Technology of Circular Economy

This programme prepares you to become a technical specialist in circular economy technologies. Over three semesters you will build advanced, applied knowledge that focuses on resource-efficient systems and technological solutions for reusing and recycling materials. Instruction is in English and the curriculum emphasizes practical, interdisciplinary approaches so you learn to evaluate and implement technologies with a resource-conserving mindset.

Graduates receive a Master of Engineering (MEng). Degrees at this level in related fields are in strong demand internationally, are recognised across borders, and can open doors to senior roles — including higher civil service positions — as well as eligibility to pursue doctoral research. The programme reflects the university’s strategic aim to be a “university of the future,” training professionals who can work across disciplines to design and implement circular-economy solutions.

Key facts and requirements (summary)

• Duration: 3 semesters
• Degree awarded: Master of Engineering (MEng)
• Language of instruction: English
• Field: Environmental Science / Circular economy technologies
• Learning focus: resource-conserving thinking, interdisciplinary collaboration, applied technology for circular systems
• Career prospects: high demand on the job market, internationally recognised, access to higher civil service roles, and qualification to pursue a doctorate
• Formal admission requirements and application deadlines are set by the university — consult the programme page or admissions office for specific entry criteria and required documents.

Curriculum overview

This Master’s programme runs either from March to July (summer semester) or from September to January (winter semester) and is normally completed in three semesters, totaling 90 ECTS credits. The standard pathway assumes you enter with a Bachelor’s degree worth 210 ECTS; under this model the first two semesters combine university lectures with hands‑on practical courses, and the third semester is dedicated to the Master’s thesis.

If you hold a Bachelor’s degree with only 180 ECTS, you can make up the missing 30 ECTS by taking selected additional modules. In that case your study time is extended by one semester to accommodate the extra coursework. Conversely, if you already have more than 210 ECTS at matriculation (for example from related Master’s modules or honours Bachelor’s modules), eligible prior modules can be recognised and credited towards this programme.

Key learning outcomes include developing an advanced theoretical foundation in circular‑economy technologies, gaining applied and practical skills through laboratory and course‑based work, and demonstrating independent research competence by completing a Master’s thesis. The built‑in options for extra modules or credit recognition provide flexibility for students from diverse academic backgrounds.

Requirements and options (concise)

• Start semesters: summer (March–July) or winter (September–January)
• Normal duration: 3 semesters, 90 ECTS total
• Typical entry requirement: Bachelor’s degree with 210 ECTS
• If entry with 180 ECTS: complete an extra 30 ECTS in selected modules (programme extended by one semester)
• If you already have >210 ECTS (e.g., related Master’s modules or honours Bachelor’s modules): eligible prior modules can be recognised and credited toward the Master’s program

Graduates obtain a Master of Engineering that is in demand across industry and public sectors dealing with recycling, waste management, resource efficiency, sustainable process design and renewable energy systems. The qualification also supports entry into higher civil service positions related to environmental and resource management.

The programme equips students for technical and consulting roles in private industry, research positions, and provides a recognised pathway to doctoral studies for those pursuing academic careers.