Biochemistry

Biochemistry investigates life at the molecular level, using the tools of chemistry to understand the processes that sustain living organisms from the inside. It examines how proteins fold and catalyse reactions, how DNA is copied and expressed, how cells signal to one another, how metabolism converts food to energy, and how these processes go wrong in disease. The questions it addresses are central to medicine, drug discovery, agriculture, and our understanding of evolution, and the techniques it develops, from spectroscopy and chromatography to gene editing and structural biology, are among the most powerful in modern science.

At Newcastle University, this three-year full-time programme includes a sandwich year, a year abroad, and work placement opportunities, combining extensive professional experience with international academic exposure. You will develop a rigorous grounding in the chemistry of biological molecules, metabolic biochemistry, genetics and molecular biology, cell biology, and the experimental methods used to investigate them, before moving into more specialist areas as the degree progresses. The sandwich year allows you to work in a research laboratory, pharmaceutical company, or biotechnology firm, building professional skills and making connections in the sector.

The year abroad gives you experience of biochemistry research in a different national and scientific context, which is increasingly valued by employers and research institutions. A typical entry tariff of 136 points reflects the programme's strong expectations.

Biochemistry graduates pursue careers in pharmaceutical and biotechnology research, clinical biochemistry, medical research, science communication, patent law, and management consultancy in the life sciences sector. The practical laboratory skills built up through the programme and the placement year are particularly highly valued. Many graduates continue to doctoral research in biochemistry, molecular biology, or a related discipline, and the combination of academic rigour and professional experience provides an excellent platform for a research career.

Others move into clinical practice via graduate-entry medicine or into roles in regulatory affairs and quality management in the pharmaceutical industry.