Part III

This course delves deep into the universe’s most fascinating phenomena, covering topics such as astrophysical fluid dynamics, structure and evolution of stars, planetary system dynamics, the life and death of galaxies, astrophysical black holes and dynamics of astrophysical discs. Many lectures are delivered by experts from the Institute of Astronomy, ensuring you are taught by active researchers at the forefront of the field.

You can tailor your learning by choosing from physics modules like The Physics of the Earth as a Planet, Relativistic Astrophysics and Cosmology, Particle Physics and Exoplanets and Planetary Systems. A major highlight is the research project providing you with a unique opportunity to get to the cutting edge of astronomical research. Projects often involve data analysis or a simulation and culminate in a dissertation that may reach publishable quality.

With its strong emphasis on mathematical rigour and research, the course not only prepares you for further study in astrophysics but also equips you with analytical and problem-solving skills highly valued across a wide range of industries.

Our Biochemistry course offers aspiring molecular bio-scientists the chance to undertake a two-term individual research project, alongside advanced lectures and discussion groups. These projects are carried out in the labs of expert supervisors but can be undertaken in cutting-edge institutions across Cambridge, including the Gurdon Research Institute, MRC Toxicology Centre and Cambridge Stem Cell Institute.

The hands-on research project is often the highlight of the degree, offering a genuine glimpse into the world of scientific discovery. It culminates in a written dissertation and presentation at a research symposium, where you’ll showcase your work and sharpen your communication skills, offering excellent training for postgraduate study or careers in biotech and academia.

You’ll benefit from a rich academic environment, including seminars on the scientific method and experimental design, journal clubs, peer discussions, and specialist supervisions. With strong support for doctoral progression and a department equipped for diverse biochemical research, our course provides a robust platform for future scientific leaders.

Our Chemistry course offers an exciting and immersive final-year experience for students ready to explore the frontiers of chemical science. Combining cutting-edge research with advanced lectures, this course allows you to specialise in areas that match your interests—from synthetic biology and medicinal chemistry to energy materials, atmospheric science, and quantum simulations. You’ll choose from a wide range of lecture courses and undertake an in-depth research project in a world-class lab, contributing to real scientific discovery. With afternoons dedicated to hands-on research and mornings filled with expert-led lectures, you’ll develop both theoretical insight and practical skills. The course is ideal preparation for a career in research, industry, or further academic study, and offers the chance to work alongside leading scientists on problems that matter.

This course is anchored by a substantial research project, where you’ll tackle a specific scientific question and produce a report showcasing your ability to generate original data, observations, and insights. This component demands extensive reading, active participation in seminars, and a proactive approach to problem-solving and inquiry.

Alongside the project, you’ll choose from a range of option courses that delve into current research debates and evolving topics in Earth Sciences such as geophysics and seismology, volcanology, climate and ocean systems, palaeobiology and evolution and planetary science. These courses are designed to bring you to an advanced, near-research level of understanding. Success here hinges on independent study, regular supervisions, and a curious, questioning mindset.

The course is enriched by a vibrant seminar programme but the highlight, for many, is the Easter field trip to southeast Spain. Seminars offer a window into cutting-edge research and professional practice, while the field trip provides hands-on geological experience. Throughout, you’re encouraged to engage deeply; to ask questions, take notes, and explore topics beyond the syllabus. This rigorous programme leads to a fully accredited honours geology degree, ideal for careers or further study in Earth Sciences.

Explore the big questions behind science. Dive into the deeper questions behind how science works, how it shapes society and how it has evolved over time. You’ll explore the philosophical, historical and social dimensions of science, while developing advanced research and writing skills and gaining expertise tailored to your interests.

At the heart of the course are weekly seminars, where you’ll engage with peers and academics, culminating in two assessed essays. You’ll also write two substantial research papers, present your ideas in academic settings, and take part in the department’s vibrant programme of seminars and reading groups. The year builds towards your major dissertation project – a chance to showcase your original research and contribute meaningfully to the field.

Placing a strong emphasis on independent learning, critical analysis and original research, Part III HPS is ideal for those aiming for a PhD, a career in science communication, policy or education, or those who simply want to understand science in a deeper, more critical way.

In this course you’ll explore the cutting edge of materials research and gain deep insight into advanced topics in the field. The focus shifts from foundational knowledge to the latest breakthroughs and innovations and provides a launchpad into cutting-edge research, whether your future lies in industry, research institutes or academia.

You’ll explore a wide range of advanced topics from a modular set of lecture courses, allowing you to tailor your studies to your interests. These courses are designed to challenge your thinking and bring you to the frontiers of the subject. At the heart of the course is a substantial, independent research project, carried out within one of the department’s research groups. You’ll take the lead, developing your own ideas, conducting experiments or fieldwork, and producing a significant report.

This course leads to the MSCi degree, accredited by the Institute of Materials, Minerals and Mining (IOM3). Uniquely within the Natural Sciences Tripos, this degree also counts as an accredited qualification toward Chartered Engineer (CEng) status.

Part III Physics is your gateway to the cutting edge of contemporary physics research. Designed to reflect the strengths and expertise of our department and its collaborators, the course offers you the freedom to shape your academic journey as the year unfolds.

You’ll have the opportunity to tailor your studies toward the areas that excite you most, whether that’s quantum mechanics, condensed matter, particle physics, astrophysics, or biological physics. Whether you prefer hands-on experimentation or deep theoretical exploration, you can strike your own balance across the experimental-theoretical spectrum.

You’ll undertake a substantial research project, diving deep into a topic of your choice alongside world-leading academics. Your studies will span Major Topics, exploring substantial areas of physics, and Minor Topics, which explore specialised, cutting-edge research areas reflecting the latest research happening at Cambridge. You’ll also benefit from lectures by experts from department such as the Institute of Astronomy and Earth Sciences and can opt into selected Part III Mathematics course for a fresh, mathematically rigorous perspective.

Systems Biology sits at the intersection of biology, big data, mathematics, and technology, using powerful models to not just explain life, but predict it. Driven by large-scale datasets and the latest experimental tools, this field is transforming how we understand living systems.

Through a dynamic blend of lectures, practicals, seminars, and journal clubs, you’ll gain in-demand skills in data analysis, statistics, and biological modelling. You’ll also complete an independent research project, choosing from cutting-edge topics offered by leading Cambridge research groups or local industry, or proposing your own.

The course culminates in an intensive team challenge, where you’ll tackle a real scientific problem and present your findings in a poster, group presentation, and individual report, a fast-paced experience that mirrors real-world research.

What sets this course apart is its interdisciplinary community, uniting students from both the Natural Sciences and Maths Triposes. With backgrounds ranging from biology and chemistry to physics and maths, you’ll collaborate across disciplines and help shape the future of systems biology.

Quantitative Climate and Environmental Science (QCES) is a launchpad for future climate leaders, data-driven scientists, and environmental innovators. Step into the world of cutting-edge environmental research: QCES is a dynamic and interdisciplinary course designed for students who want to understand, and help solve, the most urgent climate and environmental challenges of our time.

Through a powerful blend of fieldwork, lab analysis, and mathematical modelling, you’ll learn how to turn data into discovery. Each skill is taught through real-world environmental case studies to ensure your learning is always grounded in practical application. Shape your scientific path by selecting from a curated list of advanced courses across the Natural Sciences and Maths Triposes to tailor your studies to match your interests and career goals.

Dive into discovery by embarking on an advanced research project,  an opportunity to explore a real-world climate or environmental challenge. Whether analysing data, simulating complex systems, or synthesising scientific literature, this is your chance to contribute original insight to a field that shapes our plant’s future. This is your chance to contribute to the scientific community and build the skills needed for postgraduate research of a career in environmental science.