Progress Through Innovative Materials
Have you ever wondered which materials will shape the technology of tomorrow? Materials are the key to innovation and technological progress. They are essential for modern electronics, enhancing the performance of smartphones, computers, and networks while driving digitalisation forward.
New developments in metals, ceramics, and high-temperature alloys improve energy efficiency and product longevity, support electromobility, and contribute to environmental sustainability through the use of innovative, eco-friendly materials. As a materials scientist, you will develop functional materials and 3D-printed components that enable entirely new applications. There are no limits to your curiosity and pioneering spirit.
What to expect from the study programme?
The Master's programme in Materials Science provides you with comprehensive engineering expertise and prepares you for both academic and industrial careers.
You will acquire knowledge and skills in the following areas:
- Advanced scientific and technical understanding of metallic, ceramic and semiconductor materials, including their manufacturing processes.
- Integrated materials knowledge, spanning from atomic structure to practical application.
- Specialisation in key materials science disciplines, including:
Metallic materials and materials testing
Materials physics
Ceramic materials
Electronic materials and functional materials
Modelling of material behaviour
- Opportunity for specialisation through a range of elective subject modules.
- Interdisciplinary problem-solving skills, from the development of new materials to the optimisation of existing ones.
- Teaching skills in ethics and scientific practice.
- Preparation for doctoral studies for those who wish to pursue a scientific research career.
The excellent student-to-faculty ratio creates a personal and practice-oriented learning environment. This enables in-depth academic engagement and fosters scientific development. This close supervision is particularly beneficial during the master's thesis, as it allows for direct involvement in current research topics. Moreover, master's theses are often conducted in cooperation with industry partners, enabling the exploration of practical issues and providing valuable insights into applied research.
What are your career opportunities?
A Master's degree in Materials Science opens up a wide range of career paths, including:
- Research & Development:
Development of new materials with enhanced mechanical, physical, or chemical properties.
- Product and Process Optimisation:
Improvement of existing materials and manufacturing processes.
- Materials Testing and Quality Assurance:
Analysis and verification of material properties for industrial applications.
- Failure Analysis & Lifetime Prediction:
Investigation of material failures and development of preventive solutions.
- Materials Consulting & Technical Advisory Services:
Supporting companies in the selection and application of materials.
- Industry & Production:
Employment in sectors such as automotive engineering, aerospace, microelectronics, environmental technology, medical technology, or renewable energy.
Due to the practical, industry-focused training at Montanuniversität Leoben, our graduates are in high demand worldwide. Whether in globally operating technology companies, cutting-edge research institutions, or innovative start-ups, you will be well-equipped for a successful career in the world of materials!