BRUNEL UNIVERSITY UXBRIDGE · UNITED KINGDOM
Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) MSc
Master's · Taught in en
At a glance
12 mo
Duration
—
IELTS
€29k
Tuition / yr
en
Language
Master's
Level
- UK's first MSc in Hydrogen and Low Carbon TechnologiesPioneering Course
- Interdisciplinary approach with 5 departmentsHolistic View
- Expert-led research and teachingWorld-Leading Academics
- Blended learning with practical lab workHands-on Experience
- Focus on Net-Zero and sustainabilityEnvironmental Focus
- Potential for networking at Brunel Engineers +Industry Connections
This pioneering Master's program, new for 2024, focuses on achieving net-zero emissions through advanced chemical engineering principles applied to hydrogen and low-carbon technologies. It's the first of its kind in the UK and takes an interdisciplinary approach, collaborating with departments like mechanical, aerospace, civil, environmental, and social sciences to provide a holistic view of low-carbon technologies and their surrounding issues. Taught by world-leading academics, the course covers topics such as hydrogen production, carbon capture, utilisation, and storage (CCUS), biorefineries, and fuel cells. The teaching methodology is blended, incorporating interactive sessions, lectures, tutorials, and active learning through discussions. You'll gain practical experience in Brunel's well-equipped chemical engineering facilities, undertaking project work that includes computational modelling and laboratory experiments. The program aims to equip graduates with a comprehensive understanding of emerging low-carbon technologies, alongside interdisciplinary knowledge in environmental sustainability, climate change politics, and project management. This will prepare them for technical, managerial, and advisory roles in various industries contributing to industrial decarbonisation and the transition to a cleaner economy.
Curriculum
The MSc program is designed to be studied over one year full-time, starting in September. It includes a mix of compulsory and optional modules, allowing students to tailor their learning. All modules are subject to change.
- Year 1
- Process Design and Safety
- Advanced Process Engineering
- Emerging Low Carbon Technologies
- Research Dissertation
- Innovation Toolbox
- Renewable Energy Technologies III: Geothermal, Biomass, Waste, HydrogenME5569
- Project ManagementCE5639
- Climate Change and the EnvironmentCE5626
- Process Systems EngineeringCL5655
- Natural Resources and Solid Waste ManagementES5633
Careers
This MSc program is designed to address the skills gap required for industrial decarbonisation and achieving net-zero targets. Graduates will be equipped with knowledge in emerging low-carbon technologies, environmental sustainability, climate change politics, and project management, enabling them to contribute to global environmental goals.
- Technical roles
- Managerial roles
- Advisory roles
Frequently asked questions
- What are the academic entry requirements for this MSc program?
- Applicants should have a 2:2 or above in an undergraduate degree in Chemical, Aerospace, Mechanical and Automotive, Environmental, Civil Engineering, or Physics.
- How much are the tuition fees for international students?
- For the 2026/27 academic year, international students will pay £24,795 per year in tuition fees.
- What is the application deadline for non-EEA nationals who require an ATAS certificate?
- Non-EEA nationals requiring an ATAS certificate must apply by 31st July 2026.
- What is the duration of the Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) MSc?
- The MSc program is designed to be studied over one year on a full-time basis, starting in September.
- Are there any scholarships available for international students?
- Yes, international students may be eligible for the Vice-Chancellor's Postgraduate International Excellence Award, which offers £6,000 towards tuition fees.
Entry requirements
Undergraduate Degree2:2 or above in Chemical Engineering, Aerospace Engineering, Mechanical and Automotive Engineering, Environmental Engineering, Civil Engineering, or Physics.
Students who are not nationals of the European Economic Area (EEA) and have temporary immigration permission to remain in the UK may need to obtain an ATAS certificate. The deadline for offers to applicants requiring an ATAS certificate is 31st July 2026.
Fees
Tuition (international)£24,795 per year for 2026/27 entry.
Tuition (home)£14,435 per year for 2026/27 entry.
LivingEstimated living costs are not specified.
Tuition fees are for the 2026/27 academic year.
How to apply
1. Visit the Program PageNavigate to the official course page for the Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) MSc at Brunel University Uxbridge.
2. Apply OnlineClick on the 'Apply' link or button provided on the course page to start your application.
3. Complete Application FormFill in all the required sections of the online application form with accurate personal and academic information.
4. Submit Supporting DocumentsUpload all necessary documents as required for your application. Specific document requirements can be found on the university's admissions section.
5. ATAS Certificate (if applicable)If you are a non-EEA national requiring an ATAS certificate, ensure you obtain it as per the guidance, as it's a condition of the offer. The deadline for such applicants is 31st July 2026.
Scholarships
Vice-Chancellor's Postgraduate International Excellence Award£6,000
Frequently asked questions
What are the academic entry requirements for this MSc program?
+
Applicants should have a 2:2 or above in an undergraduate degree in Chemical, Aerospace, Mechanical and Automotive, Environmental, Civil Engineering, or Physics.
How much are the tuition fees for international students?
+
For the 2026/27 academic year, international students will pay £24,795 per year in tuition fees.
What is the application deadline for non-EEA nationals who require an ATAS certificate?
+
Non-EEA nationals requiring an ATAS certificate must apply by 31st July 2026.
What is the duration of the Advanced Chemical Engineering (Hydrogen and Low Carbon Technologies) MSc?
+
The MSc program is designed to be studied over one year on a full-time basis, starting in September.
Are there any scholarships available for international students?
+
Yes, international students may be eligible for the Vice-Chancellor's Postgraduate International Excellence Award, which offers £6,000 towards tuition fees.