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Materials are not only fundamental; they are the cornerstone of innovation in every field of engineering and science. Everything made by human hands, from the smallest microchip to the tallest skyscraper, begins with a material. The quality, performance, and capabilities of these materials have a huge impact on the outcome and success of any product. At The University of Manchester, materials scientists don’t just participate in the world; they reshape and revolutionise it.
Join a leading hub of materials innovation
The University of Manchester is home to one of the largest and most vibrant Department of Materials Science in Europe. Here, innovation isn’t just a buzzword — it’s a legacy. The University of Manchester proudly stands as the place where graphene was first isolated, unlocking the revolutionary potential of this wonder material and igniting a global transformation in science and technology.
The University’s commitment to maintaining its status at the forefront of materials research is demonstrated by its continual investment, highlighted by the development of the brand-new multi-million pound Engineering and Materials building. Facilities like the National Graphene Institute and the cutting-edge Graphene Engineering Innovation Centre (GEIC) stand as pillars of innovation, while The Henry Royce Institute paves the way for advanced materials research and development.
Explore its MSc courses in Materials Science and Engineering
The Department of Materials Science is a magnet for the brightest research talent, offering you hands-on experience in bespoke laboratories and advanced digital design studios. Its curriculum, written and delivered by leading experts in Materials Science, is rich with specialisations that prepare you for significant, impactful careers in a wide range of sectors.
Ranked 4th in the UK and within the top 25 globally for Materials Science by QS World Rankings 2024, the department’s MSc courses are fully accredited by the Institute of Materials, Minerals, and Mining (IOM3), ensuring you receive an education that is not only recognised, but respected worldwide.
MSc Advanced Engineering Materials
This course offers an in-depth exploration of how materials are crafted and developed to meet the demands of advancing technologies. You will study the relationship between materials’ design, properties, and their applications across various sectors and industries. The wide range of materials applications means that following your degree, you could work anywhere from pharmaceuticals to the aerospace industry.
Pursuing an MSc in Advanced Engineering Materials will enable you to not only improve current technologies but also to create new ones. You might even develop a material that launches an entirely new industry.
MSc Biomaterials
This MSc offers comprehensive training in today’s cutting-edge biomaterials used in clinical settings. Dive deep into the design and testing of materials aimed at enhancing human health. Gain insights into cellular structures — the fundamental units of tissues — and apply this knowledge to pioneer advanced biomedical materials. Upon graduating, you can pursue a dynamic career in many different industries from pharmaceuticals to biomedical engineering, or you might opt pursue a path in academic research.
MSc Corrosion Control Engineering
This course delves into the crucial science behind corrosion degradation — a major challenge confronting the energy sector, chemical industry, and aerospace and transport industries. As a corrosion engineer, you will master sustainable strategies to predict, prevent, and mitigate the corrosion of metallic components, crucial for enhancing safety, protecting the environment, and boosting profitability. Its graduates are highly sought after across various sectors, including nuclear, energy production, and manufacturing, playing pivotal roles in maintaining the integrity and longevity of industry infrastructure.
MSc Nanomaterials
Explore the fascinating world of nanomaterials with Manchester’s MSc course designed to educate students with specialist knowledge into this innovative class of materials. Discover their unique properties, learn how they are characterised, and understand how their nanoscale features can be leveraged for cutting-edge applications in sensors, energy storage, healthcare, and biomedical fields. This course opens doors to a spectrum of career opportunities, from addressing global challenges in climate change, environmental energy, and sustainability to pursuing an academic career.
MSc Polymer Materials Science and Engineering
In this course, you will explore many aspects of polymers – the fundamental components of plastics. You’ll learn how they are synthesised, the chemistry involved in their creation, and how to adjust and characterise their properties based on their chemical structure. You’ll discover how these properties influence the selection of materials for various applications, how they are moulded into desired shapes, and what occurs at the end of their lifecycle.
Graduating from this MSc opens doors to an array of career opportunities, particularly in the growing and emerging fields of sustainability and renewable energy.
MSc Textile Technology (Technical Textiles)
Embark on your journey with the pioneering MSc in Textile Technology at The University of Manchester and delve into the technologies essential for creating and analysing textile materials and clothing. The curriculum extends beyond foundational knowledge, empowering you to harness these materials for groundbreaking product development across diverse sectors, from aerospace to biomedical sciences.
You’ll explore the entire textile production process, from fibre and yarn production to fabric conversion, including advanced dyeing and finishing techniques. This comprehensive approach not only prepares you for varied careers in areas ranging from product design to fields of engineering, but it positions you at the forefront of textile innovation.
Discover where Materials can take you
The University of Manchester doesn’t just teach you about materials, it invites you to discover their potential to change the world. There’s no better place to start your journey in Materials Science than right here, where history is made, and the future is shaped.
Learn more about our courses and how to apply.
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