Master of Science - Advanced Engineering Materials

The MSc Advanced Engineering Materials at Derby provides an in-depth understanding of the multidisciplinary field of engineering materials, integrating concepts from materials science, chemistry, physics, nanotechnology, and engineering. The programme develops a comprehensive understanding of how material properties can be engineered at the atomic and molecular level to optimise performance and functionality. Students engage in cutting-edge research, investigate emerging materials, and contribute to the development of transformative technologies, playing a key role in driving innovation, enhancing product development, and improving manufacturing processes. The field of materials engineering is continuously evolving due to the growing demand for innovative and sustainable materials across industries such as aerospace, automotive, energy, healthcare, and electronics. Advanced materials are crucial in shaping the future of technology and engineering applications, including renewable energy, electric vehicles, and biocompatible medical materials. The MSc Advanced Engineering Materials equips professionals with the expertise required to meet these diverse industrial and societal challenges. Graduates are positioned to develop solutions in areas such as lightweight materials for energy-efficient transportation, materials for clean energy generation, sustainable construction materials, and biocompatible medical implants. The programme contributes to economic growth by preparing a skilled workforce sought after by both established industries and emerging startups, enhancing research, product development, and innovation. Upon completion, graduates are able to demonstrate a systematic understanding of the knowledge base and critical awareness of current problems and new developments in advanced engineering materials. They can conduct research using computational and analytical techniques, apply advanced knowledge to solve complex materials engineering problems, critically evaluate current research, and make informed decisions considering environmental, social, and business impacts. Graduates are capable of managing complex engineering issues creatively, communicating conclusions effectively to specialist and non-specialist audiences, and demonstrating self-direction and originality in tackling technical problems, with the ability to act autonomously and continue professional development.