MEng (Hons) Chemical Engineering in Loughborough United Kingdom | Loughborough University

Chemical Engineering is a dynamic and multifaceted engineering discipline that utilizes chemistry, physics, mathematics, biology, and economic principles to convert raw materials and energy into practical, cost-effective products. This field involves studying, creating, and managing processes—both new and existing—to reduce environmental harm, meet legal and ethical requirements, and optimize societal and financial benefits.

According to the 2020 UK engineering skills survey, employers anticipate a shortage of qualified chemical engineers needed to achieve the nation's green recovery and net-zero objectives, making these professionals increasingly valuable for specialized roles.

Chemical engineers play pivotal roles across diverse industries, including energy, water management, food production, healthcare, pharmaceuticals, consumer goods, and even financial services. Their expertise and creativity help address critical global issues, such as climate change and mass vaccine production.

At Loughborough University, we pioneer transformative research to advance sustainability in low-carbon technologies, next-gen healthcare, and innovative manufacturing. Our National Centre for the Circular Chemical Economy exemplifies this commitment by working to eliminate waste and fossil fuel dependence in the UK chemical industry. Our research directly enhances our teaching, preparing students to tackle modern challenges effectively.

Our Chemical Engineering programs train students to use scientific and engineering concepts for designing and analyzing chemical processes and equipment. Through lab experiments, VR simulations, computer-based learning, and projects, students gain hands-on experience while honing laboratory, teamwork, and IT skills.

The degree offers flexibility, with language courses (French, German, Spanish, or Mandarin) available in the first two years as alternatives to Materials Processing and Food Engineering. In later years, students can select optional modules in management, environmental studies, IT, bioprocessing, and healthcare. The final-year design project involves teamwork and individual work to create an industrial plant design, integrating technical, economic, and environmental considerations.

MEng students also undertake a Professional Development Project (PDP), collaborating with research groups at Loughborough, in industry, or internationally to explore scientific or engineering innovations. The PDP enhances research skills while developing competencies in project management, reporting, and data analysis. Recent projects include CO2 electrochemical conversion, microfluidic device development, and AI-driven material behavior prediction.