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School of Technology and Innovations
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The School of Technology and Innovations focuses its teaching and research on automation, information technology, electrical and energy engineering, information systems science, and industrial management. These fields play a vital role in modern society – enabling real-time data transfer, smart logistics, electronic payment systems, and energy-efficient production. Our unit develops solutions to the challenges of the energy transition, such as next-generation combustion engine technology that emits only water vapor. Artificial intelligence is applied in predictive control of industrial environments and energy systems, while our cybersecurity research focuses on protecting critical infrastructure, such as power grids.
Our activities are guided by three key goals: we educate skilled professionals to meet the needs of local and international companies with up-to-date degree programmes; we produce internationally recognized research led by top scholars; and we build extensive research infrastructure in collaboration with other universities and industry partners. For example, EnergyLab provides a platform for developing and testing new technologies. In this way, we ensure that technological expertise supports a sustainable and secure society – now and in the future.
Our activities are guided by three key goals: we educate skilled professionals to meet the needs of local and international companies with up-to-date degree programmes; we produce internationally recognized research led by top scholars; and we build extensive research infrastructure in collaboration with other universities and industry partners. For example, EnergyLab provides a platform for developing and testing new technologies. In this way, we ensure that technological expertise supports a sustainable and secure society – now and in the future.
The world needs sustainable and environmentally friendly energy solutions. We believe that any one of us can innovate. We think that the best technology has intelligence and energy. We are proud of our graduates.
The School’s research spans both basic and applied research across a wide range of fields. Key strengths include artificial intelligence, machine learning, mathematics, and statistics, where basic research is driven by real-world needs and phenomena. Research topics often emerge from challenges in application domains and are approached through a "use-inspired basic research" mindset. The aim is to understand and model technical and economic phenomena, develop new digital solutions, and improve the efficiency and reliability of systems.
The School’s strategic research areas are artificial intelligence and digital value systems, resilient energy systems, and industrial transformation. Our research supports the energy transition and sustainable development by creating solutions for decentralized energy production, electricity distribution, and energy use. At the same time, we promote the adoption of digital solutions across various industry value chains, enhancing productivity and competitiveness.
Research groups:
Energy transition:
Cyber-Physical Systems
Mathematical and Statistical Modelling
Networked Value Systems
Efficient Powertrain Solutions
Renewable Energy and Built Environment
Smart Electric Systems
Business renewal:
Cyber-Physical Systems
Mathematical and Statistical Modelling
Networked Value Systems
Societal transformation:
Cyber-Physical Systems
Mathematical and Statistical Modelling
We educate Bachelor’s, Master’s, and Doctoral students in both Technology and Business. Our graduates are future-oriented experts and leaders, driving innovation in renewable energy and sustainable development.
Bachelor's Programmes
Bachelor's Programme in Technology, Bachelor of Science in Technology (Tuition in Finnish)
Bachelor's Programme in Industrial Management and Information Systems, Bachelor of Science in Economics and Business Administration (Tuition in Finnish) (AACSB accredited)
Master's Programmes
Master’s Programme in Electrical and Energy Engineering, majors:
- Energy Engineering, Master of Science in Technology
- Electrical Engineering, Master of Science in Technology
Master’s Programme in Computing Sciences, majors:
- Sustainable and Autonomous Systems, Master of Science in Technology
- Automation and Robotics, Master of Science in Technology (in the city of Pori)
- Artificial Intelligence and Data Engineering, Master of Science in Technology
- Automation and Computer Science, Master of Science in Technology (Tuition in Finnish)
- Information Systems, Master of Science in Economics and Business Administration (Tuition in Finnish) (AACSB accredited)
Master’s Programme in Industrial Engineering and Management, majors:
- Industrial Systems Analytics, Master of Science in Technology
- Strategic Project Management, Master of Science in Technology (in the city of Seinäjoki)
- Industrial Management, Master of Science in Economics and Business Administration (AACSB accredited)
Doctoral Programme
Our most significant research infrastructures include Technobothnia, a joint teaching and research laboratory complex shared by three universities, as well as our specialized energy laboratories.
We develop expertise in the energy sector in close collaboration with the business community in the Vaasa region and international industrial companies.
Cooperation projects
| Project | Duration | Actors |
|---|---|---|
| KnowHub - Reconnecting universities and enterprises to unleash regional innovation and entrepreneurial activity. | - | Networked value systems NeVS, Technology and Innovations |
| GREENOVET-European VET Excellence Platform for Green Innovation | - | Networked value systems NeVS, Digital Economy, Technology and Innovations |
| LEAP-RE - Long-Term Joint EU-AU Research and Innovation Partnership on Renewable Energy | - | VEBIC, Technology and Innovations, Renewable energy, Smart electric systems, Efficient Powertrain Solutions |
| Cybersecurity Curricula Recommendations for Smart Grids, CC-RSG | - | Smart electric systems, Cyber-Physical Systems, Technology and Innovations |
| CleanSCHOOL - Discovering safe cleaning for school buildings to reduce harmful chemical, particle and microbial footprint | - | VEBIC, Technology and Innovations, Renewable Energy and Built Environment |
| TULEVA –Logistics and resource management of the future via ubiquitous precision positioning methods | - | Digital Economy, Technology and Innovations, Smart electric systems, Networked value systems NeVS |
| Energy for IoT and other electrical devices (E4IoT) | - | Smart electric systems, Renewable Energy and Built Environment, Renewable energy, Technology and Innovations, Efficient Powertrain Solutions |
| Future Ready Harbour Concept – Towards Sustainable Maritime Ecosystem | - | VEBIC, Renewable energy, Smart electric systems, Networked value systems NeVS, Strategic business development, Management, Technology and Innovations, Efficient Powertrain Solutions |
| Sustainable Industry Ecosystem (SIE) | - | Digital Economy, Technology and Innovations, VEBIC, Management, Strategic business development, Networked value systems NeVS |
| Cybersecurity and Resilience of Digital Energy Systems (CR-DES) | - | Smart electric systems, Cyber-Physical Systems, Technology and Innovations, Resilience |
