Master in Materials Science and Engineering with Industrial Experience

Queen Mary University of London, with roots dating to 1785 and a current student body of about 32,000, is a major London-based university that blends historic traditions with modern research and teaching. Located in one of the world’s most cosmopolitan cities, Queen Mary hosts approximately 13,120 international students and offers an extensive portfolio of 703 programs across humanities, law, medicine, engineering and the sciences. Its central London setting provides unrivalled cultural, professional and networking opportunities.

The university is known for strong professional programs, research impact and industry links, offering students access to clinical placements, legal clinics, laboratories and entrepreneurial support. Small-group teaching and diverse seminar options complement large lectures, while dedicated career services, internships and mentorship programs help students prepare for competitive job markets. Research-active faculties support postgraduate study and collaborative projects with global partners.

Life at Queen Mary is shaped by London’s vibrant student scene, from arts and dining to industry events and volunteering. Comprehensive international student support, language assistance and accommodation services ease the transition for newcomers. Prospective international applicants should check program-specific entry requirements, scholarship opportunities and early application deadlines to make the most of study and professional pathways in a dynamic global city.

The Master in Materials Science and Engineering with Industrial Experience at Queen Mary University of London is a 5-year program that combines academic study with industrial experience. This Master's degree is designed for students who want to gain practical experience in the field of materials science and engineering. The program is taught in English and is open to students with a high school diploma.

The curriculum covers a range of topics including engineering design, materials chemistry, and nanoscale engineering. Students will also develop skills in experimental design and practice, computational and mathematical modeling, and materials processing. The program includes hands-on components such as a design project, group work on advanced specialized modules, and a year of industrial experience.

Graduates of this program can pursue careers as materials engineers, research and development engineers, aerospace engineers, biomedical engineers, or energy storage engineers. They can work in industries such as aerospace, automotive, energy, or healthcare, and can be employed by companies such as Rolls-Royce, NASA, or Siemens. The industrial experience gained during the program can give graduates a competitive edge in the job market.