MEng Chemical Engineering
About this course
Chemical engineering is one of the most versatile and interdisciplinary of the engineering disciplines, applying the principles of chemistry, physics, mathematics, biology, and economics to design and operate the processes that transform raw materials and energy into useful products. From pharmaceuticals and petrochemicals to food and beverages, from water treatment to battery manufacturing and biofuels, chemical engineering underpins production across a remarkable range of industries. The discipline also increasingly focuses on designing processes that minimise environmental impact and support the transition to more sustainable systems. At Loughborough University, this five-year full-time integrated master's programme gives you the depth of knowledge and professional experience needed to work at the forefront of the field. You will study the full range of chemical engineering principles, including thermodynamics, mass and energy transfer, reaction engineering, process design, and control, alongside the economics and ethics of engineering practice. The programme includes a year abroad, giving you exposure to chemical engineering in an international context and strengthening your adaptability and professional network. The integrated master's structure means you will progress into advanced study and design projects in the final years, developing the capability to tackle complex and open-ended engineering problems. Chemical engineering graduates from Loughborough are employed across the pharmaceutical, energy, food and drink, materials, water, and environmental sectors, as well as in engineering consultancy and project management. The integrated master's qualification is well positioned for professional registration as a chartered engineer through the Institution of Chemical Engineers. Many graduates also pursue doctoral research in areas such as sustainable processing, advanced materials, bioengineering, or energy systems. The combination of scientific rigour, engineering problem-solving, and broad industrial applicability makes chemical engineering one of the most consistently employable degrees available.
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