ONGOING PROJECTS
CorroSense is an innovative research project developing intelligent, battery-free wireless sensors for continuous monitoring of reinforced concrete structures. By combining corrosion, temperature, and humidity data with artificial intelligence, the system enables early detection and prediction of structural damage. The low-power, self-sustaining technology reduces maintenance costs, eliminates the need for batteries, and extends the service life and safety of critical infrastructure.
Project period: 1 January 2023 - 31 December 2026
Funding: Innovation Fund Denmark: Grand Solutions: Digitalization, technology and innovation
Overall budget: DKK 34 M
Contact SDU: Prof. Farshad Moradi, moradi@sdu.dk, +4565501850
Interested? Discover all the details on our website
The Danish Chips Competence Centre (DkCCC), part of the EU Chips Act, focuses on chip design and fabrication with a specialization in quantum technologies. Funded by the European Commission and the Danish Ministry of Higher Education, DkCCC connects Danish companies and start-ups to essential resources, supports business growth, and fosters innovation. Its mission is to strengthen Denmark’s chip ecosystem and help SMEs and start-ups develop and manufacture advanced semiconductor and quantum chips.
Contact SDU: Prof. Farshad Moradi, moradi@sdu.dk, +4565501850
Interested? Discover all the details on the website
EPIFY is developing an advanced system for automated detection of epileptic seizures. By combining cutting-edge chip technology with neural networks, EPIFY analyzes EEG data to provide faster, more accurate diagnoses. The project, led by Cenexum Technologies and a team of experts in electronics, computer science, and neurophysiology, aims to improve patient care while reducing workload and costs for healthcare professionals.
Project period: 1 September 2025 - 31 August 2028
Funding: Innovation Fund Denmark
Overall budget: DKK 23,4 M
Contact SDU: Prof. Farshad Moradi, moradi@sdu.dk, +4565501850
Read more here
MOSAIC advances Europe’s digital sovereignty by developing next-generation, AI-enabled electronic components and systems (ECS) for automated industries. With robust, energy-efficient, and interoperable solutions, the project showcases innovation across automotive, aerospace, maritime, and industrial sectors - strengthening Europe’s competitiveness and securing a smart, autonomous future.
Project period: 1 July 2025 - 20 June 2028
Funding: Horizon Europe - Digital, Industry and Space
Overall budget: EUR 53 319 967,25
Contact SDU: Prof. Farshad Moradi, moradi@sdu.dk, +4565501850
Read more here
The NeuroMate project combines neuroscience, engineering, and machine learning to help stroke patients regain control of arm and hand function. By decoding brain signals, NeuroMate enables patients to operate assistive technologies using only their thoughts, improving autonomy and quality of life. Funded by Innovation Fund Denmark, the project brings together leading Danish institutions and companies to develop adaptive, user-centered systems that could transform neuro-adaptive assistive technology worldwide.
Project period: 1 May 2025 - 30 April 2029
Funding: Innovation Fund Denmark
Overall budget: DKK 32,94 M
Contact SDU: Assoc. Prof. Hooman Farkhani, farkhani@sdu.dk, +4565501940
Read more here
SWAN-on-chip develops low-power spintronic sensor nodes for energy-efficient IoT applications. By integrating spin-based sensing, wireless power, and edge computing into a single CMOS platform, the project enables “Green IoT” solutions for electric vehicles, smart metering, and other real-world use cases, reducing energy consumption and carbon footprint.
Project period: 1 October 2022 - 30 September 2026
Funding: Horizon Europe - Digital, Industry and Space
Overall budget: EUR 3180372,50
Contact SDU: Prof. Farshad Moradi, moradi@sdu.dk, +4565501850
Read more here
FORMER PROJECTS (tba)