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MSc Sustainable Chemical Engineering

The MSc Sustainable Chemical Engineering programme at Aston University prepares students to address the critical challenges of sustainability, net zero, and decarbonisation. Combining core chemical engineering expertise with advanced sustainability principles, this course focuses on creating innovative solutions for a greener future.

Course Overview

Through interdisciplinary learning, students explore life cycle analysis, the circular economy, and pathways to net zero. Taught by research-active academics, students gain practical experience using industry-relevant tools in world-class labs and research facilities.

Course Description

Our MSc Sustainable Chemical Engineering programme prepares students to tackle climate change challenges through innovative, sustainable design, and interdisciplinary approaches. The programme provides exceptional teaching in a dynamic, interdisciplinary environment with access to state-of-the-art labs and research facilities.

Course Objectives

The programme objectives are to:

1. Equip students with highly specialised core chemical engineering knowledge, skills, and techniques required for critical thinking, sustainable design, and cutting-edge research and development.
2. Train students to analyse and learn from data, make data-driven decisions, and make sound judgements in the absence of complete data to improve the economy and sustainability of chemical processes.
3. Develop students into self-directed engineers capable of autonomously creating and managing innovative, research-led, and holistic solutions for complex technical and social challenges to advance sustainable development.
4. Equip students with a deep understanding of climate change issues, how research advances knowledge boundaries, and how to professionally plan, implement, and communicate their findings to both specialist and non-specialist audiences.
5. Train students to continuously advance their knowledge and skills, enabling them to systematically and creatively address complex issues in the evolving chemical engineering profession, demonstrating originality in solving problems.

Modules

The programme consists of the following modules:

• Taught stage:
  • Aston Global Advantage
  • Engineering Project Management
  • Life Cycle Analysis and Circular Economy
  • Interdisciplinary Design Project
  • Sustainable Chemical and Biochemical Engineering Design
  • Pathways to Net Zero
  • Downstream Processing for Biotechnology Products
  • Advanced Bioenergy Technologies
• Dissertation stage:
  • Dissertation

Facilities

The programme offers access to top-tier laboratories and facilities focused on sustainable process design. Students work with advanced equipment for bioengineering, energy production, and environmental monitoring, all aimed at reducing carbon footprints.

Entry Requirements

To be eligible for the programme, students must have:

• A 2:2 (lower second-class honours) degree or equivalent in chemical engineering
• Equivalent overseas degree recognised by Aston University
• A professional reference
• An official academic transcript of university grades to date
• A completed application form

Fees and Scholarships

The annual tuition fees for the programme are:

• Ł11,200 for UK students (2025/26)
• Ł24,000 for international students (2025/26) Aston University offers a range of scholarships to help lower tuition and living costs.

Career Prospects

The MSc Sustainable Chemical Engineering programme offers graduates a variety of career paths in the growing fields of sustainability, environmental impact, and renewable energy. Potential roles include:

• Chemical process engineer
• Sustainability consultant
• Environmental impact analyst
• Research and development engineer
• Biotech product developer

Graduates will have the skills to pursue roles in industries such as chemical engineering, energy, biotechnology, and environmental consultancy. Many may also choose to continue their academic journey, furthering their research in sustainable practices and innovations.