The long-term vision for STC is to enable future sensor-based systems and services by conducting innovative technology research in electronics and computer technology.
Although sensor-based systems and services is general technology, which can be applied in all areas, the research within STC is focused on the application area of Industrial IT.
The main goal for the STC research centre is to become the national centre for sensor systems and services. As a national centre, STC would be the natural partner for application challenges within this area. The research should be of high quality, published in reputable journals and presented at conferences and have an emphasis on educating doctors to be able to both lead development in industry and become successful researchers. Additionally, the research should be useful in terms of generating new knowledge to industry (specifically our partners) and generating innovations that are transferred to new companies.
STC Research groups
Autonomous sensor systems
The research group within Autonomous sensor systems develop technologies in the areas of energy harvesting and embedded sensors targeting autonomous sensor systems with a focus on industrial...
Communication Systems and Networks
The Communication Systems and Networks group focuses on shaping the future of communication systems and networks, particularly in the wireless domain.
Detector and Photonics
Develops detectors; thermal detector for CO2 based indoor climate control, electron detectors and detectors for Thermal Neutrons. Within photonics the main focus is on the development of new optica...
Embedded IoT systems
The research group target embedded implementation of IoT-nodes, with a focus on data intensive applications and with a holistic view of the IoT computational stack.
Materials physics
Our research concerns materials mainly with relevance for the forest industry. We have many projects in the field of large area applications and green energy, energy harversting, store and use energy.
Power Electronics
Positions the research within high frequency power supplies in the frontline. The research have presented the only isolated converter above 3MHz with an efficiency exceeding requirements from...
Printed Sensor Systems
The research group Printed Sensor Systems develops an inkjet printed humidity sensor. Researchers are evaluating different coatings applied on plastic substrates to promote inkjet printing quality ...
Radiation Sensing and Imaging Systems
We study the design of electronics measurement systems with a focus on applications where computing electronics, radiation detectors, electromagnetic radiation sources and image analysis are combined.
Realistic 3D
The research at Realistic 3D is on Multidimensional Imaging and Visualization with focus on Multiscopic 3D Capture, Coding and Visualization.
Ongoing Research Projects
AI Climate and Growth
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...
AISound – Acoustic sensor array design for AI monitoring systems
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.
Anomaly detection in industrial processes
This project will identify and plan for future cooperation activities in different perspectives of anomaly and fault detection in industry through brainstorming, synthesis, and planning between Mid...
Autonomous friction measurement and airport monitoring
The airport of the future will be largely autonomous and will have a high degree of remote control. This places high demands on reliable technology and monitoring, technologies that are developed i...
Competence supply through lifelong learning
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...
Data driven prediction and sensing of smelly gases
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...
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...
DigiTube - Digitized in-line measurement and analysis of surface defects on tubes
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...
DRIVEN - Expert Competence for Data-Driven Industrial Transformation
In the DRIVEN project, Mittuniversitetet together with 23 companies and organizations will develop new courses adapted to the needs of data-driven development in various industries. In the four-yea...
Embedded Deep Learning Systems -EDGY
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.
Emission measurement of construction machines through IoT-based activity mapping
This project wil enable the development of IoT-based solutions in construction machinery with the aim of reducing and making visible CO2 emissions in planning, procurement and accounting.
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...
High Efficiency High Performance 48 V Drive System for Future EV
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.
HydroSense
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.
ImSpec - Multiple energy band imaging spectroscopy for material and object classification
The central problem area that we want to address in this project is how to combine different spectroscopic methods, merge 2D imaging spectral data and use AI for fast and accurate recognition of...
In2track3 – detection of various pollutants on rails
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.
InfoViz
This project focus is to reinforce and renew the competence in Information Visualization and Visual Analytics.
InfraVis
This project will build a new national infrastructure for visualization and analysis of scientific data. The new infrastructure will give researchers access to expertise and development of competen...
International trainee programme
Recruitment of foreign people IT skills can be a way to solve the skills shortage in the region. Mid Sweden University will therefore, together with Bron Innovation, develop a model for an...
IoT Testbäddar
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.
MiLo Water
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...
NIIT - Next Generation Industrial IoT
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 ...
PLENOPTIMA – Plenoptic Imaging
Plenoptima is European collaboration with researchers and partner organisations in an innovative training network. The aim is to develop a cross-disciplinary approach to plenoptic imaging.
Pressure – IoT to reduce damage from pressure ulcers
Pressure ulcers create suffering and high costs in society. In the research project “Pressure - IoT to reduce injuries from pressure ulcers”, the goal is to develop a cheap and robust IoT-based...
ENSURE 6G - Remote sensing and data fusion integration for Industrial logistics in Rural Areas with 6G
The project's objective is to create data-driven automation solutions enabled by robust wireless connectivity, and attract talents to this region by creating the North-Nordic inter-regional ICT Bel...
Smart Industry Sweden
Within Smart Industry Sweden, five Swedish universities are gathering cutting-edge expertise in the field of smart industry. The graduate school wants to create a cohesive group of industrial...
Robust wireless infrastructure for remotely controlled timber management
This project focuses on the challenges of 5G connectivity and communication to remotely control timber loaders at timber terminals. The terminals are often isolated and have a demanding environment...
Sio Grafen
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...
WELDVISI - Visualization of the welding process for cognitive support
The project aims to create a prototype of a new sensor-based support system with cognitive feedback to the operator in real time. Physical data shall be recorded via sensors in a handheld tool and...