PROJECT INFORMATION
Technology for Future: Digital Robotics Applications Project Information
Technology for Future: Digital Robotics Applications (T4F-DRA) is an Erasmus+ partnership project aiming to develop innovative content in the field of robotics and digital applications in vocational education and training.
General Information
| Project Title: | Technology for Future: Digital Robotics Applications |
| Project Acronym: | T4F-DRA |
| Programme: | Erasmus+ |
| Action Type: | KA210-VET – Small-scale Partnerships in Vocational Education and Training |
| Project Duration: | 18 Months |
| Project Period: | 01 September 2025 – 28 February 2027 |
| Total Budget: | €60,000 |
Project Objectives
The project aims to enhance the knowledge and skills of vocational education teachers and students in the fields of robotics technologies, collaborative robots (COBOTs), and robot simulation software. In line with the Industry 5.0 approach, the project seeks to contribute to the development of a human-centred, sustainable, and digitally skilled workforce.
- Strengthening learning processes based on robotics, COBOTs, and simulation technologies
- Developing digital educational materials and interactive learning content
- Improving digital competences of teachers and students in line with labour market needs
- Raising awareness and delivering training activities on waste management and circular economy
Target Groups
- Teachers working in vocational and technical education
- Students studying in the fields of electrical-electronics and robotics
- Individuals with fewer opportunities, particularly from disadvantaged socio-economic backgrounds
- Vocational education institutions and, indirectly, labour market stakeholders
Project Partners
| Coordinator (Germany): | Bildungswerk der Sächsischen Wirtschaft gGmbH (BSW) |
| Partner (Türkiye): | Sultanbeyli Sabiha Gökçen Vocational and Technical Anatolian High School |
| Partner (Italy): | Scuola di Robotica |
Main Project Outputs
- Digital Training Kit focusing on robotics, COBOTs, and simulation software (hypertext format)
- Interactive Educational Videos supporting robotics and digital learning processes
- Training content to enhance teachers’ digital and pedagogical competences
- Application-based robotics and simulation activities for students
- Waste Management and Circular Economy training activities for students in each partner country