Master of Science in Engineering in Geospatial Data and Positioning Technology 300 cr
The program integrates advanced IT, AI, and real-time data to meet pressing societal challenges. Covering areas from drone technology to climate monitoring, it prepares you to develop innovative solutions for future cities, environments, and sustainable societies. Make a meaningful impact!
Credits
300 cr
Application code
HIG-19134
Application deadline
april 15, 2026
Form of education
Normal teaching
Language
Swedish
Study time
augusti 31, 2026–juni 8, 2031
Number of participants
20
Prerequisites
Selection
Grade/Swedish Scholastic Aptitude Test: 60/40 %
About the programme
The programme provides you with knowledge in all aspects of geospatial data (geographic information) and modern positioning technologies. You will become a highly sought-after expert capable of leading rapid technological development and driving innovative geospatial data applications forward.
The programme is closely connected to current research and professional practice. Several courses are conducted in collaboration with companies and public agencies through guest lectures, study visits, and project work, giving you practical experience and valuable industry contacts.
A solid foundation is established in mathematics, statistics, and natural sciences. This foundation is gradually expanded with in-depth studies in IT, computer science, AI, GIS, programming and application development, image processing, the application of emerging technologies (big data, sensors, VR, digital twins, etc.), and modern positioning techniques. Specialisation includes, for example, satellite systems, laser scanning, and remote sensing.
Degree
Degree of Master of Science in Engineering
Courses within the programme
Unique programme with cutting-edge technology and geodata
The Master of Science in Geospatial and Positioning Engineering is a unique five-year full-time engineering degree. It is possible to obtain a Bachelor of Science degree after three years.
The programme provides you with practical skills and advanced knowledge of geodata and various positioning techniques. You will learn how to determine position in real time and develop everything from simple mobile apps to complex systems for self-driving cars and robots.
Exploring the world from above - creating 3D models and future scenarios with drones and satellite data
You will also fly drones to understand how to use drone imagery, different image processing methods and laser scanning to create and visualize 3D models for urban and community planning, among others. In addition, you will gain insights into how satellite images are used to analyze, for example, landscape changes caused by climate change. The course also includes the use of Geographic Information Systems (GIS) for complex analysis, scenario studies, 3D/4D modelling and visualization.
Opening doors to a diverse career in spatial data and sustainable development
The programme has a cross-sectoral focus that opens opportunities to work in a variety of fields, such as climate change management, sustainable city development, real-time positioning, precision agriculture, and geospatial data services for mobile apps and web-based mapping services.
The programme provides you with the basis for working as both an independent expert in the field of geodata and a strategic leader in both the public and private sectors. In addition, the program provides eligibility for postgraduate studies.
Become attractive on the job market
After graduation, you can work in both the private and public sectors, for example in engineering and consulting companies or government agencies such as Lantmäteriet and Trafikverket, as well as in municipalities. There are also good opportunities for an international career, both as a consultant or by participating in international projects and collaborations.
Global trends such as digitization, data revolution, urbanization and climate adaptation are driving a growing need for experts in geodata and positioning technology. The need for developers and problem solvers in the field is expected to increase, making you attractive on the labor market.
The Programme and the UN Sustainable Development Goals
Läs mer om hur utbildningen är kopplad till FN:s globala mål
Med avancerade kunskaper om geodata bidrar du till samhällsnyttan och till att framtidssäkra en hållbar utveckling. De kunskaper om hantering och användning av geografisk information (geodata) som utbildningen ger, är av avgörande betydelse för att uppnå de flesta av FN:s 17 globala utvecklingsmål. Det gäller särskilt följande tre mål:
9 Hållbar industri, innovationer och infrastruktur
Ökad tillgång till geodata i en välfungerande informationsinfrastruktur, kombinerat med snabb utveckling av ny kunskap och avancerad teknik, skapar möjligheter till innovation för att lösa våra samhällsutmaningar på ett så hållbart sätt som möjligt. Under utbildningen får du de avancerade kunskaper som krävs och genom projektarbeten i samverkan med näringslivet får du en bra förankring i verkliga problemställningar.
11 Hållbara städer och samhällen
Med fördjupade kunskaper om geodata kan du medverka till att ta fram metoder och applikationer för planering, utveckling samt förvaltning av hållbara och inkluderande städer och samhällen. Scenarieanalys och 3D-modellering i kombination med olika sensorer, AI, big data, IoT och mobilitetsdata, kan till exempel utnyttjas för att visualisera och ta fram förslag till en attraktiv utveckling av samhället.
13 Bekämpa klimatförändringar
Vi måste ha förmågan att bedöma klimatförändringarna och den geografiska utbredningen av områden som riskerar att utsättas för till exempel skogsbrand, torka och översvämning. För detta krävs de kunskaper som utbildningen leder till om modellering och metoder för inmätning, analys och visualisering av geografiska data.
Högskolans kvalitetsarbete
Här kan du läsa mer om Högskolan i Gävles kvalitetsarbete och hur du som student kan bidra i arbetet
Contact
For specific questions about the content of the programme, contact the programme director. For questions about eligibility, application, admission, conditions for completion and general study guidance: studentsupport@hig.se
This page was last updated 2026-01-07