MSc Advanced Chemical Engineering

On the MSc Advanced Chemical Engineering at Birmingham, learning goes far beyond lectures. You’ll get hands-on experience in real labs, design and run experiments, and carry out your own research project in your final term. It’s all about giving you the practical skills and confidence you need to thrive in the chemical engineering world. The programme is built around using state-of-the-art facilities, expert guidance, and real-world problem-solving so you’re ready for whatever career path you choose.

Here’s what your hands-on experience will look like:

• Independent Summer Research Project: You’ll spend your final term working on a full-scale project that could be lab-based, theoretical, or a mix all under the guidance of experienced supervisors.

• Lab Work & Experimental Design: Gain practical skills in designing experiments, collecting data, and interpreting results learning how chemical engineers really work.

• Core Module: Measurement, Sensors & Design of Experiments: Learn how to design reliable experiments and make sense of complex data, a skill that’s valuable in both research and industry.

• Seminars & Tutorials: Actively solve problems, debate ideas, and collaborate with classmates making learning interactive and applied.

• Access to Advanced Research Facilities:

  • Science City Laboratory for materials testing, imaging, and particle analysis.

  • Fuel Cell & Hydrogen Research Facility with cutting-edge test stations, nanoparticle analysis, and energy technology setups.

  • Birmingham Centre for Energy Storage (BCES) for hands-on energy research.

  • Facility for Chemical & Materials Analysis with instruments like NMR, mass spectrometry, X-ray diffraction, and chromatography.

• Industry-Relevant Projects: Work on real-world challenges, gaining exposure to issues and technologies used by major chemical engineering companies.

• Expert Supervision & Mentoring: Learn directly from research-active staff and be part of a vibrant, innovation-driven academic community.

• Career Support: Get guidance from the University’s Careers Network, with tailored advice, networking opportunities, and connections to top employers

Graduating from the MSc Advanced Chemical Engineering at Birmingham opens doors to exciting and high-impact careers. You’ll be ready to take on challenging roles where you can make a real difference whether that’s improving processes in energy, creating life-changing healthcare solutions, or leading innovative manufacturing projects. Common roles graduates move into include:

• Process Engineer

• Formulation Engineer

• Bioprocess / Biochemical Engineer

• Project Manager in R&D or engineering teams

Here’s how the University supports you and helps you get there:

• Careers Support

  • Birmingham’s Careers Network offers one-to-one guidance, career coaching, and networking events with top employers.

  • The School of Chemical Engineering provides dedicated careers advisors to help you target the right roles and build your professional network.

  • The University has strong connections with leading recruiters, making it one of the most targeted universities in the UK for graduate jobs.

• Employment and Salaries

  • Around 79% of taught postgraduates are in work or further study within six months of graduating.

  • Graduates report starting salaries around £29,000–£35,000, with plenty of opportunity for growth as you gain experience.

• Industry Connections

  • You’ll benefit from the University’s strong links with companies such as Unilever, AstraZeneca, GSK, BP, Arup, Mondelez, and Johnson Matthey.

  • These connections mean opportunities for internships, networking, and even potential job offers right out of your MSc.

• Accreditation and Reputation

  • The MSc is accredited by IChemE, giving your degree international recognition.

  • Birmingham is ranked 6th in the UK for Chemical Engineering, so your qualification carries real weight in the job market.

  • The programme’s specialist pathways, from energy to healthcare technology, help you stand out in competitive industries.

• Graduate Outcomes

  • Most graduates move into highly skilled roles in engineering, R&D, or project management.

  • The MSc research project provides hands-on experience solving real-world problems, making your CV stronger and your skills sharper.

Further Academic Progression:
After completing this MSc, you could:

• Pursue a PhD in Chemical Engineering or related areas, diving deeper into research and innovation.

• Take an Engineering Doctorate (EngD), combining research with industry experience.

• Explore specialist postgraduate certificates or diplomas in areas such as clean energy, bioprocessing, or formulation technology, to expand your expertise even further.