Explore materials science, composites, metallurgy, polymers, ceramics, lightweight structures, additive manufacturing and advanced materials used across aerospace, automotive, energy and high-performance engineering.
Materials engineering determines how structures and products behave under heat, load, vibration, fatigue, corrosion and extreme operating environments. It is therefore fundamental to aerospace, automotive, nuclear, renewable-energy and advanced-manufacturing industries.
The pathway includes metals, composites, polymers, ceramics, nanomaterials, coatings, additive manufacturing and material-characterisation techniques. Aerospace and motorsport applications place particular emphasis on strength-to-weight ratio, fatigue life, temperature resistance and manufacturability.
Students may enter through materials science, metallurgy, mechanical engineering, aerospace engineering, chemistry, physics or specialised manufacturing programmes.
Career Direction
Materials engineers develop, select, test and analyse materials used in engineered systems. Careers can focus on research, manufacturing, structural integrity, failure investigation, quality, composites, metallurgy or advanced processing.
Specialists are particularly important where weight, durability, temperature, corrosion or safety requirements are demanding, including aircraft structures, turbine systems, motorsport, batteries, nuclear systems and renewable-energy equipment.
Courses selected by UCO Aero for this pathway.
A research-focused master's combining advanced materials science coursework with laboratory research across metals, ceramics, semiconductors and emerging materials.
An 11-month MPhil focused on advanced materials, characterisation and device technologies for low-carbon energy generation, storage and sustainable systems.
A 45-unit terminal MS providing advanced training in solid-state fundamentals, materials engineering, laboratory methods and materials-focused electives.
A two-year MSc covering advanced materials design, processing, characterisation and applications across metals, ceramics, polymers, composites and nanotechnology.
A specialist MSc focused on advanced materials for energy storage, batteries, renewable energy, materials processing and sustainable energy technologies.
A specialist MSc focused on advanced construction materials, materials behaviour, durability and sustainable infrastructure engineering.
A research-intensive master's covering advanced materials, energy storage, nanomaterials, semiconductors, biomaterials, quantum devices and computational modelling.
A one-year MSc focused on the design, selection, processing, properties and performance of advanced materials for modern engineering applications.
A one-year MSc covering advanced materials structure, properties, applications, research methods, innovation and materials entrepreneurship.
A two-year MSc combining advanced materials science, research, industrial experience and engineering applications across modern material systems.
Editorially selected programmes supported by ranking information recorded in the UCO Aero CMS.
No Top-Ranked Courses have been selected for this pathway yet.
Indian study routes include materials science, metallurgy, metallurgical and materials engineering, mechanical engineering, manufacturing and specialised postgraduate programmes in composites and advanced materials.
No active India programmes are currently linked to this pathway.
International programmes can specialise in aerospace materials, composites, metallurgy, polymers, nanotechnology, additive manufacturing, sustainable materials, energy materials and computational materials science.
An advanced specialist MSc delivered by Imperial's Department of Aeronautics. It develops high-level aeronautical-engineering knowledge using industry-standard engineering software and research-led teaching, with opportunities to study specialist areas across modern aeronautics.
An advanced aerospace MSc combining aerodynamics, aerospace structures, spacecraft systems, advanced manufacturing and sustainable aerospace technologies. It also addresses emerging areas such as autonomous aerospace vehicles and technologies for reducing the aerospace industry's environmental impact. City St George's, University of London
A one-year MSc focused on the design, selection, processing, properties and performance of advanced materials for modern engineering applications.
An advanced MSc in lightweight metallic and composite structures, structural analysis, crashworthiness, finite elements and sustainable engineering design.
An advanced manufacturing MSc covering automation, micro and nano manufacturing, materials, production technology and manufacturing systems.
An advanced materials MSc covering metallurgy, composites, manufacturing, materials processing and industrial materials engineering.
A specialist MSc focused on advanced materials for energy storage, batteries, renewable energy, materials processing and sustainable energy technologies.
A one-year MSc covering advanced materials structure, properties, applications, research methods, innovation and materials entrepreneurship.
A specialist MSc focused on advanced construction materials, materials behaviour, durability and sustainable infrastructure engineering.
An advanced materials MSc covering materials selection, processing, composites, functional materials, additive manufacturing and sustainable engineering applications.
An advanced mechanical engineering MSc offering flexible technical study across mechanics, fluids, energy, materials, aerospace and engineering management.
An advanced mechanical engineering MSc specialising in aerospace systems, aerodynamics, flight mechanics, lightweight structures and engineering design.
A specialist mechanical engineering MSc focusing on materials science, metallurgy, composites, manufacturing and structural performance.
An accredited undergraduate engineering degree combining mechanical engineering fundamentals with aircraft design, flight, aerodynamics and aerospace systems.
A five-year integrated engineering degree combining mechanical engineering with aerodynamics, aircraft systems, propulsion and lightweight structures.
An integrated engineering degree covering aircraft design, aerodynamics, structures, thermofluids, mechanics, materials, computing and aircraft systems, with exposure to areas including sustainable propulsion and autonomous flight
A four-year integrated master's specialising in aerospace design, performance, analysis and systems. Students first develop core mechanical-engineering principles before progressing into aerospace-specific engineering and design.
A postgraduate aerospace-engineering programme providing advanced study relevant to aircraft and aerospace-system development, building specialist engineering knowledge beyond undergraduate level.
A broad advanced aerospace programme with study opportunities spanning aerodynamic design, computational fluid dynamics, turbulence, structures, heat transfer, aerospace systems and related aircraft and space-engineering topics.
An advanced aerospace MSc covering areas including aerodynamics, propulsion, materials, structures, systems integration and flight control. Students can develop specialist knowledge in areas such as aeromechanics or avionics and take part in applied aerospace projects.
A one-year advanced aerospace MSc combining fundamental and specialised aerospace-engineering study. The course includes advanced technical options, aircraft-design teamwork and an individual research project. University of Bristol
A specialist MSc in aerospace production, advanced manufacturing, industrial systems and improvement of aircraft and spacecraft manufacturing processes.
A highly specialised aerospace design master's centred on the multidisciplinary process of designing aerospace vehicles. The programme supports specialist routes such as aircraft design, structural design and avionics systems design and combines technical modules with large-scale aerospace design project work. Cranfield University
Part-time aircraft engineering, design, integration and technical leadership for working professionals.
A one-year full-time postgraduate programme developing advanced automotive-engineering knowledge alongside analytical, design, manufacturing and management skills. It covers automotive technologies, engineering materials, analytical tools and project work.
A whole-vehicle engineering MSc covering propulsion, electrification, vehicle dynamics, aerodynamics, structures and automotive systems integration.
A specialist MSc covering the design and development of road and competition vehicles. Topics include vehicle systems, powertrains, electric and hybrid vehicles, modelling and simulation, data analysis, racing-vehicle design and motorsport performance.
An interdisciplinary MSc combining artificial intelligence, machine learning, Python, computational chemistry and data-intensive scientific research.
A design engineering MSc focused on advanced product development, engineering design, digital tools, innovation and industrial project management.
A design-engineering MSc integrating sustainable product development, manufacturing, materials, resource efficiency and industrial design practice.
A 120 ECTS engineering MSc covering renewable-energy conversion, energy systems, photovoltaic technologies, storage, heat pumps and sustainable energy management.
Engineering solutions for pollution control, resource recovery, resilience and environmental protection.
A one-year MSc covering environmental management, climate change, biodiversity, water resources, governance and practical sustainability solutions.
A two-year interdisciplinary MSc covering climate, ecology, pollution, environmental policy, landscapes and human-environment systems with professional experience.
A one-year interdisciplinary MSc applying science, technology, economics and policy to environmental management and sustainable development challenges.
An 11-month MPhil focused on advanced materials, characterisation and device technologies for low-carbon energy generation, storage and sustainable systems.
An 11-month professional MPhil integrating engineering, sustainability metrics, management and systems thinking for sustainable development leadership.
An intensive engineering MPhil covering nuclear power, reactor technology, fuel cycles, safety, policy and the future development of nuclear energy.
A research-intensive master's covering advanced materials, energy storage, nanomaterials, semiconductors, biomaterials, quantum devices and computational modelling.
A one-year MSc combining advanced manufacturing, materials, nanoengineering, entrepreneurship and commercialisation for future engineering innovators.
A two-year interdisciplinary master's combining engineering, design, systems thinking and innovation to solve complex real-world technical and societal challenges.
A flexible 30-credit professional nuclear engineering master's covering advanced reactor, radiation and nuclear technology topics for working engineers.
An advanced graduate programme in mechanics combining engineering science, materials, structures, mathematical methods and interdisciplinary technical study.
A research-focused master's combining advanced materials science coursework with laboratory research across metals, ceramics, semiconductors and emerging materials.
A 45-unit terminal MS providing advanced training in solid-state fundamentals, materials engineering, laboratory methods and materials-focused electives.
A two-year MSc covering advanced materials design, processing, characterisation and applications across metals, ceramics, polymers, composites and nanotechnology.
A two-year MSc combining advanced materials science, research, industrial experience and engineering applications across modern material systems.
A one-year MSc focused on advanced materials for renewable energy, energy storage, efficient energy use, carbon capture and low-carbon technologies.
A professionally accredited mechanical engineering degree covering mechanics, thermofluids, dynamics, materials, design, manufacturing and energy systems.
A specialist motorsport master's covering vehicle dynamics, aerodynamics, lap-time simulation, race engineering, advanced materials and composites, electric vehicles, engineering business management and an individual engineering research project.
An interdisciplinary MSc covering nanoscale physics, chemistry, materials and state-of-the-art nanoscience research and characterisation methods.
A specialist MSc covering nuclear decommissioning, radioactive waste processing, disposal, radiation protection, remediation and environmental management.
A professional graduate programme combining advanced nuclear engineering with technical leadership, innovation and applied engineering practice.
A two-year MSc covering nuclear fission and fusion, reactor systems, safety, nuclear materials, fuel cycles and radiation technologies.
An advanced engineering master's covering fission, fusion, nuclear materials, radiation transport, radiation detection, policy and radiological sciences.
A one-year multidisciplinary MSc covering nuclear fission and fusion, reactor physics, nuclear engineering, materials, safety culture and industry practice.
A multidisciplinary MSc covering nuclear science, reactor technology, radiation, fuel cycles, safety and advanced technologies for the nuclear sector.
A specialist reactor-engineering MSc covering reactor physics, radiation transport, fuel cycles, nuclear materials, reactor control and fusion technology.
A specialist MSc in plasma physics and nuclear fusion covering tokamaks, stellarators, inertial confinement, simulations and experimental diagnostics.
A renewable-energy MSc with engineering and management routes covering solar, wind, hydrogen, energy systems, economics and sustainability.
A specialist MSc combining renewable energy, geoscience, geophysics, artificial intelligence and data science for renewable-energy site assessment and development.
An interdisciplinary MSc developing sustainability strategy, systems thinking, environmental assessment and practical approaches to sustainable transition.
A one-year MSc covering photovoltaics, batteries, fuel cells, wind, wave and tidal energy, electrical power systems and low-carbon energy technologies.
A cross-disciplinary MSc covering renewable energy systems, storage, solar, wind, hydro, buildings, environmental control and sustainable engineering.
A two-year MSc integrating sustainable management, technology, biotechnology, materials and circular economy for climate-neutral business transformation.
A sustainability MSc combining resource economics, public policy, circular economy and transition management for equitable and efficient resource use.
Gas turbines, propulsion, thermal systems and low-emission power engineering.
Welding processes, metallurgy, structural integrity, automation and manufacturing quality.
Browse every active programme currently linked to the Materials & Advanced Materials pathway.
An advanced specialist MSc delivered by Imperial's Department of Aeronautics. It develops high-level aeronautical-engineering knowledge using industry-standard engineering software and research-led teaching, with opportunities to study specialist areas across modern aeronautics.
An advanced aerospace MSc combining aerodynamics, aerospace structures, spacecraft systems, advanced manufacturing and sustainable aerospace technologies. It also addresses emerging areas such as autonomous aerospace vehicles and technologies for reducing the aerospace industry's environmental impact. City St George's, University of London
A one-year MSc focused on the design, selection, processing, properties and performance of advanced materials for modern engineering applications.
An advanced MSc in lightweight metallic and composite structures, structural analysis, crashworthiness, finite elements and sustainable engineering design.
An advanced manufacturing MSc covering automation, micro and nano manufacturing, materials, production technology and manufacturing systems.
An advanced materials MSc covering metallurgy, composites, manufacturing, materials processing and industrial materials engineering.
A specialist MSc focused on advanced materials for energy storage, batteries, renewable energy, materials processing and sustainable energy technologies.
A one-year MSc covering advanced materials structure, properties, applications, research methods, innovation and materials entrepreneurship.
A specialist MSc focused on advanced construction materials, materials behaviour, durability and sustainable infrastructure engineering.
An advanced materials MSc covering materials selection, processing, composites, functional materials, additive manufacturing and sustainable engineering applications.
An advanced mechanical engineering MSc offering flexible technical study across mechanics, fluids, energy, materials, aerospace and engineering management.
An advanced mechanical engineering MSc specialising in aerospace systems, aerodynamics, flight mechanics, lightweight structures and engineering design.
A specialist mechanical engineering MSc focusing on materials science, metallurgy, composites, manufacturing and structural performance.
An accredited undergraduate engineering degree combining mechanical engineering fundamentals with aircraft design, flight, aerodynamics and aerospace systems.
A five-year integrated engineering degree combining mechanical engineering with aerodynamics, aircraft systems, propulsion and lightweight structures.
An integrated engineering degree covering aircraft design, aerodynamics, structures, thermofluids, mechanics, materials, computing and aircraft systems, with exposure to areas including sustainable propulsion and autonomous flight
A four-year integrated master's specialising in aerospace design, performance, analysis and systems. Students first develop core mechanical-engineering principles before progressing into aerospace-specific engineering and design.
A postgraduate aerospace-engineering programme providing advanced study relevant to aircraft and aerospace-system development, building specialist engineering knowledge beyond undergraduate level.
A broad advanced aerospace programme with study opportunities spanning aerodynamic design, computational fluid dynamics, turbulence, structures, heat transfer, aerospace systems and related aircraft and space-engineering topics.
An advanced aerospace MSc covering areas including aerodynamics, propulsion, materials, structures, systems integration and flight control. Students can develop specialist knowledge in areas such as aeromechanics or avionics and take part in applied aerospace projects.
A one-year advanced aerospace MSc combining fundamental and specialised aerospace-engineering study. The course includes advanced technical options, aircraft-design teamwork and an individual research project. University of Bristol
A specialist MSc in aerospace production, advanced manufacturing, industrial systems and improvement of aircraft and spacecraft manufacturing processes.
A highly specialised aerospace design master's centred on the multidisciplinary process of designing aerospace vehicles. The programme supports specialist routes such as aircraft design, structural design and avionics systems design and combines technical modules with large-scale aerospace design project work. Cranfield University
Part-time aircraft engineering, design, integration and technical leadership for working professionals.
A one-year full-time postgraduate programme developing advanced automotive-engineering knowledge alongside analytical, design, manufacturing and management skills. It covers automotive technologies, engineering materials, analytical tools and project work.
A whole-vehicle engineering MSc covering propulsion, electrification, vehicle dynamics, aerodynamics, structures and automotive systems integration.
A specialist MSc covering the design and development of road and competition vehicles. Topics include vehicle systems, powertrains, electric and hybrid vehicles, modelling and simulation, data analysis, racing-vehicle design and motorsport performance.
An interdisciplinary MSc combining artificial intelligence, machine learning, Python, computational chemistry and data-intensive scientific research.
A design engineering MSc focused on advanced product development, engineering design, digital tools, innovation and industrial project management.
A design-engineering MSc integrating sustainable product development, manufacturing, materials, resource efficiency and industrial design practice.
A 120 ECTS engineering MSc covering renewable-energy conversion, energy systems, photovoltaic technologies, storage, heat pumps and sustainable energy management.
Engineering solutions for pollution control, resource recovery, resilience and environmental protection.
A one-year MSc covering environmental management, climate change, biodiversity, water resources, governance and practical sustainability solutions.
A two-year interdisciplinary MSc covering climate, ecology, pollution, environmental policy, landscapes and human-environment systems with professional experience.
A one-year interdisciplinary MSc applying science, technology, economics and policy to environmental management and sustainable development challenges.
An 11-month MPhil focused on advanced materials, characterisation and device technologies for low-carbon energy generation, storage and sustainable systems.
An 11-month professional MPhil integrating engineering, sustainability metrics, management and systems thinking for sustainable development leadership.
An intensive engineering MPhil covering nuclear power, reactor technology, fuel cycles, safety, policy and the future development of nuclear energy.
A research-intensive master's covering advanced materials, energy storage, nanomaterials, semiconductors, biomaterials, quantum devices and computational modelling.
A one-year MSc combining advanced manufacturing, materials, nanoengineering, entrepreneurship and commercialisation for future engineering innovators.
A two-year interdisciplinary master's combining engineering, design, systems thinking and innovation to solve complex real-world technical and societal challenges.
A flexible 30-credit professional nuclear engineering master's covering advanced reactor, radiation and nuclear technology topics for working engineers.
An advanced graduate programme in mechanics combining engineering science, materials, structures, mathematical methods and interdisciplinary technical study.
A research-focused master's combining advanced materials science coursework with laboratory research across metals, ceramics, semiconductors and emerging materials.
A 45-unit terminal MS providing advanced training in solid-state fundamentals, materials engineering, laboratory methods and materials-focused electives.
A two-year MSc covering advanced materials design, processing, characterisation and applications across metals, ceramics, polymers, composites and nanotechnology.
A two-year MSc combining advanced materials science, research, industrial experience and engineering applications across modern material systems.
A one-year MSc focused on advanced materials for renewable energy, energy storage, efficient energy use, carbon capture and low-carbon technologies.
A professionally accredited mechanical engineering degree covering mechanics, thermofluids, dynamics, materials, design, manufacturing and energy systems.
A specialist motorsport master's covering vehicle dynamics, aerodynamics, lap-time simulation, race engineering, advanced materials and composites, electric vehicles, engineering business management and an individual engineering research project.
An interdisciplinary MSc covering nanoscale physics, chemistry, materials and state-of-the-art nanoscience research and characterisation methods.
A specialist MSc covering nuclear decommissioning, radioactive waste processing, disposal, radiation protection, remediation and environmental management.
A professional graduate programme combining advanced nuclear engineering with technical leadership, innovation and applied engineering practice.
A two-year MSc covering nuclear fission and fusion, reactor systems, safety, nuclear materials, fuel cycles and radiation technologies.
An advanced engineering master's covering fission, fusion, nuclear materials, radiation transport, radiation detection, policy and radiological sciences.
A one-year multidisciplinary MSc covering nuclear fission and fusion, reactor physics, nuclear engineering, materials, safety culture and industry practice.
A multidisciplinary MSc covering nuclear science, reactor technology, radiation, fuel cycles, safety and advanced technologies for the nuclear sector.
A specialist reactor-engineering MSc covering reactor physics, radiation transport, fuel cycles, nuclear materials, reactor control and fusion technology.
A specialist MSc in plasma physics and nuclear fusion covering tokamaks, stellarators, inertial confinement, simulations and experimental diagnostics.
A renewable-energy MSc with engineering and management routes covering solar, wind, hydrogen, energy systems, economics and sustainability.
A specialist MSc combining renewable energy, geoscience, geophysics, artificial intelligence and data science for renewable-energy site assessment and development.
An interdisciplinary MSc developing sustainability strategy, systems thinking, environmental assessment and practical approaches to sustainable transition.
A one-year MSc covering photovoltaics, batteries, fuel cells, wind, wave and tidal energy, electrical power systems and low-carbon energy technologies.
A cross-disciplinary MSc covering renewable energy systems, storage, solar, wind, hydro, buildings, environmental control and sustainable engineering.
A two-year MSc integrating sustainable management, technology, biotechnology, materials and circular economy for climate-neutral business transformation.
A sustainability MSc combining resource economics, public policy, circular economy and transition management for equitable and efficient resource use.
Gas turbines, propulsion, thermal systems and low-emission power engineering.
Welding processes, metallurgy, structural integrity, automation and manufacturing quality.
Guidance
Book a structured guidance session to discuss study options, career direction, applications and practical next actions.
Book guidance