MSc Advanced Chemical Engineering Hydrogen and Low Carbon Technologies

The MSc Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) at Brunel University London is a one-year full-time master’s course which focuses on how chemical engineering can support the move to clean energy and help reduce carbon emissions. The course teaches both core engineering skills and specialist knowledge about hydrogen, fuel cells, and other low-carbon systems.

Students of this course will learn about advanced process design, sustainable energy, renewable fuel production, and the use of hydrogen as an energy carrier. The course is closely linked with the university’s energy research groups, giving students the chance to engage and focus on solving real-world problems with an understanding of how to apply clean technology at scale.

The MSc Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) is designed for students with a background in chemical engineering or a related subject. It helps prepare them for technical, research, or leadership roles in energy, environmental, and engineering sectors. Students learn through lectures, group work, lab projects, and case studies. They also work on a final research project that explores a real issue in low-carbon or hydrogen technology.

Brunel University London is a public university based in Uxbridge, West London. The university is well known for its engineering, science, business, and technology courses. Students have access to classrooms, labs, accommodation, shops, and sports facilities all in one area. The campus has modern labs and research centres, including advanced engineering and energy research facilities.

Brunel is also focused on research, with a focus on sustainability, clean energy, advanced materials, and digital technology. The students studying here benefit from the university’s strong research environment, international partnerships, and support services and learn skills that match real-world needs, as many teaching staff have industry experience and bring real examples into the classroom.

Grade Requirements:

• A second-class honours degree (2:2) or above in chemical and process engineering, mechanical engineering, civil engineering, environmental engineering, physics, or chemistry. 
• Other international equivalents are also accepted. Students with strong industry experience may be considered on a case-by-case basis.

English Proficiency:

• If your first language is not English, you will need to provide evidence of your English language ability. The minimum English language requirement for entry to this programme is IELTS 6.0 (or equivalent) with no score lower than 5.5.

In 2025/26, the annual tuition fee for the MSc Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) at Brunel University London is £24,795 for international students.

Brunel University London offers several scholarships to support both UK and international students. These awards help reduce the cost of tuition and living expenses. some of which are:

• Brunel Postgraduate Academic Excellence Scholarship for students with strong academic results in their undergraduate studies
• International Excellence Scholarships for students from outside the UK who show high academic potential and a strong personal statement
• Commonwealth Shared Scholarships  for students from eligible countries studying a course related to sustainable development

Students are encouraged to apply early. Some scholarships require a separate application, while others are automatically considered based on your course application.

Graduates of the MSc Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) from Brunel University London are prepared for job roles such as:

• Hydrogen Systems Engineer
• Energy Process Engineer
• Low Carbon Technologies Specialist
• Process Design Engineer
• Sustainability Consultant
• Research Scientist

To apply for the Brunel University London MSc Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies), applicants can apply directly on the school website. If you need help with the application, you can get in touch with our counsellors for detailed guidance.