A female student in a chemistry lab consults a textbook with a researcher. Both are wearing lab coats and gloves.

Teaching Structure

Tutorials will be held in Trinity, while your lectures and laboratory classes are held in the Chemistry Department. Tutorials are a special feature of your time in Oxford: you will meet with one of our tutors in a small group (usually 2-4 students) each week for an in-depth discussion on a particular topic for which you prepare well in advance. Tutorials provide an opportunity to discuss and deepen your understanding of a topic with your tutor and tutorial group, engaging actively with challenging questions, posing your own questions, and testing your knowledge. First-year students have at least one tutorial in chemistry and one maths class each week; second- and third-year students have one tutorial each week as well as supplementary classes and revision sessions. 

A female student in a lab coat and goggles mixes chemicals at a lab stand.

Career Prospects

Our Chemistry students graduate with deep knowledge across the central sciences as well as highly practical and transferrable skills in quantitative reasoning, data analysis, and strong verbal and written argumentation. This provides an outstanding basis for many career directions and will stand you in good stead no matter what career you choose! The majority of our graduates go on to careers in science, whether that’s in further study and research, industry, scientific journalism or even patent law.

Chemistry at Trinity

The Fellows in Chemistry at Trinity lead active research groups in the University: Professor Charlotte Williams’ work bridges catalysis and polymer chemistry. Recent highlights include developing catalysts that allow carbon dioxide transformation into polymers and developing new biodegradable plastics. Professor Susan Perkin works on the physics of liquids, in particular liquid electrolytes, focusing on new classes of electrolytes suitable for use in next-generation batteries. Professors Williams and Perkin regularly welcome students into their research groups for vacation projects and Part II projects, allowing undergraduates a first-hand experience of this research.

Trinity has a long and distinguished history of chemical research: the Balliol-Trinity Laboratory, in what is now Trinity’s back yard, was one of the first dedicated chemistry laboratories in Oxford and many advances in the subject were born there. These include Cyril Hinshelwood’s Nobel Prize-winning work in chemical kinetics, and Henry Moseley’s work on X-ray diffraction by metals which rationalised the concept of atomic number and provided experimental evidence in support of the Bohr model of the atom. The laboratory was later moved to a University building, the Physical & Theoretical Chemistry Laboratory, which now bears the crests of Trinity and Balliol colleges in recognition of this history.

The tutors I’ve had have been really supportive of me throughout my degree and their passion for the subject has been contagious.
Penny
Trinity Chemistry Tutor Charlotte Williams and a male student in a lab holding a plastic bunny.