DIGIT − Sustainable Digital Transformation
The projects overall objective is that companies in the region can use the opportunities that AI, IoT and data-driven development bring to strengthen competitiveness and develop sustainable product...
Electronics
Research in Electronics at Mid Sweden University comprises studies, manufacturing, and functionality of sensors and electronic and opto-electronics components; design of circuits and systems; and application of electronics system. The research method includes development of theory and methods; modelling; experiments; and demonstration of electronics systems’ interaction with other technologies and systems.
Ongoing Research Projects
Fast Frequency Reserve from Hydropower
Renewable energy increases the need for better frequency reserve in the power grid. Hydropower has the potential to be able to compensate for fluctuations in the grid. Within this project, new...
FUSMON – Sensor fusion for smarter health monitoring
Heart and brain diseases require early and accurate diagnosis. In this joint project, Mid Sweden University and NTNU are developing the next generation of health measurement, combining multiple...
Long Life Power Platforms for Internet of Things - LoLiPoP-IoT
The overall vision of LoLiPoP IoT is to develop Energy Harvesting/micro-power management solutions for Wireless IoT edge devices that enable long battery life sensors to be retrofitted on, in or ne...
NextIndustriAI - AI-powered workforce and industrial processes
NextIndustriAI explores how generative AI and machine learning can be introduced into manufacturing micro, small, and medium-sized enterprises in the Aurora region. The project develops open...
NIIT - Next Generation Industrial IoT
NIIT is a research action at Mid Sweden University. The industrial focus is the next generation IoT technology and methods supporting the transformation of the process industries. The research is...
SENAVIS - Sensor technology for smart de-icing
Maintenance of winter roads and airports requires large amounts of expensive and environmentally harmful chemicals. SENAVIS will conduct research in sensor technology for optical measurement of the...
Synchrotron-based investigation of sulfur homogeneity for strong packaging papers
This research project focuses on optimizing the sulfonation process in CTMP to enhance fiber bonding and sustainability. By using advanced synchrotron-based X-ray fluorescence, it aims to refine...
Employees at the subject electronics
