Chemical Engineering University of Cambridge

Overview

The Chemical Engineering (Hons) at the University of Cambridge provides a rigorous foundation in the scientific principles required to address global challenges such as climate change and healthcare. Students explore how raw materials are transformed into essential products through sustainable chemical and biotechnological processes. This programme is designed to produce technically proficient graduates ready for the modern process industries.

Ranked as a leading course in the United Kingdom, the curriculum balances theoretical knowledge with hands-on experience. You will engage in practical projects that simulate real-world product design and process engineering. The department offers a collaborative environment where students develop transferable skills alongside core engineering expertise.

Why Chemical Engineering at the University of Cambridge?

The University of Cambridge is consistently ranked first in the UK for this discipline, offering an environment of academic excellence and industrial relevance. Students benefit from a purpose-built department featuring high-quality research facilities and laboratory spaces. The site includes a dedicated Makerspace equipped with 3D printers and electronic workshop tools for innovative prototyping.

Beyond the department, students have access to the West Hub library resources and the historic Cambridge University Library. The programme is also professionally accredited by the Institution of Chemical Engineers. This accreditation provides a direct pathway to achieving Chartered Engineer status following four years of relevant post-graduation experience.

Tuition Fee Breakdown

• International fee: GBP 44214 per year
• National fee: GBP 9790 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum evolves from fundamental scientific principles to complex plant design. Students can graduate with a BA after three years or continue to a fourth year to earn an MEng qualification. Modules may include:

• Cell Biology
• Materials Science
• Fluid Mechanics
• Sustainability
• Process Thermodynamics
• Reaction Engineering
• Heat and Mass Transfer
• Separation Technology
• Energy Technology

In the third year, students undertake a significant design project, working in teams to specify equipment and assess the environmental impact of a production plant. The fourth year introduces advanced research projects that often contribute to ongoing departmental investigations.

Careers with Chemical Engineering

Graduates from the University of Cambridge are highly sought after by global process and biotechnology industries. Many alumni secure roles as process engineers, research scientists, or technical managers within the chemical and pharmaceutical sectors. The analytical nature of the degree also opens doors to diverse fields such as finance and management consultancy.

The programme provides a strong foundation for those wishing to pursue further academic research at the postgraduate level. By developing a mix of technical mastery and professional skills, graduates are well-equipped to lead transitions in energy, food security, and global therapeutics.