Master in Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies)

Brunel University London is a research-led institution located in Uxbridge, west London, with a strong engineering, technology and industry-aligned heritage dating to 1966. Named after engineer Isambard Kingdom Brunel, the university focuses on delivering applied research and career-ready education in engineering, business, design, health and social sciences. International students searching for study in London, UK universities with industry links, or engineering and technology programs will find Brunel’s practical orientation and employer partnerships attractive.

Brunel offers modern facilities, industry collaborations and placement opportunities that enhance graduate employability and professional skills. Keywords useful for discoverability include study in London, Brunel University placements, engineering degrees UK, and international student support. The university emphasizes values of inclusivity, innovation and excellence and maintains strategic partnerships with business and government to translate research into impact.

Campus life at Brunel blends academic rigor with extracurricular activities, student societies and career services that support internships and global mobility. With strong ratings for facilities and student experience, Brunel positions itself as a destination for ambitious international students seeking practical, industry-focused higher education in London. The university’s focus on real-world learning helps graduates build networks and careers in technology, engineering and beyond.

The Master in Advanced Chemical Engineering – Hydrogen and Low Carbon Technologies at Brunel University London is a pioneering one‑year programme that places you at the forefront of the energy transition. By integrating chemical engineering with insights from mechanical, civil, environmental, and social sciences, the course offers a holistic perspective on sustainable technologies. You’ll explore hydrogen production, carbon capture, utilization and storage (CCUS), biorefineries, and fuel cells, gaining the expertise needed to drive low‑carbon solutions in industry.

Teaching is delivered by world‑leading academics through a blended mix of lectures, interactive sessions, and tutorial‑style learning. The curriculum emphasizes research‑informed instruction, encouraging critical thinking and active discussion. Practical labs and project work allow you to apply theory to real‑world challenges, while interdisciplinary collaboration fosters innovative problem‑solving skills essential for tackling complex energy systems.

Brunel’s London campus provides a dynamic environment with strong industry links and access to cutting‑edge research facilities. Graduates emerge ready for high‑impact roles in energy companies, consultancy firms, or governmental agencies focused on decarbonisation. With a tuition fee of £31,089 and a university rating of 9.58, this programme offers excellent value for ambitious international students eager to lead the low‑carbon revolution.