Using microcontrollers with CCS-C Programming Language in Vocational Training

By implementing this project, we aimed to enhance the effective use of microcontrollers and the CCS-C programming language in vocational education. We sought to improve the knowledge and skills of...

By implementing this project, we aimed to enhance the effective use of microcontrollers and the CCS-C programming language in vocational education. We sought to improve the knowledge and skills of students and teachers in this field and to create modern, user-friendly educational materials. Additionally, we aimed to encourage knowledge and experience sharing among project partners and to establish a strong collaboration network between vocational education institutions across Europe. Strengthening the link between education and industry was another key goal, ensuring that students would have better opportunities in the job market and increasing their employability. Through the development of training kits, guidebooks, and digital content, we aimed to enhance the quality of education, making microcontroller training more accessible and effective.

Within our project, we carried out various activities to enhance the knowledge and skills of teachers and students in microcontroller education. We organized Transnational Project Meetings (TPMs) in four different countries to work on project management, development of educational materials, and dissemination strategies. During these meetings, project partners introduced their training modules and shared best practices in microcontroller applications. We held the European Robot Competition (LTT - Germany), where students competed in four different categories with robots they developed using the CCS-C programming language. This activity provided students with practical skills while also promoting international collaboration and cultural exchange. Collaborations were established with local vocational schools, universities, and industry partners to integrate the project results into the sector. At the end of the project, lasting partnerships were formed among participating schools, laying the groundwork for future projects.

Our project achieved several concrete outputs and significant results aimed at enhancing the use of microcontrollers in vocational education. Throughout the project, we developed six different training modules: LED and Button Module, LCD Module, Sensor Module, Dot Matrix Module, Keypad Module, and Motor Module. These modules were designed and implemented by project partners, providing students and teachers with more effective and hands-on learning opportunities in microcontroller education. Through the European Robot Competition (LTT - Germany), students competed in four different categories with robots they programmed using the CCS-C language. This event helped students enhance their technical skills, gain hands-on experience, improve teamwork, and engage in international knowledge exchange. Additionally, local and international dissemination activities were carried out, allowing project results to be shared with vocational schools, universities, and industry partners. The participating students and teachers gained new skills that made them more competitive in the job market.