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.
In this project, researchers at Mid Sweden University and the company SiTek Electro Optics, will develop a position sensing detector that will expand the wavelength range of detectors down to the...
The overall goal of the project is to strengthen the green and digital transformation of the region’s businesses with artificial intelligence to boost growth and develop sustainable products and...
The project will increase knowledge, recruit and build competence in Artificial Intelligence in Västernorrland and Jämtland / Härjedalen through targeted recruitment efforts to Mid Sweden Universit...
The target of this research is to come up with a step by step design instruction for AI experts to modify and optimize their acoustic sensor array for robust and reliable AI monitoring system.
The industry’s need for professional engineers with advanced IT skills is great. In this project, a model for work-integrated learning will be developed to meet the need and strengthen the students...
The pulp industry is known for its smelly gases. The smell is caused by process disruptions that lead to emissions of volatile organic sulphate compounds as sulfate hydrogen. The emissions imply...
The aim of the project is to identify surface defects in tube manufacturing with relevant data from surface measurements with machine vision systems and developed AI-based method for data managemen...
In the current stage of the industrial evolution, automation has become a key component for industries to thrive, and at the core of it we have Artificial Intelligence (AI) as a driving force.
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...
Electric powertrains are well underway to replace internal combustion engines and become mainstream in the automotive industry. So far, they mostly operate at voltages of 300–800 V.
In this project, we want to develop technologies for sensors, measuring systems and IoT solutions for monitoring in the production and use of hydrogen to provide greater security.
In collaboration with Luleå University of Technology, Mid Sweden University and STC will design a prototype sensor for the detection of various pollutants on rails over the cross-section of the rails.
Snow removal costs Sweden's municipalities about 1.5 billion per year. The goal of the project is to collect data, develop analysis methods and look at business development to streamline and increa...
I projektet "IoT Testbäddar" ska nationella testbäddar inom smart industri och smarta samhällen etableras samt en tankesmedja inom IoT med målet att öka forskning och utveckling i regionen.
Pollution in water can affect both people and society. In MiLo Water, the researchers will build on the technologies and methods developed in the previous project MiLo to be able to identify and...
In Nanofiber we want to investigate the possibility of combining two unique processing methods for developing a new type of nanoparticle-based optical fiber with the potential to enable significant...
NIIT is a new 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 ...
REACTION will build the first worldwide and European 8-inch SiC wafer pilot line facility for power technology. The project will re-set European competitiveness, rearranging worldwide factories...
Additive Manufacturing (AM), also known as 3D printing, is a rapidly growing manufacturing method. To make more advanced products, new materials are needed. In this project, we will develop an...
Society is transitioning from fossil energy to green alternatives. As a result, the need to store energy from, for example, solar panels, wind power and electric cars is increasing. This project ai...
The project is about developing different methods to manage the consequences that arise with increased expansion of renewable energy in electricity grids.
The page was updated 12/28/2022