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The Master of Materials Engineering recognizes that materials change the world. Each engineering design needs to be ‘materialised’: smart phones, implants, solar cells, aircrafts, cars, bridges, all of it. Materials are at the heart of our quality of life and economic welfare, and that will increasingly be the case in the future, with an increased need to use resources wisely and contribute to a sustainable world.
About this programme
The programme is geared towards educating young people who want to participate in the development of materials solutions as researchers or production engineers. It focuses on basic concepts as well as on emerging trends in materials engineering and covers the study of materials properties and structures, optimising processing routes, manufacturing as well as evaluation of final products. You will have ample opportunity to develop strong analytical skills and problem-solving abilities, for example through case studies and projects, and you will have frequent contact with industrial partners through plant visits, practical exercises and/or internships. In the master’s thesis, you will apply your knowledge to a research topic of choice, usually embedded in a cutting-edge research project in cooperation with other institutions or industrial companies.
The master aims at educating you so that you will be able to design new materials and make sustainable choices, both in an industrial and academic environment. These capabilities will be based on a thorough understanding and use of the relationships between the internal structure (crystal structure, microstructure, architecture) of materials, their properties (mechanical, electrical, chemical) and their processing (the materials triangle).
Programme strengths
The Department of Materials Engineering (MTM) is a world player in design, characterisation, modelling and development of new materials. Close links with imec and KU Leuven's Biomedical Sciences Group strengthen the programme in addressing upcoming application domains. MTM is strongly involved in powder processing of metals and ceramics, including 3D printing.
MTM is one of the few material departments where both structural composites and metals are strongly represented in both research and teaching.
In a truly international environment, you mingle with fellow-students and assistants (68% non-Belgian) and lecturers (26% non-Belgian) from around the globe. In terms of outgoing mobility, participation in the Erasmus+ programme is encouraged for the Belgian students.
Career perspectives
Materials engineers invent, design, make and use materials for products, processes and services. You are educated for leadership in sectors where materials play a decisive role. Examples are the materials making and processing industries, nanotechnology, chemical industry, automotive and aerospace, but also the biomedical sector.
The Master of Materials Engineering recognizes that materials change the world. Each engineering design needs to be ‘materialised’: smart phones, implants, solar cells, aircrafts, cars, bridges, all of it. Materials are at the heart of our quality of life and economic welfare, and that will increasingly be the case in the future, with an increased need to use resources wisely and contribute to a sustainable world.
About this programme
The programme is geared towards educating young people who want to participate in the development of materials solutions as researchers or production engineers. It focuses on basic concepts as well as on emerging trends in materials engineering and covers the study of materials properties and structures, optimising processing routes, manufacturing as well as evaluation of final products. You will have ample opportunity to develop strong analytical skills and problem-solving abilities, for example through case studies and projects, and you will have frequent contact with industrial partners through plant visits, practical exercises and/or internships. In the master’s thesis, you will apply your knowledge to a research topic of choice, usually embedded in a cutting-edge research project in cooperation with other institutions or industrial companies.
The master aims at educating you so that you will be able to design new materials and make sustainable choices, both in an industrial and academic environment. These capabilities will be based on a thorough understanding and use of the relationships between the internal structure (crystal structure, microstructure, architecture) of materials, their properties (mechanical, electrical, chemical) and their processing (the materials triangle).
Programme strengths
The Department of Materials Engineering (MTM) is a world player in design, characterisation, modelling and development of new materials. Close links with imec and KU Leuven's Biomedical Sciences Group strengthen the programme in addressing upcoming application domains. MTM is strongly involved in powder processing of metals and ceramics, including 3D printing.
MTM is one of the few material departments where both structural composites and metals are strongly represented in both research and teaching.
In a truly international environment, you mingle with fellow-students and assistants (68% non-Belgian) and lecturers (26% non-Belgian) from around the globe. In terms of outgoing mobility, participation in the Erasmus+ programme is encouraged for the Belgian students.
Career perspectives
Materials engineers invent, design, make and use materials for products, processes and services. You are educated for leadership in sectors where materials play a decisive role. Examples are the materials making and processing industries, nanotechnology, chemical industry, automotive and aerospace, but also the biomedical sector.
Diploma requirements: Bachelor of Engineering (or equivalent diploma)
For the most recent – and only official – information on the admission requirements, please check our webpage.
Student profile
The ideal candidate is strongly motivated to pursue a career in materials science and engineering or in industrial sectors dealing with materials. You have a strong background in physics, mathematics, chemistry and mechanics and have already covered some materials fundamentals during your bachelor’s. Transition courses are offered to bridge possible gaps.
You hold a basic three-or-four year Bachelor's degree in a field of engineering or one of physical or chemical sciences. The programme builds on the basics of engineering science: physics, mathematics, chemistry and mechanics.
You are motivated to pursue a career in materials science and engineering or in industrial sectors dealing with materials.
All students must be proficient in oral and written English.
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
EIT KIC Dual Degree Tracks in Sustainable Materials Engineering
KU Leuven Leuven Campus, Leuven, Belgium
24 monthsProgram duration
YesScholarships
Engineering - GeneralMain Subject Area
Program overview
Main Subject
Engineering - General
Degree
MSc
Study Level
Masters
Study Mode
On Campus
EIT KIC Dual Degree Tracks in Sustainable Materials Engineering
The Master of Materials Engineering recognizes that materials change the world. Each engineering design needs to be ‘materialised’: smart phones, implants, solar cells, aircrafts, cars, bridges, all of it. Materials are at the heart of our quality of life and economic welfare, and that will increasingly be the case in the future, with an increased need to use resources wisely and contribute to a sustainable world.
About this programme
The programme is geared towards educating young people who want to participate in the development of materials solutions as researchers or production engineers. It focuses on basic concepts as well as on emerging trends in materials engineering and covers the study of materials properties and structures, optimising processing routes, manufacturing as well as evaluation of final products. You will have ample opportunity to develop strong analytical skills and problem-solving abilities, for example through case studies and projects, and you will have frequent contact with industrial partners through plant visits, practical exercises and/or internships. In the master’s thesis, you will apply your knowledge to a research topic of choice, usually embedded in a cutting-edge research project in cooperation with other institutions or industrial companies.
The master aims at educating you so that you will be able to design new materials and make sustainable choices, both in an industrial and academic environment. These capabilities will be based on a thorough understanding and use of the relationships between the internal structure (crystal structure, microstructure, architecture) of materials, their properties (mechanical, electrical, chemical) and their processing (the materials triangle).
Programme strengths
Career perspectives
Materials engineers invent, design, make and use materials for products, processes and services. You are educated for leadership in sectors where materials play a decisive role. Examples are the materials making and processing industries, nanotechnology, chemical industry, automotive and aerospace, but also the biomedical sector.
Program overview
Main Subject
Engineering - General
Degree
MSc
Study Level
Masters
Study Mode
On Campus
EIT KIC Dual Degree Tracks in Sustainable Materials Engineering
The Master of Materials Engineering recognizes that materials change the world. Each engineering design needs to be ‘materialised’: smart phones, implants, solar cells, aircrafts, cars, bridges, all of it. Materials are at the heart of our quality of life and economic welfare, and that will increasingly be the case in the future, with an increased need to use resources wisely and contribute to a sustainable world.
About this programme
The programme is geared towards educating young people who want to participate in the development of materials solutions as researchers or production engineers. It focuses on basic concepts as well as on emerging trends in materials engineering and covers the study of materials properties and structures, optimising processing routes, manufacturing as well as evaluation of final products. You will have ample opportunity to develop strong analytical skills and problem-solving abilities, for example through case studies and projects, and you will have frequent contact with industrial partners through plant visits, practical exercises and/or internships. In the master’s thesis, you will apply your knowledge to a research topic of choice, usually embedded in a cutting-edge research project in cooperation with other institutions or industrial companies.
The master aims at educating you so that you will be able to design new materials and make sustainable choices, both in an industrial and academic environment. These capabilities will be based on a thorough understanding and use of the relationships between the internal structure (crystal structure, microstructure, architecture) of materials, their properties (mechanical, electrical, chemical) and their processing (the materials triangle).
Programme strengths
Career perspectives
Materials engineers invent, design, make and use materials for products, processes and services. You are educated for leadership in sectors where materials play a decisive role. Examples are the materials making and processing industries, nanotechnology, chemical industry, automotive and aerospace, but also the biomedical sector.
Admission requirements
Exam Scores
Important Dates
Admission criteria
Diploma requirements: Bachelor of Engineering (or equivalent diploma)
For the most recent – and only official – information on the admission requirements, please check our webpage.
Student profile
The ideal candidate is strongly motivated to pursue a career in materials science and engineering or in industrial sectors dealing with materials. You have a strong background in physics, mathematics, chemistry and mechanics and have already covered some materials fundamentals during your bachelor’s. Transition courses are offered to bridge possible gaps.
Tuition fee and scholarships
Scholarships
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
In this guide you will find:
Where to look for scholarship opportunities
How to apply to scholarships relevant to you
A list of available scholarships around the world
A scholarship application checklist
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