BEng/MEng Chemical Engineering with an Integrated Foundation Year

At the University of Manchester, studying Chemical Engineering isn’t just about lectures – it’s about getting hands-on experience and building real-world skills from the very start. From the foundation year to the final year, you’ll work on projects, use industry-standard software, and spend time in cutting-edge laboratories, ensuring that what you learn in class translates directly into practical experience. The program is designed to make you confident, capable, and ready for the challenges of a professional chemical engineering career.

Here’s what that looks like in practice:

• Foundation Year Group Project: Work in a team on a project linked to chemical engineering, guided by academic staff, giving you early experience of collaborative problem-solving.

• Pilot-Scale Laboratories: Access one of Europe’s largest purpose-built pilot-scale labs, where you can see and operate real chemical processes.

• Enquiry-Based Learning (EBL): Participate in independent research projects that encourage critical thinking and deeper understanding of engineering principles.

• Industrial Experience Opportunities: Benefit from the university’s strong industry connections with placements and internships that provide real-world exposure.

• Advanced Software Tools: Learn to use industry-standard process simulation and analysis software, a skill highly valued by employers.

• Dedicated Research Laboratories: Conduct experiments in specialized labs, exploring areas like sustainable energy and advanced materials.

These experiences make sure that by the time you graduate, you’re not just knowledgeable – you’re confident, experienced, and ready to make an impact in the world of chemical engineering.

Graduating from the University of Manchester’s Chemical Engineering program opens the door to a wide range of exciting careers. Typical roles include Process Engineer, R&D Specialist, Environmental Consultant, and Project Manager, giving you the chance to work in diverse industries from energy and pharmaceuticals to manufacturing and sustainability. The program’s strong industry links and practical focus ensure that you’re not just learning theory, but building the skills that employers really value: problem-solving, technical expertise, and real-world experience.

Here’s how the university supports you in launching your career:

• Careers Service: Receive personalized guidance, CV and interview coaching, and access to networking events with industry professionals.

• Industry Partnerships: Collaborate with leading chemical engineering companies through placements, internships, and project opportunities that give you hands-on experience.

• Accreditation: The program is accredited by the Institution of Chemical Engineers (IChemE), giving your degree long-term professional value and a pathway to Chartered Engineer status.

• Graduate Outcomes: 95% of employed graduates find their work meaningful, and starting salaries average around £30,000, reflecting the high employability of Manchester graduates.

Further Academic Progression:

After completing your degree, you can continue your studies through postgraduate programs in areas like Advanced Chemical Engineering, Sustainable Industrial Systems, or Subsurface Energy Engineering. These pathways allow you to specialise further, gain research experience, and position yourself for leadership roles or advanced technical careers in your chosen field.