Biochemical Engineering

The BSc Biochemical Engineering programme at University College London offers a comprehensive and innovative education in the field of bioprocess engineering, combining principles of chemical engineering with the biological sciences. Designed to prepare students for a dynamic and rapidly evolving industry, this programme emphasizes the development of technical skills, problem-solving abilities, and a thorough understanding of biological systems relevant to the production of pharmaceuticals, biofuels, and other biotechnological products. Throughout the course, students engage with core topics such as microbiology, biochemical process design, fermentation technology, systems biology, bioprocess control, and sustainable manufacturing practices. The curriculum balances theoretical knowledge with practical laboratory skills, enabling students to apply concepts in real-world contexts through laboratory work, industry projects, and collaborations with leading biotechnology companies. UCL’s state-of-the-art facilities offer students access to advanced equipment and resources, fostering hands-on learning and innovation. The programme also emphasizes the importance of interdisciplinary collaboration and entrepreneurial thinking, encouraging students to develop solutions to global challenges such as health, energy, and environmental sustainability. Key features include training in data analysis, quality assurance, regulatory compliance, and project management, equipping graduates for careers in research, industry, and academia. The programme benefits from UCL’s rich connections with the industrial sector, providing excellent networking opportunities, internships, and knowledge exchange. Graduates of the BSc Biochemical Engineering programme are well-positioned to pursue postgraduate study or enter the workforce as skilled engineers, researchers, and innovators contributing to the advancement of biotechnological sciences.

In each year of your degree you will take a number of individual modules, normally valued at 0.5 or 1.0 credits, adding up to a total of 4.0 credits for the year. Modules are assessed in the academic year in which they are taken. The balance of compulsory and optional modules varies from programme to programme and year to year. A 1.0 credit is considered equivalent to 15 credits in the European Credit Transfer System (ECTS).

The Engineering (Biochemical) BEng and MEng share a common curriculum of core modules. These are designed to introduce you to biochemical engineering through lectures and use of practical training facilities.
You may reassess your choice of degree programme towards the end of the second year, when you have gained a deeper knowledge of what the subject involves. This gives you greater control over your study and career plans.

In all years you will supplement compulsory modules by selecting options to match your own interests. You may choose to complete your degree with a BEng qualification at the end of year three. However, we advise you to apply for a four-year MEng programme initially as this gives you the most control over your plans.

MEng students may then choose to join one of the following additional routes: Bioprocess Management; Chemical Engineering; Study Abroad; or Year in Industry. The Study Abroad route enables students to spend their third year at a selected university in Europe (including Denmark, France, Germany, Spain, Sweden and Italy), the USA, Hong Kong, Japan or Australia.
This degree is part of the Integrated Engineering Programme (IEP), a teaching framework that engages students in specialist and interdisciplinary engineering activities designed to create well-rounded graduates with a strong grasp of the fundamentals of their discipline and a broad understanding of the complexity and context of engineering problems.

Students register for a core discipline, but also engage in activities that span departments so the development of fundamental technical knowledge takes place alongside specialist and interdisciplinary research-based projects and professional skills. This creates degrees that encourage professional development, with an emphasis on design and challenging students to apply knowledge to complex problems.

A levels

Grades

A*AA-AAA

Subjects

Mathematics required, plus one from Biology, Chemistry or Physics.

GCSEs

English Language and Mathematics at grade C. For UK-based students, a grade C or equivalent in a foreign language (other than Ancient Greek, Biblical Hebrew or Latin) is required. UCL provides opportunities to meet the foreign language requirement following enrolment, further details at: www.ucl.ac.uk/ug-reqs

IB Diploma

Points

38-39

Subjects

A total of 18-19 points in three higher level subjects including Mathematics, plus one from Biology, Chemistry or Physics, with no score below 5.

The English language level for this programme is: Standard.

The Biochemical Engineering program at University College London offers a range of financial support options to assist students in funding their studies. UK and EU students may be eligible for government-supported loans, such as Student Loans Company (SLC) funding, which cover tuition fees and provide maintenance loans for living expenses. International students are advised to explore scholarships, bursaries, and external funding opportunities, as UCL provides several targeted scholarships for international students demonstrating academic excellence and financial need. The university also offers departmental scholarships specific to the Faculty of Engineering Sciences, including awards for biochemistry and chemical engineering students.

In addition to university-funded support, students can seek out external scholarships from professional engineering and scientific organizations, foundations, and industry partners. These scholarships often require a separate application process and may be awarded based on merit, financial need, or both. Students are encouraged to apply early and carefully review the eligibility criteria for each funding opportunity. UCL also provides guidance on part-time work opportunities, both on and off campus, to help students supplement their income during their studies.

Furthermore, the university’s financial aid office provides advice on budgeting, managing living costs, and accessing emergency funds if necessary. The program’s duration, typically three years full-time or four years with integrated placement, allows students to plan their finances accordingly. For students opting for a year abroad, additional funding considerations apply, and UCL recommends applying for mobility grants and exchange scholarships. Overall, funding the Biochemical Engineering program involves a combination of government loans, university scholarships, external grants, and personal savings, with a strong emphasis on early application and careful financial planning to ensure students can focus on their academic success without undue financial hardship.

The BSc Biochemical Engineering at University College London provides students with a comprehensive understanding of the principles and practices involved in the design, development, and operation of processes for the production of biochemical products. The programme combines core engineering principles with advanced biological sciences, equipping graduates with the skills necessary to innovate in sectors such as pharmaceuticals, biotechnology, and renewable energy. Throughout their studies, students explore subjects including chemical engineering, microbiology, molecular biology, and process engineering, gaining practical experience through laboratories, design projects, and industrial placements. The curriculum emphasizes sustainable development, safety, and regulation, preparing students for careers in research, development, and manufacturing. UCL’s strong links with industry partners and its emphasis on cutting-edge research ensure that students are well-prepared to meet the evolving demands of the bioprocessing sector. The programme typically lasts three years full-time and fosters a multidisciplinary approach, encouraging teamwork and problem-solving skills. Graduates of this programme often pursue careers in pharmaceutical manufacturing, bioreactor design, environmental technology, or continue their studies at postgraduate level. The university’s facilities include state-of-the-art laboratories and research centers dedicated to biochemical engineering and related fields. UCL’s faculty comprises leading researchers who contribute to advancements in bioprocessing methods, biofabrication, and systems biology, providing students with invaluable exposure to current scientific and industrial challenges. The programme also aims to develop entrepreneurial skills, allowing students to contribute innovatively to scientific and industrial communities.