COURSE CURRICULUM

The MSc Advanced Process Integration and Design combines advanced theoretical knowledge with practical skills in chemical engineering, focusing on process modelling, optimisation, design, and integration. Core modules include Utility System Design, Computer Aided Process Design, Energy Systems, Research Techniques and Methods, and an MSc Dissertation, which enable students to develop expertise in designing efficient and sustainable chemical processes. Optional modules such as Oil and Gas Processing, Nuclear Fuel Cycle, Advanced Separation Processes, Sustainable Energy Systems, and Reaction Systems Design allow students to tailor their studies to specific industrial interests and emerging technologies. Throughout the course, students learn to apply computational tools, simulation techniques, and analytical methods to optimise process performance and integrate complex systems effectively. The program emphasizes sustainability, energy efficiency, and innovative solutions to industrial challenges, preparing graduates for leadership roles in process design, plant management, energy and sustainability consultancy, and advanced research. Delivered at the University of Manchester, a leading institution for chemical engineering, students benefit from cutting-edge facilities, expert faculty, and strong industry connections. By combining rigorous academic training with practical application, the course equips students with the skills and knowledge required to tackle real-world challenges, drive innovation, and contribute to the development of efficient, safe, and sustainable chemical engineering systems globally.