Geomatics brings together surveying and sensor technology with geoinformatics, data processing and geomodelling to measure, manage and interpret spatial information. In this master's the emphasis is on balancing mineral extraction with its environmental and social consequences, equipping graduates to monitor, regulate and minimise the impacts of resource development while supporting safe and efficient operations. The programme is delivered in English and framed as a European course aimed at international students.
Demand for highly trained geomatics specialists is rising as the global need for raw materials grows and deposits are increasingly located in more remote or challenging parts of the geosphere. At the same time, extraction projects must meet strict safety, environmental and social standards and aim for maximum resource recovery. This creates a strong need for engineers who can design innovative workflows and apply advanced technologies to capture, manage and analyse geospatial data.
The course develops future leaders and innovators by teaching both the technical and applied sides of the discipline. Graduates learn to combine field and sensor methods with robust data management, visualisation and modelling techniques so they can turn geodata into reliable information for decision-making in mineral resource management.
Core focus areas
This specialisation centres on the technical steps involved in modelling mineral deposits and developing practical mine plans. Courses emphasise the geological and geostatistical principles used to characterise ore bodies and translate subsurface data into reliable three‑dimensional deposit models that form the basis for operational mine design and scheduling.
Alongside the technical modules, the curriculum delivers interdisciplinary training in the broader context of mining projects. Students study the financial, political, legal, economic and environmental dimensions of resource development through a range of subjects, enabling them to evaluate project viability, regulatory constraints and environmental impacts and to make informed management decisions across the life cycle of a mine.
Key course components / requirements
Learning outcomes
A Bachelor of Science degree in a closely related discipline is required for admission. Suitable undergraduate backgrounds include Mining, Mine Surveying, Tunnelling, Geodesy, Geoinformatics, Geosciences or Geotechnical Engineering. These degrees provide the foundational knowledge expected for advanced study in geomatics applied to mineral resource management.
Applicants who hold a BSc in a field outside the core mining and mine-surveying areas (for example Safety Engineering, Applied Geology, Industrial Engineering, etc.) may still be considered, but they must complete a set of preparatory courses before being admitted. The programme’s international admissions committee will review each applicant’s prior coursework and decide which bridging modules are necessary to ensure an adequate background for graduate study.
The required bridging modules cover mathematics, programming/IT, basic physics, data analysis/statistics, geodetic surveying, foundational geosciences (geology and mineralogy), and introductory mining/geoengineering topics. Completing these modules is a prerequisite to enrolment in the MSc programme.
Admission requirements (bullet points)
Winter Semester (International)
15 April 2026
Winter Semester (EU/EEA)
15 April 2026
Graduates are prepared for technical and leadership roles in the mining and geospatial sectors, such as mine surveyors, geomatics engineers, resource modellers, geodata managers, and consultants for environmental compliance and mine planning. Employers include mining companies, surveying and engineering firms, environmental consultancies, government agencies and technology providers specialising in geospatial solutions.
The programme's international consortium, joint-degree possibilities and practical components (internship and fieldwork) enhance employability across Europe and beyond. Graduates may also pursue research careers or PhD studies in geomatics, mining engineering or geosciences.