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The MPhil is a two-year program tailored for students and professionals holding a degree in Chemistry or a related field. The first year consists of structured coursework, while the second year is dedicated entirely to research. Over these two years, participants receive comprehensive theoretical training in Chemistry while honing advanced research capabilities through two key projects:
a summer research initiative in Year 1, culminating in a 15,000-word thesis, followed by a year-long research endeavor in Year 2 that produces a dissertation not exceeding 60,000 words. This program is ideal for those seeking to deepen their chemical knowledge and research proficiency. Most students pursue this qualification as preparation for subsequent PhD studies.
MPhil duration: typically two years. Year 1 combines coursework with a research component, while Year 2 involves intensive research culminating in a maximum 60,000-word dissertation.
Creating advanced biological molecules and innovative materials demands thorough comprehension of nanoscale architecture and molecular dynamics. Structural chemistry enables the customized development, creation, and analysis of substances with unique magnetic, electronic, and catalytic characteristics. Studies in chemical dynamics, both experimental and theoretical, enhance our understanding of crystal formation, geological phenomena, and molecular self-organization. This research bridges molecular and material structures with their functions. The program focuses on designing innovative structures with specialized properties for applications including energy storage, catalytic systems, renewable energy technologies, and advanced magnetic materials. Investigating chemical dynamics plays a vital role in improving material conductivity, surface molecular organization, and pharmaceutical crystallization processes.