MSc Chemical Research in London United Kingdom | Queen Mary University of London

This MSc in Chemical Research, developed by globally recognized academics, offers outstanding preparation for doctoral studies or careers in the chemical sector. You'll become part of our close-knit academic environment and undertake an extensive research project with mentorship from leading experts in the field. You'll integrate into one of our dynamic research teams within the Chemistry Department, which holds the 8th position in the UK for research influence (REF 2021). The program maintains strong connections with chemical companies ranging from startups to multinational corporations, including industry leaders like AstraZeneca, GlaxoSmithKline, Pfizer, and Syngenta. You'll conduct experiments in our cutting-edge laboratories while collaborating with our enthusiastic research community, developing versatile analytical and investigative abilities applicable across diverse professional fields. Program Overview This master's program serves as a crucial transition between undergraduate education and the demands of industrial research or doctoral studies, providing students with sophisticated expertise and competencies for both trajectories. By blending practical laboratory experience with comprehensive theoretical coursework, participants will assemble an impressive skillset and acquire the assurance to address intricate chemistry problems. Emphasizing contemporary chemical methodologies for practical applications, the curriculum offers training on advanced equipment prevalent in both commercial and academic settings, such as NMR spectroscopy, chromatographic techniques, optical and mass spectrometry, vacuum technology, scientific programming, and molecular modeling. The cornerstone of the program is the Chemical Research Project – where students perform novel experimental or computational investigations supervised by faculty members. These projects are customized to individual interests, covering diverse chemistry disciplines including organic, inorganic, physical, computational, materials, medicinal, pharmaceutical, and analytical chemistry. Participants will dedicate roughly 30 weekly hours working with doctoral candidates, research fellows, and laboratory personnel, acquiring essential skills through cooperative learning and professional guidance.