Studying materials abroad
What is materials science?
Materials science is the study of the substances that make up the world around us and how they can be improved or created for specific purposes. It explores metals, ceramics, polymers, semiconductors, and composites, as well as how these materials are designed, tested, and used in industry.
The subject combines physics, chemistry, engineering, and even elements of biology. As a student of materials, you will learn how the microscopic structure of a material affects its properties and how these properties can be used in technology, construction, medicine, and many other fields.
Why study materials abroad?
Studying materials in another country gives you access to different research facilities, advanced laboratories, and industries that specialise in certain technologies. For example, you might learn about nanomaterials in Japan, sustainable construction materials in Europe, or innovations in aerospace engineering in the United States.
Experiencing materials research in different cultural and industrial settings can broaden your perspective. You will also develop international connections with experts, researchers, and companies that can benefit your future career.
What you will study
A degree in materials often combines theory with laboratory work and real-world projects. Areas you might study include:
- Materials Characterisation – learning techniques to analyse and test materials
- Metallurgy – studying metals, alloys, and their applications
- Polymers and Plastics – understanding flexible and lightweight materials
- Ceramics and Glass – exploring heat-resistant and durable substances
- Electronic Materials – focusing on semiconductors and superconductors
- Biomaterials – developing materials used in healthcare and medicine
- Nanotechnology – investigating materials at the atomic and molecular level
- Sustainability in Materials – creating environmentally friendly solutions
Many programs also include industry placements, research projects, or opportunities to collaborate with engineering or manufacturing companies.
Related subjects you might also like
- Physics
- Chemistry
- Mechanical Engineering
- Chemical Engineering
- Nanotechnology
Accreditation
At undergraduate level, you may graduate with a Bachelor of Science (BSc) or Bachelor of Engineering (BEng) in Materials Science, Materials Engineering, or Metallurgy. Some universities also offer interdisciplinary courses that link materials with nanotechnology or biomedical engineering.
At postgraduate level, options include a Master of Science (MSc) or Master of Engineering (MEng) in Materials, with specialisations such as advanced composites, energy materials, or electronic devices. Students who wish to work in academia or high-level research may pursue a PhD in Materials Science or Engineering.
In certain regions, accreditation may be available through engineering or professional science bodies, which can support career development and recognition.
Careers
A background in materials opens the door to a wide range of careers. Many graduates work in industries such as aerospace, automotive, electronics, construction, and healthcare. Roles include materials engineer, metallurgist, polymer scientist, or product development specialist.
Others focus on research, creating new materials for renewable energy, medical implants, or sustainable technologies. Some graduates also move into quality control, technical consultancy, or management positions within manufacturing companies.
Beyond industry, opportunities exist in academic research, government agencies, and international organisations working on global challenges like energy storage or climate change solutions. The versatility of materials science means graduates are in demand worldwide.