Våra program

F-Sektionen

  • Physics engineering students are studying mainly physics and math. It’s a broad programme and when they graduate they can work with analysis and solve problems with physics and mathematics. 

    Possible professions: 

    • Patent consult

    • Programmer

    • Medical technician

    • Entrepreneur

    • Financial analyst

  • Students at Mathematical engineering are studying mainly math and programming. It’s a broad programme where the students learn how to solve mathematical problems. After graduating, the graduate for example can effectively analyze information or simulate complex processes

    Possible professions and industries: 

    • Bioinformatics

    • AI

    • Machine learning

    • Medicine

    • Finance

  • Nano engineering is an interdisciplinary program where students learn how chemistry, physics, material science and electronics connect to each other. 

    Possible professions and industries: 

    • Biomedicine specialist

    • Information technologies

    • Material technologies

  • The Photonics programme aims at educating students in the science and technology that lies behind the photonics revolution. The students obtain in-depth understanding of optics and laser technology as well as practical experience in optical design.

    Possible professions and industries: 

    • Photonics Engineer

    • Optical Engineer

    • Laser

    • Metrology

    • Product development

  • The Nanoscience program focuses on understanding how matter and processes behave at the nanometer scale, where physics, chemistry, and biology intersect. It provides a multidisciplinary foundation based on the physics of nanoscale phenomena, with opportunities to specialize in areas such as nanoelectronics, materials science, or biophysics.Students gain both theoretical knowledge and practical skills to develop new materials, sensors, and technologies used in research, medicine, and industry.

    Possible professions and industries: 

    • Materials

    • Nanoelectronics

    • Biomedicin

    • Thin film Specialist

  • The program focuses on analyzing and interpreting large amounts of data using advanced algorithms. Students learn to combine statistics, mathematics, signal and image processing, and control theory to solve complex problems in areas such as autonomous vehicles, healthcare, and energy-efficient systems.

    Possible professions and industries: 

    • Machine Learning Engineer

    • Control systems Engineer

    • Applied Scientist

    • Automotive and robotics

    • Telecommunications

    • Information technology

    • Software

  • The program provides advanced training in accelerator physics, high-power laser technologies, and laser–plasma interactions, as well as the physics behind gravitational wave detectors. It combines theoretical and experimental approaches and emphasizes cross-disciplinary applications such as new energy sources, medical technologies, and security diagnostics, preparing students for careers in cutting-edge research and innovation.

    Possible professions and industries: 

    • Data scientist

    • Laser engineer

    • R & D engineer

E-Sektionen

  • Students at electrical engineering get a strong theoretical foundation in mathematics and physics, but also get skills in constructing, measurement and programming. 

    Example of possible professions and industries: 

    • Renewable energy

    • AI

    • Medical technology

    • Robots

    • Development engineer

  • Biomedical engineering is an interdisciplinary programme where students get a strong theoretical foundation in science, medicine and technology.  Students take courses where they learn how to develop and test medical products. 

    Possible professions and industries: 

    • Product developer

    • Medical equipment

    • Digital systems

    • Hospital engineer

  • The Embedded Electronics Engineering program focuses on the design and development of integrated circuits and electronic systems, combining digital, analog, and mixed-signal design into one comprehensive field.

    Students gain expertise in silicon-based semiconductor technology (CMOS) and learn how to create systems used in areas like IoT, 5G/6G, autonomous vehicles, and supercomputing.

    Possible professions and industries: 

    • VLSI/IC Design Engineer

    • Analog Engineer

    • Semiconductor and microelectronics

    • telecommunication

    • Automotive and transportation

  • The Wireless Communications program focuses on how modern and future wireless systems work and are designed. Students learn about the physical and lower layers of communication systems, gaining deep understanding of how data is transmitted reliably and efficiently through the air.

    The studies cover topics such as radio communication, signal processing, antennas, network protocols, and wireless system design, with applications in areas like 5G/6G, IoT, autonomous systems, and smart cities

    Possible professions and industries: 

    • Telecommunications

    • Consumer ELectronics

    • Automotive and transportation

    • Semiconductor and hardware design

    • Radio frequency engineer

M-Sektionen

  • Students at mechanical engineering are studying both math and physics as well as technical design economics and environment. They also get knowledge in how these subjects compliment each other. 

    Possible professions and industries: 

    • Design

    • Product development

    • Energy conversion 

    • Recycling

  • Mechanical engineering with technical design focuses on a holistic view of product development and is a mix between mechanical engineering and industrial design. 

    Possible professions: 

    • Product manager

    • product developer

    • Designer

  • The Sustainable Production Systems program teaches how to design and manage efficient, digitalised, and sustainable manufacturing processes.

    Students combine production and materials engineering with automation and global production management, gaining both theory and hands-on experience.


    possible professions and industries: 

    • Production Engineer

    • Materials Engineer

    • Industrial Automation Engineer

    • Production/operations manager

    • Product development engineer

  • The Sustainable Energy Engineering program focuses on developing innovative and efficient energy solutions for a fossil-free future.

    Students learn about energy conversion, distribution, and advanced technologies such as power plants, fuel cells, batteries, and heat pumps, grounded in thermodynamics, fluid dynamics, physics, and chemistry.


    Possible professions and industries: 

    • Energy and power generation

    • energy systems analyst

    • manufacturing and technology

V-Sektionen

  • The program focuses on planning, designing, and building society’s infrastructure, such as roads, bridges, buildings, water systems, and energy networks.

    Students gain strong technical knowledge combined with sustainability, environmental, and digitalisation perspectives, learning to create safe and efficient built environments for the future.

    Possible professions and industries: 

    • Civil engineer

    • Transportation engineer

    • Construction project manager

    • Water and environmental engineer

    • Urban planner

  • The program focuses on the efficient and sustainable use of land and buildings, combining technology, law, and economics to create a broad understanding of urban development and property management. Students learn about land division, property development, and geographic information systems (GIS), as well as legal and economic aspects of land use.

    Possible professions and industries: 

    • Cadastral engineer

    • GIS Engineer

    • Real estate economist

    • Urban planner

    • Property lawyer

  • Students at the fire safety engineering program gain a strong foundation in science, engineering, and building technology, learning about fire behavior, fire dynamics, prevention, and emergency response. The program combines theory, practical applications, and problem-solving to prepare graduates for careers in fire protection design, rescue services, safety management, and research, contributing to a safer and more resilient society.

    Possible professions and industries:

    • Fire safety engineer

    • Fire protection consultant

    • Risk and safety engineer

    • Rescue service officer

  • The students at the program get advanced knowledge and skills in fire dynamics, risk assessment, and fire protection engineering. Students learn to analyze, model, and design fire-safe buildings and systems, gaining both theoretical and practical understanding of how to prevent and manage fires.

    Possible professions and industries: 

    • Fire safety engineer

    • Fire Protection consultant

    • Riska & safety

    • Building design engineer

    • Fire investigation specialist

  • Students learn both theoretical and practical skills in areas such as risk assessment, preparedness planning, resilience building, and disaster response management. The program combines interdisciplinary studies, group projects, and real-world engagement with organizations like the UN, Red Cross, and government agencies, preparing graduates for international careers in risk management and climate adaptation.

    Possible professions: 

    • Disaster risk management specialist

    • Climate change adaptation adviser

    • Resilience and sustainability consultant

A-Sektionen

  • The Architecture program focuses on learning how to design and shape spaces, buildings, and environments that are both functional and aesthetically meaningful. Through hands-on projects, students work with drawing, model building, and digital design, exploring areas such as architecture, urban design, interior architecture, furniture design, and restoration. 

    Possible professions and industries: 

    • Architect

    • Urban designer

    • Urban planner

    • Project manager

  • Students learn to identify user needs and create design solutions that balance aesthetic, functional, and technical aspects. The program combines theory and creative practice across disciplines, training students to respond to cultural, technological, and industrial changes in society.

    Possible professions and industries: 

    • Industrial designer

    • Product designer

    • UX designer

    • UI designer

  • The Sustainable Urban Design program combines theoretical studies with practical, project-based learning focused on solving real-world urban challenges. Students work in international and interdisciplinary teams with architects, landscape architects, and urban designers to develop sustainable design proposals for cities and communities.

    Possible professions and industries: 

    • Urban designer

    • Landscape architect

    • Urban planner

    • Sustainability consultant

  • The International Master’s Programme in Design focuses on helping students develop their own creative identity and professional role within the design field.

    Through advanced artistic, social, and technological studies, students expand their creative thinking and learn to plan, visualize, and implement innovative concepts for products and services.

    Possible professions and industries: 

    • Experience designer

    • Industrial designer

    • Service designer

    • Design strategist

  • Students learn programming, parametric modeling, robotics, and digital fabrication methods such as 3D printing, combining them with architectural theory and research-by-design. The program prepares future architects to become innovative designers and changemakers, capable of leading technological, cultural, and environmental progress in architecture and construction.

    Possible professions and industries: 

    • Architect

    • Computational designer

    • Digital fabrication specialist design technologist

    • interaction designer

  • The program cultivates critical thinking, technical skills, and artistic expression, preparing graduates to become highly skilled, globally competitive architects and designers. Through hands-on projects, workshops, and international collaboration, students develop the ability to design innovative, sustainable, and future-oriented buildings and environments.

    Possible professions and industries: 

    • Architect

    • Urban designer

    • Urban planner

    • Project manager

K-Guild

  • Students learn the entire pathway from molecule to product, focusing on resource efficiency, renewable raw materials, and environmentally friendly production. The program provides both theoretical knowledge and problem-solving skills, preparing graduates to contribute to the transition toward a sustainable and energy-efficient society.

    Possible professions and industries: 

    • Chemical and process

    • Food and bevege engineer

    • Environmental engineer

    • Product development engineer

    • Materials

    • Pharmaceutical

  • The Biotechnology program combines biology, chemistry, and engineering to develop sustainable products and processes based on nature’s own systems.
    Students gain interdisciplinary knowledge in mathematics, genetics, biochemistry, and process technology, learning how to use biological mechanisms in industrial applications.

    Possible professions and industries: 

    • Bioprocess engineer

    • Quality assurance specialist

    • Product development engineer

    • Medical technology

    • Life science

  • Students learn about food processing, safety, nutrition, and sustainability, as well as economics, leadership, and business development within the food industry.

    The program combines engineering and management perspectives, preparing graduates to improve and innovate food production in response to future environmental, social, and consumer challenges.

    Possible professions: 

    • Food process engineer

    • Quality control manager

    • Product development specialist

    • Food and safety specialist

  • The program provides a comprehensive education in modern biotechnology, combining molecular biology, chemistry, and process engineering.

    Students learn both scientific and technological aspects of developing sustainable bioproducts for biomedicine, industry, and environmental applications.

    Possible professions and industries: 

    • Bioprocess engineer

    • Product development specialist

    • Pharmaceutical industry

    • Medical technology

    • Agricultural technology

    • Forest industry

  • The Master’s Programme in Food Technology and Nutrition combines engineering sciences with product innovation to meet the needs of a rapidly developing food industry. Students gain both theoretical knowledge and hands-on experience in areas such as food processing, product development, and nutrition, learning not only why but also how food systems work.

    Possible professions and industries: 

    • Food process engineer

    • Product development scientist

    • Quality Assurance

  • Students are gaining a multidisciplinary and cross-cultural education in food research, formulation, design, and entrepreneurship. The program prepares graduates to work in the agrifood and beverage sector, combining scientific knowledge, creativity, and business skills to drive innovation and sustainability in the global food industry.

    Possible professions: 

    • Product Development Scientist

    • Food Innovation Manager

    • Process or Production Engineer

    • Quality and Regulatory Specialist

    • Packaging Designer

  • The Master’s Programme in Pharmaceutical Technology and Drug Development focuses on the discovery, design, and production of both small-molecule and biological drugs. Students gain expertise in pharmacology, product development, manufacturing, and quality assurance. 

    Possible professions: 

    • Pharmaceutical Scientist

    • Analytical Chemist

    • Biochemist

    • Formulation Scientist

  • Students are gaining multidisciplinary and international perspectives on food systems, combining food science, technology, sustainability, and entrepreneurship.

    Possible professions: 

    • Food Systems Innovation Manager

    • Sustainability or Circular Economy Specialist

    • Food Production

    • Food Safety Manager

D-Sektionen

  • The program provides a broad education in computer systems, programming, and digital technology, combining theoretical knowledge with practical problem-solving. Students learn how computers and networks are designed and built, how to develop software and control industrial systems, and how technology interacts with people and society.

    Possible industries: 

    • Information Technology and Software Development

    • Telecommunications

    • Process and Manufacturing Industry

    • Media and Entertainment

    • Automotive

    • Machine learning

  • The program focuses on how information is processed, transmitted, and presented in our digital society. Students gain a broad foundation in software development, networking, and system design, while learning how to create user-friendly and socially sustainable technology. The program combines technical knowledge and human-centered design, covering areas such as interaction design, computer networks, software engineering, and cybersecurity. 

    Possible industries: 

    • Information Technology

    • Software Development 

    • Telecommunications

    • Media and Digital Services

    • Cybersecurity and Data Protection

  • The Master’s Programme in Virtual Reality and Augmented Reality focuses on developing the skills to design, implement, and evaluate immersive digital environments. Students gain expertise in computer graphics, human–computer interaction, 3D modeling, and software development, while also learning to address the ethical, cultural, and social dimensions of immersive technologies.

    Possible professions: 

    • VR/AR Developer / Engineer

    • 3D Artist / Graphics Programmer

    • User Experience / Interaction Designer

    • Simulation and Visualization Engineer

    • Software Developer / Systems Architect

ING-Sektionen

  • The program combines technical expertise with architectural understanding, giving students a comprehensive view of the entire construction process.

    Students learn about building design, materials, sustainability, and project management, while also gaining insight into architecture, visualization, and planning.

    Possible professions: 

    • Building Engineer

    • Construction Engineer

    • Project Manager

    • Structural Designer

    • Construction Designer

  • The program focuses on the planning, design, and construction of transport systems such as roads, railways, and urban traffic networks.

    Students gain a broad understanding of technical systems, project management, and sustainability, learning how infrastructure connects people, cities, and environments.

    Possible professions: 

    • Project Manager

    • Construction Manager

    • Transportation Planner / Analyst

    • Urban and Regional Planner

    • Civil Engineer

  • The program provides a strong theoretical and practical foundation in computer systems, programming, and digital technologies.

    Students learn to apply their knowledge through projects, problem-solving, and collaboration with local industry, gaining experience in project and requirements management.

    Possible professions: 

    • Software Developer / Programmer 

    • Systems Developer / Engineer

    • Test and Development Engineer

    • Embedded Systems Engineer

    • IT Consultant

  • The program combines electrical engineering, automation, and computer technology, preparing students for work with design, control, maintenance, and operation of electrical and automation systems. Students gain practical and theoretical knowledge in power systems, installation technology, sensors, control systems, and computer-based automation.

    Possible professions: 

    • Electrical Engineer 

    • Automation Engineer

    • Development Engineer

  • The Master’s Programme in Energy-Efficient and Environmental Building Design focuses on creating sustainable, low-energy buildings adapted to heating-dominated climates. Students gain expertise in building physics, renewable energy integration, indoor climate, and architectural design, learning how to design and renovate buildings that balance energy efficiency, environmental performance, and human comfort.

    Possible professions: 

    • Energy and Environmental Building Designer

    • Building Performance Engineer

    • Energy Consultant

    • Sustainability Consultant

W-Sektionen

  • The program focuses on solving global sustainability challenges by combining engineering, natural sciences, and environmental studies.

    Students gain broad knowledge in chemistry, ecology, geosciences, energy systems, and water management, learning to design sustainable technologies and processes that minimize environmental impact.

    Possible professions: 

    • Environmental Engineer

    • Environmental Coordinator

    • Energy Engineer

    • Energy and Climate Advisor

    • Process Engineer

  • The program trains students to understand, analyze, and manage risks, safety, and crises in modern, complex societies. It combines engineering, natural and social sciences to address how humans, technology, organizations, and society interact in the face of accidents, disasters, and crises. Students learn to prevent, prepare for, and manage emergencies, as well as to develop proactive strategies for a safer and more sustainable society.

    Possible professions: 

    • Risk Engineer

    • Safety Engineer

    • Crisis Manager

    • Emergency Preparedness Coordinator

  • The Water Resources Engineering program focuses on the sustainable management and use of water through integrated approaches.
    Students study topics such as wastewater treatment, stormwater management, coastal hydraulics, hydrology, and water system modeling, gaining both theoretical knowledge and practical skills.

    Possible professions: 

    • Water Resources Engineer 

    •  Water Resource Manager

    • Hydrologist 

    • Hydrogeologist

    • Process Engineer

    • Hydraulic Engineer

  • The Environmental Management and Policy (EMP) program combines environmental science, policy, and management to train professionals who can lead the transition toward sustainability.

    Students gain a dual perspective—understanding both public policy processes and corporate environmental strategies—and learn how to design, implement, and evaluate solutions to global environmental challenges.

    Possible professions: 

    • Sustainability Consultant 

    • Environmental Advisor

    • Environmental Policy Analyst

    •  Policy Officer

    • Corporate Sustainability Manager

  • The programme provides students with advanced knowledge and skills in membrane science and technology, focusing on their applications for sustainable industrial and environmental solutions. Students gain a broad understanding of the field, combined with specialized expertise in areas such as membrane materials, process design, and separation technologies. 

    Possible professions: 

    • Process Engineer

    • Membrane Engineer

    • Research and Development Engineer

    • Desalination Specialist

    • Sustainability Engineer

I-Sektionen

  • The program combines technology, economics, and mathematics to prepare students for roles in business development, strategy, and industrial leadership. Students learn how to develop and manage sustainable technical systems and competitive enterprises by integrating technical expertise with financial and strategic thinking.

    Possible professions: 

    • Project Manager

    • Business Developer

    • Management Consultant

    • Analyst

    • Product Developer

    • Process Developer

  • The Master’s Programme in Logistics and Supply Chain Management focuses on the design, planning, and management of sustainable and efficient supply chains. Students learn to integrate sustainability and circular economy principles into logistics strategies, networks, and systems. The program combines theoretical knowledge with practical experience, using case studies, simulations, and industry collaborations to build strong analytical and problem-solving skills.

    Possible professions: 

    • Supply Chain Manager

    • Logistics Manager

    • Strategic Sourcing Specialist

    • Operations Excellence Developer

    • Process Improvement Engineer