Aarhus University

What you'll study

The core of the programme is a substantial independent technology project (master's thesis) tailored to the student's chosen area of specialisation. Typical specialisations include digital and software technologies, robotics and automation, sustainable energy and environmental technology, materials and manufacturing, bioengineering, and data-driven systems. The project is supported by advanced courses and research methods training which may cover topics such as: project and research methodology, systems design, modelling and simulation, advanced programming and data analysis, sensor and embedded systems, materials characterisation, and sustainability assessment.

Teaching is delivered through a combination of supervised research, seminars, specialised elective courses and workshops. Many students undertake projects in close collaboration with research groups, laboratories or external partners from industry and public institutions, producing a written thesis and an oral defence or presentation. The programme emphasises problem formulation, experimental or computational design, critical analysis and communication of technical results.

Entry requirements

Applicants typically hold a relevant bachelor's degree in engineering, computer science, natural sciences, or a closely related technical field. Admission looks for evidence of strong academic performance at bachelor level and preparedness for independent research. Relevant prior coursework may include mathematics, programming, physical sciences, or engineering fundamentals depending on the chosen specialisation.

Applicants must provide academic transcripts, a curriculum vitae, a statement of purpose describing the intended project or research interests, and references. Proof of proficiency in English is required for applicants whose prior education was not conducted in English; accepted evidence commonly includes internationally recognised tests or equivalent documentation. Specific requirements and assessment criteria are published by Aarhus University's admission office and may vary by specialisation.

Career prospects

Graduates leave prepared for research and development roles across private and public sectors. Typical job titles include R&D engineer, systems engineer, software or data engineer, product developer, process engineer, and technical consultant. The project-based nature of the master's also provides a strong foundation for doctoral study and academic research careers.

Because many projects are conducted with industry partners or applied research groups, graduates often move directly into roles in technology companies, consultancies, start-ups, research institutes, or governmental agencies working on innovation, product development, sustainability and digitalisation challenges.

Why study at Aarhus University

Aarhus University offers a strong, research-intensive environment with interdisciplinary centres and well-equipped laboratories across engineering, computer science and natural sciences. The university has established links with Danish and international industry, enabling project collaborations that bridge academic theory and real-world application.

The faculty and research groups provide close supervision and mentoring, while seminars and workshops connect students with active researchers and practitioners. The university's emphasis on cross-disciplinary work and entrepreneurship gives students opportunities to develop transferable skills, build professional networks and translate project outcomes into innovation or continued research.