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Our Physics MPhys programme offers a broad and rigorous education in physics, underpinned by strong computational and mathematical training. These skills are in high demand across cutting-edge industries, from quantum technologies and photonics to renewable energy and advanced manufacturing.
Physics is not just a theoretical discipline — it’s the engine behind many of today’s most transformative technologies. From revolutionising medical imaging and enabling ultra-fast computing to powering green energy solutions and advancing secure communications, physics is at the heart of innovation. This programme shows how physics is applied in real-world contexts, helping you understand how scientific principles are translated into practical technologies that shape our world.
You’ll explore how physics operates beyond the classroom. Through hands-on experiments, computational modelling, and exposure to current research, you’ll gain insight into how physicists solve real-world problems and contribute to emerging sectors.
Whether you're fascinated by the quantum world, the behaviour of light, or the structure of the universe, you’ll develop the ability to measure, model, and predict physical phenomena. Along the way, you’ll build a versatile skillset — including analytical thinking, data analysis, programming, teamwork, and communication — that prepares you for a wide range of careers.
Topics include fields and forces, photonics and optics, and thermal physics. You’ll delve into quantum mechanics, electromagnetism, solid-state physics, and laser technologies, engaging with the same ideas and tools used in frontier research and industrial innovation.
In Years 4 and 5 of the MPhys programme, you’ll undertake substantial individual research projects that allow you to apply your knowledge to advanced topics in experimental, theoretical, or computational physics. These projects are a defining feature of the degree, offering you the chance to explore complex scientific questions and contribute meaningfully to ongoing research.
Compared to the BSc Physics programme, the MPhys provides a deeper and more comprehensive engagement with the subject. You’ll delve into specialist areas and develop a critical awareness of current challenges and innovations in physics. The extended research project in your final year is a unique opportunity to immerse yourself in a significant piece of original work. Under the guidance of academic staff, you’ll investigate a sophisticated problem using advanced techniques and research methodologies.
This experience not only sharpens your subject expertise but also builds the high-level analytical, technical, and communication skills essential for postgraduate study or a career in research and development. It’s your opportunity to demonstrate independence, creativity, and scientific rigour — and to take your place at the forefront of scientific discovery.
For students who meet additional entry requirements, a 4 -year MPhys Physics degree option is also available — offering a faster route into employment or further study.
Heriot-Watt has been ranked second in Scotland for Physics based on student experience by the Guardian (2024). You’ll benefit from a supportive and personal learning environment, where you can engage directly with academic staff, explore developments in the wider physics community, and receive tailored support throughout your studies.
Your learning will be informed by the expertise of our research-active physicists, scientists, and academics. You will be taught by passionate and engaging experts who will provide you with insight into emerging topics in quantum technologies, photonics and condensed matter physics, by relating taught material to their own research.
The research relevance of this undergraduate programme ensures your studies remain cutting-edge and industry focused.
Your learning environment
The MPhys Physics programme is delivered through a dynamic blend of lectures, tutorials, and laboratory-based practical's, giving you regular, meaningful contact with your teaching staff, academic mentors, and fellow students. This supportive environment allows you to ask questions, explore ideas, and build the confidence to take your learning further — both in theory and in practice. You’ll be assessed through a balanced mix of coursework, exams, laboratory reports, and your final project or dissertation. Feedback and guidance are built into the course to help you progress and achieve your best throughout your studies.
From the start, you’ll gain valuable hands-on experience in our well-equipped labs, where you’ll be supported by friendly, knowledgeable staff. Whether you're new to lab work or already confident in your practical skills, our teaching approach is inclusive, engaging, and designed to build your competence and enjoyment of experimental physics
In your first year, you’ll develop the core practical skills that form the foundation for more advanced work. With around three hours of timetabled lab sessions each week, you’ll explore topics such as optics, electronics, and mechanics — learning how to design, perform, and analyse experiments with care and creativity.
As you progress, your practical experience deepens through experiments in areas like radioactivity, dynamics, interferometry, fibre optics, and electronic systems. You’ll also explore modern computational tools — using simulations and computer-interfaced experiments to model physical systems, process data, and solve real-world physics problems.
Programme overview
Main Subject
Physics and Astronomy
Degree
MPhys
Study Level
Undergraduate
Study Mode
On Campus
Our Physics MPhys programme offers a broad and rigorous education in physics, underpinned by strong computational and mathematical training. These skills are in high demand across cutting-edge industries, from quantum technologies and photonics to renewable energy and advanced manufacturing.
Physics is not just a theoretical discipline — it’s the engine behind many of today’s most transformative technologies. From revolutionising medical imaging and enabling ultra-fast computing to powering green energy solutions and advancing secure communications, physics is at the heart of innovation. This programme shows how physics is applied in real-world contexts, helping you understand how scientific principles are translated into practical technologies that shape our world.
You’ll explore how physics operates beyond the classroom. Through hands-on experiments, computational modelling, and exposure to current research, you’ll gain insight into how physicists solve real-world problems and contribute to emerging sectors.
Whether you're fascinated by the quantum world, the behaviour of light, or the structure of the universe, you’ll develop the ability to measure, model, and predict physical phenomena. Along the way, you’ll build a versatile skillset — including analytical thinking, data analysis, programming, teamwork, and communication — that prepares you for a wide range of careers.
Topics include fields and forces, photonics and optics, and thermal physics. You’ll delve into quantum mechanics, electromagnetism, solid-state physics, and laser technologies, engaging with the same ideas and tools used in frontier research and industrial innovation.
In Years 4 and 5 of the MPhys programme, you’ll undertake substantial individual research projects that allow you to apply your knowledge to advanced topics in experimental, theoretical, or computational physics. These projects are a defining feature of the degree, offering you the chance to explore complex scientific questions and contribute meaningfully to ongoing research.
Compared to the BSc Physics programme, the MPhys provides a deeper and more comprehensive engagement with the subject. You’ll delve into specialist areas and develop a critical awareness of current challenges and innovations in physics. The extended research project in your final year is a unique opportunity to immerse yourself in a significant piece of original work. Under the guidance of academic staff, you’ll investigate a sophisticated problem using advanced techniques and research methodologies.
This experience not only sharpens your subject expertise but also builds the high-level analytical, technical, and communication skills essential for postgraduate study or a career in research and development. It’s your opportunity to demonstrate independence, creativity, and scientific rigour — and to take your place at the forefront of scientific discovery.
For students who meet additional entry requirements, a 4 -year MPhys Physics degree option is also available — offering a faster route into employment or further study.
Heriot-Watt has been ranked second in Scotland for Physics based on student experience by the Guardian (2024). You’ll benefit from a supportive and personal learning environment, where you can engage directly with academic staff, explore developments in the wider physics community, and receive tailored support throughout your studies.
Your learning will be informed by the expertise of our research-active physicists, scientists, and academics. You will be taught by passionate and engaging experts who will provide you with insight into emerging topics in quantum technologies, photonics and condensed matter physics, by relating taught material to their own research.
The research relevance of this undergraduate programme ensures your studies remain cutting-edge and industry focused.
Your learning environment
The MPhys Physics programme is delivered through a dynamic blend of lectures, tutorials, and laboratory-based practical's, giving you regular, meaningful contact with your teaching staff, academic mentors, and fellow students. This supportive environment allows you to ask questions, explore ideas, and build the confidence to take your learning further — both in theory and in practice. You’ll be assessed through a balanced mix of coursework, exams, laboratory reports, and your final project or dissertation. Feedback and guidance are built into the course to help you progress and achieve your best throughout your studies.
From the start, you’ll gain valuable hands-on experience in our well-equipped labs, where you’ll be supported by friendly, knowledgeable staff. Whether you're new to lab work or already confident in your practical skills, our teaching approach is inclusive, engaging, and designed to build your competence and enjoyment of experimental physics
In your first year, you’ll develop the core practical skills that form the foundation for more advanced work. With around three hours of timetabled lab sessions each week, you’ll explore topics such as optics, electronics, and mechanics — learning how to design, perform, and analyse experiments with care and creativity.
As you progress, your practical experience deepens through experiments in areas like radioactivity, dynamics, interferometry, fibre optics, and electronic systems. You’ll also explore modern computational tools — using simulations and computer-interfaced experiments to model physical systems, process data, and solve real-world physics problems.
Admission Requirements
169+
50+
6+
30+
78+
Highers AABB (including Physics and Mathematics)
A-Levels BBC - ABB (including Physics and Mathematics with one at B)
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
MPhys Physics
Heriot-Watt University Edinburgh, Edinburgh, United Kingdom
# 301-350QS Subject Rankings
60 monthsProgramme duration
25,008 GBPTuition Fee/year
Physics and AstronomyMain Subject Area
Programme overview
Main Subject
Physics and Astronomy
Degree
MPhys
Study Level
Undergraduate
Study Mode
On Campus
Our Physics MPhys programme offers a broad and rigorous education in physics, underpinned by strong computational and mathematical training. These skills are in high demand across cutting-edge industries, from quantum technologies and photonics to renewable energy and advanced manufacturing.
Physics is not just a theoretical discipline — it’s the engine behind many of today’s most transformative technologies. From revolutionising medical imaging and enabling ultra-fast computing to powering green energy solutions and advancing secure communications, physics is at the heart of innovation. This programme shows how physics is applied in real-world contexts, helping you understand how scientific principles are translated into practical technologies that shape our world.
You’ll explore how physics operates beyond the classroom. Through hands-on experiments, computational modelling, and exposure to current research, you’ll gain insight into how physicists solve real-world problems and contribute to emerging sectors.
Whether you're fascinated by the quantum world, the behaviour of light, or the structure of the universe, you’ll develop the ability to measure, model, and predict physical phenomena. Along the way, you’ll build a versatile skillset — including analytical thinking, data analysis, programming, teamwork, and communication — that prepares you for a wide range of careers.
Topics include fields and forces, photonics and optics, and thermal physics. You’ll delve into quantum mechanics, electromagnetism, solid-state physics, and laser technologies, engaging with the same ideas and tools used in frontier research and industrial innovation.
In Years 4 and 5 of the MPhys programme, you’ll undertake substantial individual research projects that allow you to apply your knowledge to advanced topics in experimental, theoretical, or computational physics. These projects are a defining feature of the degree, offering you the chance to explore complex scientific questions and contribute meaningfully to ongoing research.
Compared to the BSc Physics programme, the MPhys provides a deeper and more comprehensive engagement with the subject. You’ll delve into specialist areas and develop a critical awareness of current challenges and innovations in physics. The extended research project in your final year is a unique opportunity to immerse yourself in a significant piece of original work. Under the guidance of academic staff, you’ll investigate a sophisticated problem using advanced techniques and research methodologies.
This experience not only sharpens your subject expertise but also builds the high-level analytical, technical, and communication skills essential for postgraduate study or a career in research and development. It’s your opportunity to demonstrate independence, creativity, and scientific rigour — and to take your place at the forefront of scientific discovery.
For students who meet additional entry requirements, a 4 -year MPhys Physics degree option is also available — offering a faster route into employment or further study.
Heriot-Watt has been ranked second in Scotland for Physics based on student experience by the Guardian (2024). You’ll benefit from a supportive and personal learning environment, where you can engage directly with academic staff, explore developments in the wider physics community, and receive tailored support throughout your studies.
Our Expertise
Heriot-Watt University is top in Scotland for Physics research, with 97% of its research classed as world-leading (4*) in the REF 2021 results. The university also received the Queens Anniversary Prize in 2021, the highest honour for universities in the UK, in recognition of our research in Photonics.
Your learning will be informed by the expertise of our research-active physicists, scientists, and academics. You will be taught by passionate and engaging experts who will provide you with insight into emerging topics in quantum technologies, photonics and condensed matter physics, by relating taught material to their own research.
Our degrees are directly informed by the world class research carried out by Heriot-Watt’s Research Institute for Photonic and Quantum Sciences and the Research Institute for Biological Chemistry, Biophysics and Bioengineering. These research Institutes focus on promoting excellence across research themes which include:
The research relevance of this undergraduate programme ensures your studies remain cutting-edge and industry focused.
Your learning environment
The MPhys Physics programme is delivered through a dynamic blend of lectures, tutorials, and laboratory-based practical's, giving you regular, meaningful contact with your teaching staff, academic mentors, and fellow students. This supportive environment allows you to ask questions, explore ideas, and build the confidence to take your learning further — both in theory and in practice. You’ll be assessed through a balanced mix of coursework, exams, laboratory reports, and your final project or dissertation. Feedback and guidance are built into the course to help you progress and achieve your best throughout your studies.
From the start, you’ll gain valuable hands-on experience in our well-equipped labs, where you’ll be supported by friendly, knowledgeable staff. Whether you're new to lab work or already confident in your practical skills, our teaching approach is inclusive, engaging, and designed to build your competence and enjoyment of experimental physics
In your first year, you’ll develop the core practical skills that form the foundation for more advanced work. With around three hours of timetabled lab sessions each week, you’ll explore topics such as optics, electronics, and mechanics — learning how to design, perform, and analyse experiments with care and creativity.
As you progress, your practical experience deepens through experiments in areas like radioactivity, dynamics, interferometry, fibre optics, and electronic systems. You’ll also explore modern computational tools — using simulations and computer-interfaced experiments to model physical systems, process data, and solve real-world physics problems.
Programme overview
Main Subject
Physics and Astronomy
Degree
MPhys
Study Level
Undergraduate
Study Mode
On Campus
Our Physics MPhys programme offers a broad and rigorous education in physics, underpinned by strong computational and mathematical training. These skills are in high demand across cutting-edge industries, from quantum technologies and photonics to renewable energy and advanced manufacturing.
Physics is not just a theoretical discipline — it’s the engine behind many of today’s most transformative technologies. From revolutionising medical imaging and enabling ultra-fast computing to powering green energy solutions and advancing secure communications, physics is at the heart of innovation. This programme shows how physics is applied in real-world contexts, helping you understand how scientific principles are translated into practical technologies that shape our world.
You’ll explore how physics operates beyond the classroom. Through hands-on experiments, computational modelling, and exposure to current research, you’ll gain insight into how physicists solve real-world problems and contribute to emerging sectors.
Whether you're fascinated by the quantum world, the behaviour of light, or the structure of the universe, you’ll develop the ability to measure, model, and predict physical phenomena. Along the way, you’ll build a versatile skillset — including analytical thinking, data analysis, programming, teamwork, and communication — that prepares you for a wide range of careers.
Topics include fields and forces, photonics and optics, and thermal physics. You’ll delve into quantum mechanics, electromagnetism, solid-state physics, and laser technologies, engaging with the same ideas and tools used in frontier research and industrial innovation.
In Years 4 and 5 of the MPhys programme, you’ll undertake substantial individual research projects that allow you to apply your knowledge to advanced topics in experimental, theoretical, or computational physics. These projects are a defining feature of the degree, offering you the chance to explore complex scientific questions and contribute meaningfully to ongoing research.
Compared to the BSc Physics programme, the MPhys provides a deeper and more comprehensive engagement with the subject. You’ll delve into specialist areas and develop a critical awareness of current challenges and innovations in physics. The extended research project in your final year is a unique opportunity to immerse yourself in a significant piece of original work. Under the guidance of academic staff, you’ll investigate a sophisticated problem using advanced techniques and research methodologies.
This experience not only sharpens your subject expertise but also builds the high-level analytical, technical, and communication skills essential for postgraduate study or a career in research and development. It’s your opportunity to demonstrate independence, creativity, and scientific rigour — and to take your place at the forefront of scientific discovery.
For students who meet additional entry requirements, a 4 -year MPhys Physics degree option is also available — offering a faster route into employment or further study.
Heriot-Watt has been ranked second in Scotland for Physics based on student experience by the Guardian (2024). You’ll benefit from a supportive and personal learning environment, where you can engage directly with academic staff, explore developments in the wider physics community, and receive tailored support throughout your studies.
Our Expertise
Heriot-Watt University is top in Scotland for Physics research, with 97% of its research classed as world-leading (4*) in the REF 2021 results. The university also received the Queens Anniversary Prize in 2021, the highest honour for universities in the UK, in recognition of our research in Photonics.
Your learning will be informed by the expertise of our research-active physicists, scientists, and academics. You will be taught by passionate and engaging experts who will provide you with insight into emerging topics in quantum technologies, photonics and condensed matter physics, by relating taught material to their own research.
Our degrees are directly informed by the world class research carried out by Heriot-Watt’s Research Institute for Photonic and Quantum Sciences and the Research Institute for Biological Chemistry, Biophysics and Bioengineering. These research Institutes focus on promoting excellence across research themes which include:
The research relevance of this undergraduate programme ensures your studies remain cutting-edge and industry focused.
Your learning environment
The MPhys Physics programme is delivered through a dynamic blend of lectures, tutorials, and laboratory-based practical's, giving you regular, meaningful contact with your teaching staff, academic mentors, and fellow students. This supportive environment allows you to ask questions, explore ideas, and build the confidence to take your learning further — both in theory and in practice. You’ll be assessed through a balanced mix of coursework, exams, laboratory reports, and your final project or dissertation. Feedback and guidance are built into the course to help you progress and achieve your best throughout your studies.
From the start, you’ll gain valuable hands-on experience in our well-equipped labs, where you’ll be supported by friendly, knowledgeable staff. Whether you're new to lab work or already confident in your practical skills, our teaching approach is inclusive, engaging, and designed to build your competence and enjoyment of experimental physics
In your first year, you’ll develop the core practical skills that form the foundation for more advanced work. With around three hours of timetabled lab sessions each week, you’ll explore topics such as optics, electronics, and mechanics — learning how to design, perform, and analyse experiments with care and creativity.
As you progress, your practical experience deepens through experiments in areas like radioactivity, dynamics, interferometry, fibre optics, and electronic systems. You’ll also explore modern computational tools — using simulations and computer-interfaced experiments to model physical systems, process data, and solve real-world physics problems.
Admission Requirements
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
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Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
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MSc Civil Engineering and Construction Management (online)
MSc Civil Engineering with Industry Placement (2 years)
MSc Civil Engineering with Industry Placement (2 years)
MSc Commercial Management and Quantity Surveying
MSc Commercial Management and Quantity Surveying
MSc Commercial Management and Quantity Surveying (online)
MSc Commercial Management and Quantity Surveying (online)
MSc Commercial Management and Quantity Surveying with Industry Placement (2 years)
MSc Commercial Management and Quantity Surveying with Industry Placement (2 years)
MSc Computer Science for Cyber Security
MSc Computer Science for Cyber Security
MSc Computing (2 years)
MSc Computing (2 years)
MSc Construction Project Management
MSc Construction Project Management
MSc Construction Project Management with Industry Placement (2 years)
MSc Construction Project Management with Industry Placement (2 years)
MSc Data Science
MSc Data Science
MSc Data Science (2 years)
MSc Data Science (2 years)
MSc Energy
MSc Energy
MSc Energy (online)
MSc Energy (online)
MSc Energy with Entrepreneurship
MSc Energy with Entrepreneurship
MSc Food Process Engineering
MSc Food Process Engineering
MSc Global Sustainability Engineering
MSc Global Sustainability Engineering
MSc Global Sustainability Engineering with Industrial Application (2 year)
MSc Global Sustainability Engineering with Industrial Application (2 year)
MSc Imaging, Vision and High Performance Computing
MSc Imaging, Vision and High Performance Computing
MSc Information Technology (Business)
MSc Information Technology (Business)
MSc Information Technology (Software Systems)
MSc Information Technology (Software Systems)
MSc Petroleum Engineering
MSc Petroleum Engineering
MSc Petroleum Engineering (online)
MSc Petroleum Engineering (online)
MSc Renewable Energy Engineering
MSc Renewable Energy Engineering
MSc Robotics
MSc Robotics
MSc Robotics with Industrial Application
MSc Robotics with Industrial Application
MSc Safety, Risk and Reliability Engineering (online)
MSc Safety, Risk and Reliability Engineering (online)
MSc Software Engineering
MSc Software Engineering
MSc Sustainable Geoenergy
MSc Sustainable Geoenergy
Master of Design Games Design and Development
Master of Design Games Design and Development
Life Sciences and Medicine (6)
MSc Applied Psychology
MSc Applied Psychology
MSc Business Psychology
MSc Business Psychology
MSc Business Psychology with Coaching
MSc Business Psychology with Coaching
MSc Business Psychology with Human Resource Management
MSc Business Psychology with Human Resource Management
MSc Business Psychology with Intercultural Communication
MSc Business Psychology with Intercultural Communication
MSc Sport Psychology
MSc Sport Psychology
MSc Toxicology
MSc Toxicology
Natural Sciences (6)
Graduate Certificate in the Mathematical Sciences
Graduate Certificate in the Mathematical Sciences
MSc Actuarial Management
MSc Actuarial Management
MSc Actuarial Management with Data Science
MSc Actuarial Management with Data Science
MSc Actuarial Science
MSc Actuarial Science
MSc Actuarial Science and Management
MSc Actuarial Science and Management
MSc Applied Cyber Security
MSc Applied Cyber Security
MSc Applied Mathematical Sciences
MSc Applied Mathematical Sciences
MSc Applied Mathematical Sciences (2 years)
MSc Applied Mathematical Sciences (2 years)
MSc Applied Mathematical Sciences with Climate and Environmental Modelling
MSc Applied Mathematical Sciences with Climate and Environmental Modelling
MSc Brewing and Distilling
MSc Brewing and Distilling
MSc Brewing and Distilling (online)
MSc Brewing and Distilling (online)
MSc Brewing and Distilling with Entrepreneurship
MSc Brewing and Distilling with Entrepreneurship
MSc Climate Change: Managing the Marine Environment
MSc Climate Change: Managing the Marine Environment
MSc Computational Mathematics and Data Analysis
MSc Computational Mathematics and Data Analysis
MSc Global Environmental Change and Policy
MSc Global Environmental Change and Policy
MSc International Marine Science (Edinburgh Campus)
MSc International Marine Science (Edinburgh Campus)
MSc International Marine Science (Orkney Campus)
MSc International Marine Science (Orkney Campus)
MSc International Marine Science (online)
MSc International Marine Science (online)
MSc Marine Renewable Energy
MSc Marine Renewable Energy
MSc Mathematical Biology, Ecology and Medicine
MSc Mathematical Biology, Ecology and Medicine
MSc Mathematics
MSc Mathematics
MSc Quantum Technologies
MSc Quantum Technologies
MSc Renewable and Sustainable Energy Transition
MSc Renewable and Sustainable Energy Transition
MSc Renewable and Sustainable Energy Transition (online)
MSc Renewable and Sustainable Energy Transition (online)
MSc Reservoir Evaluation and Management
MSc Reservoir Evaluation and Management
Social Sciences and Management (6)
MSc Human Resource Management (HRM)
MSc Human Resource Management (HRM)
MSc Intercultural Business Communication
MSc Intercultural Business Communication
MSc International Sport Management
MSc International Sport Management
MSc Logistics and Supply Chain Management
MSc Logistics and Supply Chain Management
MSc Real Estate
MSc Real Estate
MSc Safety and Risk Management (online)
MSc Safety and Risk Management (online)
MSc Social and Behavioural Research Methods
MSc Social and Behavioural Research Methods
MSc Supply Chain Management and Logistics (Online)
MSc Supply Chain Management and Logistics (Online)
Online/Distance MBA (1)
MBA Essentials (online)
MBA Essentials (online)
MBA with a Specialism in Business Analytics (online)
MBA with a Specialism in Business Analytics (online)
MBA with a Specialism in Business Psychology (online)
MBA with a Specialism in Business Psychology (online)
MBA with a Specialism in Finance (online)
MBA with a Specialism in Finance (online)
MBA with a Specialism in Logistics and Supply Chain Management (online)
MBA with a Specialism in Logistics and Supply Chain Management (online)
MBA with a Specialism in Strategy (online)
MBA with a Specialism in Strategy (online)
Master of Business Administration (online)
Master of Business Administration (online)
Arts and Humanities (6)
PhD Construction Management and Innovation
PhD Construction Management and Innovation
Business and Management (6)
DBA Doctor of Business Administration
DBA Doctor of Business Administration
PhD Accounting
PhD Accounting
PhD Economics
PhD Economics
PhD Finance
PhD Finance
PhD Marketing
PhD Marketing
PhD Strategy, Operations and Leadership
PhD Strategy, Operations and Leadership
Engineering and Technology (6)
PhD Institute of Mechanical, Process and Energy Engineering
PhD Institute of Mechanical, Process and Energy Engineering
Life Sciences and Medicine (6)
PhD Institute of Biological Chemistry, Biophysics and Bioengineering
PhD Institute of Biological Chemistry, Biophysics and Bioengineering
PhD Psychology
PhD Psychology
Natural Sciences (6)
PhD Institute of Chemical Sciences
PhD Institute of Chemical Sciences
PhD Institute of Photonics and Quantum Sciences
PhD Institute of Photonics and Quantum Sciences
PhD Mathematics
PhD Mathematics
PhD Sustainability and Carbon Management
PhD Sustainability and Carbon Management
Social Sciences and Management (6)
PhD Intercultural Research
PhD Intercultural Research
PhD Logistics
PhD Logistics