Course summary

The MSc Digital Chemical Engineering programme at Aston University is among the first in the UK to focus on digital applications within chemical engineering. Designed for forward-thinking engineers, the course equips you with cutting-edge skills in digital tools, data-driven decision-making and sustainable process design. Taught by leading academics and industry experts, you will explore advanced topics like digital twins, machine learning and process simulation. You’ll gain hands-on experience in state-of-the-art labs and benefit from Aston’s strong industry connections. As a graduate of this programme, you’ll be ready to tackle global challenges in decarbonisation, renewable energy and sustainability. Whether you’re pursuing a career in industry or research, this programme will position you as a leader in the digital future of chemical engineering. 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 Digital Chemical Engineering programme offers a unique blend of chemical engineering principles with advanced digital technologies. You will study core topics such as digital process engineering, applied machine learning, smart sensors, and sustainable chemical and biochemical engineering design, equipping you with the skills to lead the transformation of industries toward greater sustainability. In the taught stage, you will engage with modules such as Engineering Project Management, Life Cycle Analysis and Circular Economy, and the Interdisciplinary Design Project. These modules will give you the opportunity to explore how digital tools, machine learning and smart technologies can optimise chemical processes and contribute to more sustainable engineering practices. You will develop both technical expertise and practical problem-solving skills in interdisciplinary environments, preparing you for the complex challenges of modern chemical engineering. In the dissertation phase, you will conduct a research project that applies these digital technologies to solve real-world engineering challenges. You will demonstrate your ability to independently analyse problems, design innovative solutions and contribute to advancing the field of digital chemical engineering.