Projects

Lakes and wetlands are important sources of CH₄ and CO₂ emissions, but the magnitude and underlying mechanisms are poorly understood. The goal is to develop an innovative dual CH₄/CO₂ sensor for real-time, in-situ quantification of dissolved gas in freshwater systems.

The goal of this research project is to develop an innovative dual CH₄/CO₂ sensor for real-time, in-situ quantification of dissolved gas in freshwater systems.

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This project aims to transform second language education by developing an AI tutor that provides personalized guidance through NLP, speech recognition, and grammar feedback. The adaptive tutor tailors lessons to each learner's progress, enhancing outcomes, driving digital transformation, and promoting inclusion. The AI tutor will bridge gaps in traditional teaching, empowering learners - especially migrants and disadvantaged groups - to achieve proficiency and integrate successfully.

We will implement a multi-phase project to integrate an AI tutor into our language center services. Our activities include developing an adaptive AI tutor that employs advanced NLP, speech recognition, pronunciation training, and grammar feedback; piloting the system with diverse learners, training educators to effectively use the tool; and continuously evaluating and refining the system based on user feedback and performance data.

The project will yield an innovative AI tutor providing personalized, 24/7 language support for second language learners. Expected outcomes include enhanced learner progress, improved teacher efficiency, and increased AI literacy. The project will also generate valuable insights on AI-assisted teaching, bridging gaps in traditional instruction and supporting migrants and disadvantaged groups while promoting digital transformation in second language education.

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The purpose of the project is to ensure Danish participation in IEA DHC Annex TS6. The Annex is focused on status assessment, ageing, lifetime prediction, and asset management of district heating pipes.

The competencies and activities of Danish participants cover the following areas of the Annex:

1. Condition Assessment through Drone-based Thermographic Inspection,
2. Fault Vulnerability Prediction,
3. Service Life Prediction through Probabilistic Mathematical Models,
4. Asset Management and Optimal Renovation Planning, and
5. Knowledge Transfer and Dissemination of the above tasks.

Project consortium: DTU Engineering Technology, SDU, Drone Systems, and Fjernvarme Fyn Distribution

Project period: April 1, 2024 to March 31, 2026

The project is funded by EUDP (The Energy Technology Development and Demonstration Programme)

The climate crisis is the greatest challenge of our time, which educational institutions, businesses, public entities, and citizens must collectively find solutions to. One way to address this challenge is by using data and digital technologies to accelerate innovation. Municipalities and regions are also committed to the green transition and are motivated to find digital solutions to meet national and global climate goals.

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Power Bio aims primarily to increase the supply of biomass for green energy production and high-value products through efficient use of untapped residual biomass and straw.

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The project 'Strengthen the Holistic STEM Education in Technical Vocational Education and Training' aims to enhance vocational school teachers' knowledge and skills in organizing relevant, holistic, and coherent STEM education in both vocational education and training (EUD) and vocational upper secondary education (EUX) within the main area of Technology, construction, and transport, with a special focus on the industry's education, e.g., blacksmith and industrial technician.

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Implementation of Industry 4.0 technology in the Danish freight transport sector.

Even though Danish freight transport is among the world's elite, it faces increasing demands for sustainability, rising global competition, and pressure on the bottom line. Along with these challenges, Danish freight transport companies are facing a near future with technological quantum leaps. The ambition of the TransportTech project, funded by the Hedorf Foundation and the FDE Foundation, is to kickstart the implementation of digitization technologies in several specific companies while closely monitoring the adoption of the technology.

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