Master of Chemistry - Synthesis and Materials Science

Chemistry is a foundation science that shapes our modern world and addresses complex societal issues. It enables us to live healthier and more productive and sustainable lives while presenting opportunities for discovery and innovation. As society’s needs and challenges evolve, chemistry continues to play a central role in developing solutions and driving progress. The Master of Chemistry is specifically designed to prepare you for a successful career in related industries, or to undertake further research as a pathway into PhD programs. To achieve this the course is divided into three distinctive phases (Transition, Mastery and Capstone), each building upon the previous to provide you with a comprehensive training in experimental skills and understanding of the field to contribute to today's and tomorrow’s challenges.
Phase 1: Transition (Theoretical Foundations): In the initial phase, you'll dive into the theoretical foundations of chemistry, setting the stage for your future exploration. Depending on your chosen stream, you'll develop advanced knowledge in either Synthetic and Materials Science, or Analytical and Environmental Science. These concepts will serve as the foundation upon which you'll analyse complex problems and craft innovative solutions.

Phase 2: Mastery (Practice of Chemistry): This phase focuses on the practical application of chemistry, putting your theoretical knowledge into action. You'll engage with real-world problems and the latest advancements in the field, hone your problem-solving abilities, become aware of the regulatory frameworks governing chemical handling in workplaces, and build your research and technical skills. In doing so, you will learn project design, safety assessment, data collection using our cutting-edge facilities and instruments, and effective communication – all essential skills for a successful chemist.

Phase 3: Research (Thesis and Real-World Engagement): The research phase completes your learning journey, where you'll work on a thesis with one of our research groups, collaborating with world-renowned academics on projects related to sustainability, new materials, and environmental chemistry. Your projects may involve designing therapeutic agents for disease treatment, creating renewable materials to replace fossil fuels, or developing innovative analytical instruments for health and environmental monitoring. This phase pushes you to further refine your advanced techniques, problem-solving capabilities, and communication skills.

By participating in this course, you will become highly proficient in chemistry, and gain a range of valuable skills that are highly sought-after by industry employers and research institutions. Whether you're interested in pursuing a career in chemistry, or aiming for advanced research degrees, this course serves as a robust pathway to both.