BEng Hons Chemical Engineering with Year Abroad

At Queen Mary, you won’t just sit in lecture halls learning equations—you’ll be in labs, design studios, and computer suites putting those ideas into practice. From your very first year, you’ll get hands-on with experiments, use industry-standard software, and take part in projects that mirror the kind of work engineers actually do. By the time you graduate, you’ll already have the kind of practical experience employers look for.

Here’s what that looks like in real life:

• Specialist laboratories – You’ll spend time in dedicated spaces for chemistry, fluids, heat transfer, combustion, and thermal analysis, plus purpose-built teaching labs where you’ll apply theory straight away.

• Digital tools & simulation – Modules like Process Design and Simulation give you experience with professional engineering software, helping you model real industrial systems before stepping into the workplace.

• Team projects – From first-year experiments to the big Design Project in third year, you’ll work in groups to tackle engineering problems, learning how to collaborate like professionals do in industry.

• Internships & work placements – Queen Mary’s Careers & Enterprise team connects you with opportunities like micro-internships, insight weeks, and specialist placement bootcamps run by the School of Engineering and Materials Science (SEMS).

• Research & innovation facilities – You’ll have access to advanced labs for electrochemistry, energy technologies, materials characterisation, and even a makerspace for prototyping and hands-on builds.

• Study & support resources – Alongside labs, you’ll use the Queen Mary Library, computer rooms, and collaborative study spaces—plus guidance from academic staff who are active researchers.

Graduates of the Chemical Engineering program at Queen Mary University of London are well-equipped to embark on successful careers in various sectors. With a strong foundation in chemical engineering principles, they often pursue roles such as:

• Process Engineer

• Environmental Consultant

• Energy Systems Analyst

• Research and Development Specialist

Career Support and Industry Connections:

Queen Mary's School of Engineering and Materials Science (SEMS) offers robust support to enhance employability:

• Career Services: Access to career fairs, workshops, and one-on-one counseling to prepare for the job market.

• Industry Partnerships: Collaborations with leading companies like Molycop and institutions such as the BBC and IBM, providing opportunities for internships and collaborative projects.

• Accreditation: The program is accredited by the Institution of Chemical Engineers (IChemE), facilitating pathways to professional recognition as an Incorporated Engineer (IEng) or Chartered Engineer (CEng).

Graduate Outcomes:

• Employment Rate: Approximately 92% of SEMS graduates are employed or engaged in further study within six months of graduation.

• Average Salary: Graduates earn an average starting salary of £34,500 within six months of completing their degree.

• Highly Skilled Employment: 93% of those employed are in high-skilled roles, with 100% earning above the median salary.

Further Academic Progression:

Upon completing the Chemical Engineering program, graduates have several avenues for further academic advancement:

• Postgraduate Studies: Pursue a Master's degree in specialized fields such as Advanced Chemical Engineering, Renewable Energy, or Sustainable Process Engineering.

• Doctoral Research: Engage in PhD programs focusing on areas like materials science, process optimization, or environmental engineering.

• Professional Development: Participate in Continuing Professional Development (CPD) courses to stay current with industry advancements and maintain professional accreditation.