Sivut joissa on tagi: IoT technology

Henkilö

Veli-Matti Tornikoski

Information technology, teaching, research and projects

Henkilö

Xinyu Tan

Information technology, research and projects

Projekti

Autonomous work machines (AUWO)

The project will start development and research work on autonomous machine control in Central Ostrobothnia by developing machine control solutions based on artificial intelligence, sensor fusion and simulation models.

Projekti

Data-driven efficiency, productivity and competitiveness

The project focuses on applying the basic elements of cyber-physical systems, IoT technologies and sensor network solutions, as well as artificial intelligence, to the needs of business life, to develop data-based solutions that enhance innovative functions that enable higher productivity and increase competitiveness.

Projekti

DiVes

Projekti

DustSense – Smart Dust Monitoring in Industrial Areas

The DustSense project develops smart dust monitoring solutions based on sensor networks and IoT technologies. These intelligent solutions enable continuous monitoring from multiple points across wide areas simultaneously. Networked, real-time dust measurement allows for quicker and more effective responses to emissions.

Projekti

HATTU - From Project to Product

The HATTU project is developing an approach to take the results of digital RDI projects further into commercialisation. The aim is that the Central Ostrobothnia region would benefit more from the results of the projects. The key actions of the project are: development of an operational model supporting the commercialisation of project outputs strengthening digital skills

Projekti

Industrial Big Data

Industrial Big Data is a project funded by the Kokkola Ecosystem Agreement, which aims to pilot the potential of AI techniques to monitor deviations and quality in industrial processes and to develop big data generated from testing battery materials to create a new level of predictability about the quality of battery cells and thus battery materials.

Projekti

IoT learning environment

The project focuses on developing vocational upper secondary education teaching and learning materials through IoT technology, aiming to enhance students’ understanding and skills in applying IoT solutions across different fields. An IoT learning environment will be created, based on data collected from real-world settings in various sectors. The goal is to strengthen the competitiveness of vocational fields, improve workforce skills, and create new employment opportunities.

Projekti

LIoT

Project aims to bring focus to the emerging opportunities of the Internet of Things to the Central Ostrobothnia area businesses and to enable companies to start to discover and take advantage of them and utilize them, both to enchance productivity and to start new business and to find new business models.

Projekti

LoRE

The LoRE-project the goal is to develop, by using digitalization, more cost and energy efficient concept for environmental monitoring, which will be in the first stage piloted for the needs of environmental authorities monitoring requirements.

Projekti

RUOSTE

Projekti

SCIP

The SCIP project seeks solutions to the urban digital revolution by bringing together different actors to form a Smart City Innovation Hub and developing a new and open smart city innovation platform that enables the development and piloting of a variety of data-driven technologies, concepts and products suitable for smart cities

Projekti

SINNE

The aim of the project is to demonstrate, pilot and study intelligent, scalable (wireless), air quality and noise measuring system. The system designed to include the prevailing weather conditions, air quality measurements and noise sensors operate in the same application

Projekti

Smart and sustainable living

The aim of the project is to develop solutions and smart technologies enabled by digitalisation in the design, construction and commissioning phases of housing construction. The project is implemented by the Central Ostrobothnia Education Group and the Centria University of Applied Sciences Ltd. and the University of Jyväskylä/Kokkola University Consortium Chydenius as sub-projects.

Projekti

SmartHome4E

The project's main objective is to gain productivity benefits by enabling new working methods in social and health care services by using novel IoT technology. The relevant information is gathered together by the customer's interface, which can also be used by the care personnel, the elderly person as well as his/her relatives

Projekti

Tailoring the Master’s Programme in IT for the Central Ostrobothnia Region

The project aims to prepare for the launch of a Master’s Programme in Technology (DI) in the Central Ostrobothnia region. Establishing a new programme represents a significant investment from the university, as universities do not typically take regional specificities into account in their core operations. The project therefore focuses on designing the planned MSc programme to meet the needs of local industries, strengthen regional competitiveness, and improve the availability of skilled workforce. Another objective is to demonstrate to the university the region’s and its business sector’s interest in expanding university-level education.

Projekti

TAKOMO Smart Environmental Monitoring in Industrial Areas

The TAKOMO project implements and develops comprehensive smart environmental monitoring solutions tailored to the needs of industry. The monitoring carried out in the project enables real-time tracking of emissions and their reduction. The project also pilots solutions for predicting emissions.

Projekti

TEHO

The Technology-enabled information for home care (TEHO) project is looking for solutions to care for the growing elderly population, with a particular focus on people with memory problems living in home care.

Projekti

TIRA - Efficient Facility Management through Robotics and Sensor Technology

The TIRA Project aims to develop and implement robotics and sensor technology solutions to enhance facility management, with a particular focus on predictive maintenance and improving safety in both indoor and outdoor spaces. The project is implemented by the Central Ostrobothnia Education Group and the University of Jyväskylä/Kokkola University Consortium Chydenius as a sub-project.