Cranfield University
Cranfield University is a English postgraduate public research university with campuses in Cranfield, Bedfordshire and Shrivenham, Oxfordshire. Originally established as the College of Aeronautics in 1946, the campus is unique in that it incorporates the Defence Academy of the United Kingdom at Shrivenham and also is home to its own semi-operational airport, Cranfield Airport, and its own aircraft used for teaching and research. What is the Cranfield University acceptance rate for International Students? The Cranfield University acceptance rate is over 62%. Student Life
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Cranfield Campus
Bedford, United Kingdom
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https://www.cranfield.ac.ukPrograms at Cranfield University
Explore academic programs available at Cranfield University
PGDip Welding Engineering
Manufacturing engineering is concerned with how things get made at scale: machining and forming processes, automation, factory layout, quality control and the cost of every decision. It involves designing production lines and improving them once they are running. Graduates often work in production engineering, process improvement, automation and quality assurance.
PGDip Renewable Energy
Renewable energy policy examines how governments and markets shift electricity, heat and transport away from fossil fuels: subsidies, carbon pricing, grid rules, permitting and public acceptance. Study blends knowledge of energy systems with economics, law and political analysis. Graduates often work in policy, regulation, utilities, consultancy and advocacy.
PGDip Metal Additive Manufacturing
Physical metallurgy examines the internal structure of metals and alloys and how it governs strength, hardness, corrosion and failure. Heat treatment, phase diagrams, microscopy and mechanical testing are core tools. Graduates often work in manufacturing, aerospace and automotive industries, materials testing laboratories, energy or research.
PGDip Management and Information Systems
Information systems sits between technology and the organisations that use it, covering how databases, networks and software are selected, integrated and governed to support real business processes. Systems analysis, data management and project delivery are core concerns. Graduates often work as systems analysts, IT consultants, database administrators and technology project leads.
PGDip in Thermal Power and Propulsion - Rotating Machinery, Engineering and Management option
How thermal energy moves by conduction, convection and radiation sits at the centre of this field, along with how that movement is calculated and controlled in design. Students work through mathematics, fluid behaviour, experiment and the simulation of thermal systems. Graduates often work in energy, process and building services engineering, electronics cooling and design roles.
PGDip in Thermal Power and Propulsion - Gas Turbine Technology option
Petrochemistry is the chemistry of petroleum and natural gas and of the fuels, plastics, fertilisers and other materials made from them. Students study refining and separation, catalysis, reaction processes and the analytical methods used to check quality. Graduates often work in refining and chemical production, process and quality laboratories, or research.
PGDip in Thermal Power and Propulsion - Aerospace Propulsion option
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
PGDip Future Food Sustainability
Sustainable development studies how human needs — energy, food, housing, work — can be met without exhausting the systems everyone depends on. It draws on economics, environmental science, governance and social equity, and asks who bears the cost of each choice. Graduates often work in development organisations, environmental programmes, policy analysis and corporate responsibility.
PGDip Forensic Investigation
Forensic science applies laboratory analysis to questions raised by investigations: what a trace of material is, where it came from, and what it can reliably show. Evidence handling, analytical chemistry and biology, and careful neutral reporting are central. Graduates often work in forensic laboratories, investigative support and analytical testing.
PGDip Forensic Archaeology and Anthropology
Anthropology asks what it means to be human, studying kinship, belief, language, power and material life across societies past and present. Much of the discipline rests on close fieldwork and careful comparison rather than assumption. Graduates often work in research, international development, museums, public policy, user research and the cultural sector.
PGDip Food Systems and Management
Food science applies chemistry, microbiology and engineering to what we eat: how ingredients behave, how products are preserved, and how safety and quality are controlled from processing to shelf. Laboratory analysis of formulation and composition is a common part of the work. Graduates often work in product development, quality assurance, food safety and manufacturing.
PGDip Environmental Engineering
Environmental science studies natural systems and the ways human activity alters them: climate, water, soil, air and ecosystems, along with the pollution and resource pressures that connect them. Fieldwork, laboratory analysis and data modelling are the usual tools. Graduates often work in environmental consultancy, conservation, water and waste management, regulation, research and sustainability roles.
PGDip Engineering and Management of Manufacturing Systems
Systems engineering handles the whole rather than the part: how requirements, components, people and software combine into something that works within real constraints of time, cost and risk. Students learn requirements analysis, modelling, integration, testing and lifecycle management. Graduates often work in aerospace, defence, energy, transport, healthcare technology and complex software projects.
PGDip Digital Forensics
Forensic science applies laboratory analysis to questions raised by investigations: what a trace of material is, where it came from, and what it can reliably show. Evidence handling, analytical chemistry and biology, and careful neutral reporting are central. Graduates often work in forensic laboratories, investigative support and analytical testing.
PGDip Aerospace Manufacturing
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
PGDip Advanced Mechanical Engineering
Mechanical engineering deals with machines and moving systems: how forces, materials, heat and fluids behave, and how to design and manufacture things that work reliably. Modelling, simulation and laboratory testing support the design process. Graduates often work in manufacturing, automotive and aerospace sectors, energy, robotics, and product design or testing.
PGCert Welding Engineering
Manufacturing engineering is concerned with how things get made at scale: machining and forming processes, automation, factory layout, quality control and the cost of every decision. It involves designing production lines and improving them once they are running. Graduates often work in production engineering, process improvement, automation and quality assurance.
PGCert Renewable Energy
Renewable energy policy examines how governments and markets shift electricity, heat and transport away from fossil fuels: subsidies, carbon pricing, grid rules, permitting and public acceptance. Study blends knowledge of energy systems with economics, law and political analysis. Graduates often work in policy, regulation, utilities, consultancy and advocacy.
PGCert Metal Additive Manufacturing
Physical metallurgy examines the internal structure of metals and alloys and how it governs strength, hardness, corrosion and failure. Heat treatment, phase diagrams, microscopy and mechanical testing are core tools. Graduates often work in manufacturing, aerospace and automotive industries, materials testing laboratories, energy or research.
PGCert Management and Information Systems
Information systems sits between technology and the organisations that use it, covering how databases, networks and software are selected, integrated and governed to support real business processes. Systems analysis, data management and project delivery are core concerns. Graduates often work as systems analysts, IT consultants, database administrators and technology project leads.
PGCert Future Food Sustainability
Sustainable development studies how human needs — energy, food, housing, work — can be met without exhausting the systems everyone depends on. It draws on economics, environmental science, governance and social equity, and asks who bears the cost of each choice. Graduates often work in development organisations, environmental programmes, policy analysis and corporate responsibility.
PGCert Forensic Investigation
Forensic science applies laboratory analysis to questions raised by investigations: what a trace of material is, where it came from, and what it can reliably show. Evidence handling, analytical chemistry and biology, and careful neutral reporting are central. Graduates often work in forensic laboratories, investigative support and analytical testing.
PGCert Food Systems and Management
Food science applies chemistry, microbiology and engineering to what we eat: how ingredients behave, how products are preserved, and how safety and quality are controlled from processing to shelf. Laboratory analysis of formulation and composition is a common part of the work. Graduates often work in product development, quality assurance, food safety and manufacturing.
PGCert Environmental Engineering
Environmental science studies natural systems and the ways human activity alters them: climate, water, soil, air and ecosystems, along with the pollution and resource pressures that connect them. Fieldwork, laboratory analysis and data modelling are the usual tools. Graduates often work in environmental consultancy, conservation, water and waste management, regulation, research and sustainability roles.
PGCert Engineering and Management of Manufacturing Systems
Systems engineering handles the whole rather than the part: how requirements, components, people and software combine into something that works within real constraints of time, cost and risk. Students learn requirements analysis, modelling, integration, testing and lifecycle management. Graduates often work in aerospace, defence, energy, transport, healthcare technology and complex software projects.
PGCert Digital Forensics
Forensic science applies laboratory analysis to questions raised by investigations: what a trace of material is, where it came from, and what it can reliably show. Evidence handling, analytical chemistry and biology, and careful neutral reporting are central. Graduates often work in forensic laboratories, investigative support and analytical testing.
PGCert Counterterrorism
This area studies political violence as a social process: how groups form, how ideologies spread, what conditions give rise to violence, and how states and media respond. Analysis stays empirical and comparative, drawing on sociology, criminology and political science. Graduates often move into research, security and risk analysis, journalism or policy work.
PGCert Aerospace Manufacturing
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
PGCert Aerospace Dynamics
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
PGCert Advanced Mechanical Engineering
Mechanical engineering deals with machines and moving systems: how forces, materials, heat and fluids behave, and how to design and manufacture things that work reliably. Modelling, simulation and laboratory testing support the design process. Graduates often work in manufacturing, automotive and aerospace sectors, energy, robotics, and product design or testing.
MSc Thermal Power and Propulsion
How thermal energy moves by conduction, convection and radiation sits at the centre of this field, along with how that movement is calculated and controlled in design. Students work through mathematics, fluid behaviour, experiment and the simulation of thermal systems. Graduates often work in energy, process and building services engineering, electronics cooling and design roles.
MSc Structural Design option in Aerospace Vehicle Design
Design is about shaping objects, images, spaces and experiences so they work well for the people who use them. Studio practice, sketching, prototyping and critique sit alongside research into users, materials and context. Graduates often work in studios and agencies, in-house creative teams, or independently across many industries.
MSc Safety and Human Factors in Aviation
Industrial design is the design of manufactured products, balancing form, function, materials, cost and how something feels in the hand. Students sketch, model, prototype and use computer-aided design, testing ideas with users and thinking about manufacture. Graduates work in design consultancies, manufacturers, consumer goods, transport, furniture and technology companies.
MSc Robotics
Robotics brings together mechanical design, electronics, control and software to build machines that sense and act in the physical world. Students work on motion, perception, autonomy and the algorithms that link them. Graduates often go into automation, manufacturing, autonomous vehicles, medical devices and research.
MSc Renewable Energy
Renewable energy policy examines how governments and markets shift electricity, heat and transport away from fossil fuels: subsidies, carbon pricing, grid rules, permitting and public acceptance. Study blends knowledge of energy systems with economics, law and political analysis. Graduates often work in policy, regulation, utilities, consultancy and advocacy.
MSc Metal Additive Manufacturing
Physical metallurgy examines the internal structure of metals and alloys and how it governs strength, hardness, corrosion and failure. Heat treatment, phase diagrams, microscopy and mechanical testing are core tools. Graduates often work in manufacturing, aerospace and automotive industries, materials testing laboratories, energy or research.
MSc Management and Information Systems
Information systems sits between technology and the organisations that use it, covering how databases, networks and software are selected, integrated and governed to support real business processes. Systems analysis, data management and project delivery are core concerns. Graduates often work as systems analysts, IT consultants, database administrators and technology project leads.
MSc in Thermal Power and Propulsion - Rotating Machinery, Engineering and Management option
How thermal energy moves by conduction, convection and radiation sits at the centre of this field, along with how that movement is calculated and controlled in design. Students work through mathematics, fluid behaviour, experiment and the simulation of thermal systems. Graduates often work in energy, process and building services engineering, electronics cooling and design roles.
MSc in Thermal Power and Propulsion - Power, Propulsion and the Environment option
How thermal energy moves by conduction, convection and radiation sits at the centre of this field, along with how that movement is calculated and controlled in design. Students work through mathematics, fluid behaviour, experiment and the simulation of thermal systems. Graduates often work in energy, process and building services engineering, electronics cooling and design roles.
MSc in Thermal Power and Propulsion - Marine Propulsion Technology option
How thermal energy moves by conduction, convection and radiation sits at the centre of this field, along with how that movement is calculated and controlled in design. Students work through mathematics, fluid behaviour, experiment and the simulation of thermal systems. Graduates often work in energy, process and building services engineering, electronics cooling and design roles.
MSc in Thermal Power and Propulsion - Gas Turbine Technology option
Petrochemistry is the chemistry of petroleum and natural gas and of the fuels, plastics, fertilisers and other materials made from them. Students study refining and separation, catalysis, reaction processes and the analytical methods used to check quality. Graduates often work in refining and chemical production, process and quality laboratories, or research.
MSc in Thermal Power and Propulsion - Aerospace Propulsion option
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
MSc Global Environmental Change and Planetary Health
Environmental science studies natural systems and the ways human activity alters them: climate, water, soil, air and ecosystems, along with the pollution and resource pressures that connect them. Fieldwork, laboratory analysis and data modelling are the usual tools. Graduates often work in environmental consultancy, conservation, water and waste management, regulation, research and sustainability roles.
MSc Future Food Sustainability
Food science applies chemistry, microbiology and engineering to what we eat: how ingredients behave, how products are preserved, and how safety and quality are controlled from processing to shelf. Laboratory analysis of formulation and composition is a common part of the work. Graduates often work in product development, quality assurance, food safety and manufacturing.
MSc Forensic Investigation
Forensic science applies laboratory analysis to questions raised by investigations: what a trace of material is, where it came from, and what it can reliably show. Evidence handling, analytical chemistry and biology, and careful neutral reporting are central. Graduates often work in forensic laboratories, investigative support and analytical testing.
MSc Forensic Biology
Biology is the study of living things, from molecules and cells to organisms, populations and whole ecosystems. Laboratory and field methods sit alongside genetics, physiology, evolution and ecology. Graduates often move into research and laboratory work, healthcare and pharmaceutical sectors, conservation and environmental roles, education and science communication.
MSc Forensic Archaeology and Anthropology
Forensic science applies laboratory analysis to questions raised by investigations: what a trace of material is, where it came from, and what it can reliably show. Evidence handling, analytical chemistry and biology, and careful neutral reporting are central. Graduates often work in forensic laboratories, investigative support and analytical testing.
MSc Food Systems and Management
Food science applies chemistry, microbiology and engineering to what we eat: how ingredients behave, how products are preserved, and how safety and quality are controlled from processing to shelf. Laboratory analysis of formulation and composition is a common part of the work. Graduates often work in product development, quality assurance, food safety and manufacturing.
MSc Environmental Management for Business
Environmental management is about running organisations and land in ways that limit harm to ecosystems, air, water and climate. Studies combine environmental science with regulation, auditing, risk assessment and negotiation between stakeholders. Graduates often work in sustainability teams, consultancy, waste and water management, conservation organisations and government agencies.
MSc Environmental Engineering
Civil engineering covers the design, construction and maintenance of the built environment: buildings, bridges, roads, water supply, drainage and other infrastructure. Mechanics, materials and structural analysis combine with project planning and constant attention to safety and cost. Graduates often work in design consultancies, construction, transport, and water or environmental engineering.
MSc Engineering and Management of Manufacturing Systems
Manufacturing engineering is concerned with how things get made at scale: machining and forming processes, automation, factory layout, quality control and the cost of every decision. It involves designing production lines and improving them once they are running. Graduates often work in production engineering, process improvement, automation and quality assurance.
MSc Data Science and Artificial Intelligence for Sustainability
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
MSc Connected and Autonomous Vehicle Engineering (Automotive)
Automotive engineering applies mechanical and electrical principles to vehicles: engines and electric drivetrains, chassis and suspension, safety structures, and the electronics that control them. Design, simulation and testing of components and whole systems run through the field. Graduates often work in vehicle design, powertrain development, testing and manufacturing.
MSc Computational Fluid Dynamics
Fluid dynamics studies how liquids and gases move: flow around wings and vehicles, through pipes and turbines, in oceans and the atmosphere. Mathematical modelling, experiment and computational simulation are the main tools. Graduates often work in aerospace, energy, automotive and environmental engineering, and in scientific computing.
MSc Avionic Systems Design option in Aerospace Vehicle Design
Design is about shaping objects, images, spaces and experiences so they work well for the people who use them. Studio practice, sketching, prototyping and critique sit alongside research into users, materials and context. Graduates often work in studios and agencies, in-house creative teams, or independently across many industries.
MSc Aviation Digital Technology Management
Aviation management covers the business and operations of air transport: airline scheduling and revenue, airport ground operations, safety systems, regulation, and the movement of passengers and cargo. Management fundamentals pair with an understanding of how the industry actually runs. Graduates often work for airlines, airports, ground handling firms and aviation authorities.
MSc Autonomous Vehicle Dynamics and Control
Vehicle dynamics examines how vehicles accelerate, brake, corner and respond to the road, drawing on mechanics, tyre behaviour, suspension design and control. Students model motion, run simulations and interpret test data to improve handling, ride comfort and safety. Graduates often work in automotive engineering, motorsport, testing and research.
MSc Automotive Mechatronics
Automotive engineering applies mechanical and electrical principles to vehicles: engines and electric drivetrains, chassis and suspension, safety structures, and the electronics that control them. Design, simulation and testing of components and whole systems run through the field. Graduates often work in vehicle design, powertrain development, testing and manufacturing.
MSc Automotive Engineering
Automotive engineering applies mechanical and electrical principles to vehicles: engines and electric drivetrains, chassis and suspension, safety structures, and the electronics that control them. Design, simulation and testing of components and whole systems run through the field. Graduates often work in vehicle design, powertrain development, testing and manufacturing.
MSc Astronautics and Space Engineering
Engineering and technology cover the design, building and improvement of the systems, machines and processes societies depend on. Whatever the specialism, the method stays recognisable: apply mathematics and science, model the problem, test, and refine within real constraints of cost, safety and materials. Graduates work across industry, infrastructure, energy and technology development.
MSc Applied Bioinformatics
Bioinformatics uses computing and statistics to make sense of biological data — genomes, proteins, gene expression and the results of large-scale experiments. Programming, algorithms and molecular biology are learned together. Graduates often work in genomics, drug discovery, clinical diagnostics, agricultural research and data-focused roles across the life sciences.
MSc Airport Planning and Management
Aviation management covers the business and operations of air transport: airline scheduling and revenue, airport ground operations, safety systems, regulation, and the movement of passengers and cargo. Management fundamentals pair with an understanding of how the industry actually runs. Graduates often work for airlines, airports, ground handling firms and aviation authorities.
MSc Aircraft Design option in Aerospace Vehicle Design
Aviation management covers the business and operations of air transport: airline scheduling and revenue, airport ground operations, safety systems, regulation, and the movement of passengers and cargo. Management fundamentals pair with an understanding of how the industry actually runs. Graduates often work for airlines, airports, ground handling firms and aviation authorities.
MSc Air Transport Management
Transportation studies how people and goods move by road, rail, sea and air, and how networks are planned, operated and funded. Coursework can span traffic engineering, logistics, economics and policy, with attention to safety, congestion and emissions. Graduates often work in transport planning, logistics operations, infrastructure projects and public agencies.
MSc Aerospace Vehicle Design
Design is about shaping objects, images, spaces and experiences so they work well for the people who use them. Studio practice, sketching, prototyping and critique sit alongside research into users, materials and context. Graduates often work in studios and agencies, in-house creative teams, or independently across many industries.
MSc Aerospace Manufacturing
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
MSc Aerospace Dynamics
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
MSc Advanced Mechanical Engineering
Mechanical engineering deals with machines and moving systems: how forces, materials, heat and fluids behave, and how to design and manufacture things that work reliably. Modelling, simulation and laboratory testing support the design process. Graduates often work in manufacturing, automotive and aerospace sectors, energy, robotics, and product design or testing.
MSc Advanced Lightweight and Composite Structures
Polymer science studies the long-chain molecules behind plastics, rubbers, fibres, adhesives and many biological materials — how they are synthesised, how their structure governs strength, flexibility and durability, and how they are processed and recycled. Graduates often work in materials manufacturing, packaging, medical devices, coatings and research.
MSc Advanced Air Mobility Systems
Aviation management covers the business and operations of air transport: airline scheduling and revenue, airport ground operations, safety systems, regulation, and the movement of passengers and cargo. Management fundamentals pair with an understanding of how the industry actually runs. Graduates often work for airlines, airports, ground handling firms and aviation authorities.
MSc Welding Engineering
Engineering and technology cover the design, building and improvement of the systems, machines and processes societies depend on. Whatever the specialism, the method stays recognisable: apply mathematics and science, model the problem, test, and refine within real constraints of cost, safety and materials. Graduates work across industry, infrastructure, energy and technology development.
MSc Finance
Finance concerns how money is raised, invested and managed, and how risk and return are priced over time. Topics run from corporate funding decisions and valuation through to markets, portfolios and financial instruments. Graduates often work in corporate finance, banking, investment and asset management, risk analysis and financial planning.
MSc Applied Artificial Intelligence
Artificial intelligence studies how machines can perceive, learn, reason and act, covering machine learning, neural networks, language and vision, search and planning, and the ethical questions raised along the way. Mathematics and programming underpin the work. Graduates often work in machine learning engineering, research, data roles, robotics and product development.
MSc Advanced Motorsport Mechatronics
Mechanical engineering deals with machines and moving systems: how forces, materials, heat and fluids behave, and how to design and manufacture things that work reliably. Modelling, simulation and laboratory testing support the design process. Graduates often work in manufacturing, automotive and aerospace sectors, energy, robotics, and product design or testing.
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