Master in Advanced Chemical Engineering with Industrial Practice

The University of Greenwich in London, founded in 1890, provides an accessible and vibrant educational experience in one of the world’s most dynamic cities. With nearly 20,000 students and more than 3,500 international students, Greenwich combines a diverse student body with historic riverside campuses and modern teaching facilities. Its central London setting offers easy access to cultural institutions, business hubs and internship opportunities across numerous sectors.

Offering around 224 programs across undergraduate and postgraduate levels, the university covers disciplines from business and engineering to the arts and health professions. Academic learning is complemented by industry-focused modules, placements and career services that support employability and professional development. International support services include orientation, language help and visa advice, helping students transition smoothly into life and study in the UK.

Students benefit from strong links with employers, active student societies and a supportive teaching environment that balances lectures with practical workshops and real-world projects. Greenwich’s emphasis on preparing graduates for the workforce, combined with London’s global networks and cultural richness, makes the university a practical choice for international students seeking quality education, professional experience and an engaging urban student life.

The Master in Advanced Chemical Engineering with Industrial Practice is a one-year program for students who want to advance their knowledge in chemical engineering. This master's degree is offered by the University of Greenwich, London, and is taught in English. The program helps students develop skills in areas like processing methods and biochemical engineering.

The curriculum includes compulsory modules like Advanced Processing Methods and Optimisation, Biochemical Engineering, and Individual Research Project. Students also choose from optional modules such as Trends in Formulation Engineering, Food Engineering, and Nanotechnology for Chemical Engineers. The program includes hands-on components like research projects and design work.

Graduates of this program can pursue careers as Chemical Engineers, Process Engineers, Research and Development Managers, Quality Control Managers, or Plant Managers. They can work in industries like energy, pharmaceuticals, or food processing, and be employed by companies like Shell, GlaxoSmithKline, or Nestle.