Course summary

The MSc Sustainable Chemical Engineering programme at Aston University prepares you 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. Through interdisciplinary learning, you’ll explore life cycle analysis, the circular economy and pathways to net zero. Taught by research-active academics, you’ll gain practical experience using industry-relevant tools in our world-class labs and research facilities. Graduates will be well-equipped for diverse roles in industries advancing sustainability agendas or further academic research. Join a programme designed to empower you with the skills to transform chemical engineering and drive positive environmental and societal impact. How you will learn You will learn through a blend of lectures, seminars, workshops and hands-on practical lab sessions. These will equip you with both theoretical knowledge and real-world skills, using industry-relevant software and tools. You will engage in collaborative projects and problem-solving exercises, building your teamwork, critical thinking and adaptability. You will benefit from guest lectures by industry experts, giving you direct insights into current challenges and opportunities. You will also have the chance to attend industry events, where you can network with professionals and explore potential career paths. As part of your learning experience, you will complete a research project, applying your knowledge to practical, sustainable solutions. Extra-curricular opportunities, such as the Design Factory and student societies, will further enhance your university experience, connecting you with like-minded peers and industry professionals. Your personal tutor will offer guidance throughout, helping you develop both academically and professionally. What you will learn The MSc Sustainable Chemical Engineering programme focuses on the application of chemical engineering principles to sustainability, with an emphasis on decarbonisation and the transition to net zero. You will gain deep knowledge in areas like life cycle analysis, pathways to net zero, sustainable chemical and biochemical engineering design, and bioenergy technologies, positioning you to lead the development of sustainable solutions across industries. In the taught stage, you will explore modules such as Engineering Project Management, Sustainable Chemical and Biochemical Engineering Design, and Downstream Processing for Biotechnology Products. These modules will enable you to integrate sustainable practices into chemical engineering, from energy-efficient process design to waste minimisation and bioengineering solutions. You will also gain insight into the global challenges of achieving net zero and learn how to apply engineering knowledge to make a tangible impact on climate change and sustainability. In the dissertation phase, you will conduct independent research, applying your knowledge to a sustainable engineering challenge. This will allow you to refine your research skills and demonstrate your ability to develop solutions that contribute to a more sustainable future in chemical engineering.