Master in Advanced Chemical Engineering MSc

Cranfield University, located in England, United Kingdom, is a unique institution that offers you a distinct learning experience. Founded in 1946, it has established itself as a hub for international students, with 2100 students from around the world. You can choose from 149 programs, giving you the flexibility to pursue your interests. Specifically, Cranfield University's strong industry connections and research-focused approach make it an attractive choice for students looking for a practical and applied education.

Cranfield University specializes in programs covering engineering, business, and medicine, among others. The university is home to many research areas, including specialized departments that focus on innovative solutions. With 149 programs available, you have the opportunity to explore different fields and find the one that suits you best. English is the primary language of instruction, making it an ideal destination for international students looking to improve their language skills.

As a student at Cranfield University, you will have access to modern facilities and a range of activities that enhance your learning experience. The campus offers a unique blend of academic and social opportunities, including active student clubs and organizations. Located in the heart of England, you will be close to major cities, providing you with endless opportunities to explore and experience the local culture. For instance, you can take advantage of the university's partnerships with local industries to gain practical work experience and build your professional network.

The Master in Advanced Chemical Engineering MSc is a one-year program at Cranfield University, England, designed for students with a Bachelor's degree in Chemical Engineering or related fields. This program helps students develop advanced knowledge and skills in chemical engineering, including reaction kinetics, process design, and energy systems.

The curriculum includes modules such as Advanced Reaction Kinetics for Energy, Research Methods for Chemical Engineering, and Separation and Purification Design. These modules cover topics like finite differences method, process simulation, and life cycle assessment, and provide hands-on experience with computer-aided engineering tools and laboratory experiments.

Graduates of this program can pursue careers as Process Engineers, Research and Development Managers, Energy Systems Engineers, or Chemical Engineering Consultants, working in industries such as energy, pharmaceuticals, or manufacturing, and employers like Shell, BP, or GlaxoSmithKline.