical biology.
This year ensures you graduate with real-world experience and confidence to move into your next step.
Focus Areas: Mathematical modeling, bioinformatics, computational biology, biological systems analysis.
Learning Outcomes: Apply mathematical techniques to biological problems, proficiency in computational tools, strong research and analytical skills.
Professional Alignment: Accredited by the Institute of Mathematics and its Applications (IMA), giving professional recognition and credibility.
Reputation: Ranked 4th in Scotland for Mathematics (Complete University Guide 2026), reflecting the program’s quality and the university’s commitment to excellence.
At Dundee, the Mathematical Biology BSc (Hons) doesn’t just focus on theory—you’ll gain hands-on experience that helps you apply your knowledge in real-world situations. From working with cutting-edge software to carrying out experiments in modern labs, the program ensures you develop practical skills alongside your academic learning.
Here’s how you’ll get practical experience throughout the course:
Professional Software Training – Get to grips with industry-standard tools like MATLAB, R, and Python to analyse biological data and build mathematical models.
Laboratory Work – Practical classes, such as Core Skills in the Life Sciences 1A (BS11008), help you master lab techniques and safety procedures.
Interactive Workshops and Tutorials – Apply mathematical and biological concepts in collaborative, hands-on sessions.
Independent Research Projects – In your final year, you’ll design and carry out your own research, exploring areas that interest you most.
Micro-Placement Opportunities – Gain short-term, real-world experience that gives you insight into professional environments and boosts employability.
Specialized Facilities – Access state-of-the-art labs and computational resources for experiments and simulations.
Collaborative Learning – Work closely with peers and faculty to develop teamwork, problem-solving, and analytical skills.
Graduating with a Mathematical Biology BSc (Hons) from Dundee gives you a versatile skill set that opens doors to a variety of exciting career paths. You could work as a biostatistician, bioinformatics analyst, quantitative researcher, or data scientist, applying your skills in industries like healthcare, biotechnology, environmental science, and research. The combination of mathematics and biology in this program ensures you are ready for the complex challenges of modern science.
Career Support & Outcomes:
Professional Accreditation – The program is accredited by the Institute of Mathematics and its Applications (IMA), boosting your professional credibility and employability.
University Careers Service – Receive personalised support with CV writing, interview preparation, and job search strategies to help you step confidently into your career.
Graduate Employment – Many Dundee graduates secure professional roles soon after finishing their studies, reflecting the demand for skills gained in this program.
Industry Collaborations – Dundee’s partnerships with biotechnology, healthcare, and research organisations provide opportunities for internships, projects, and networking.
Competitive Salaries – Graduates often earn strong starting salaries thanks to the specialized combination of mathematical and biological expertise.
Further Academic Progression:
After completing the BSc, you can choose to continue your studies with an MSci in Mathematical Biology, a Master’s in Bioinformatics, or a PhD in Computational Biology. These advanced programs allow you to specialise in areas like systems biology, computational genomics, or mathematical modeling, preparing you for careers in research, academia, or high-level industry roles.
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