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Description
The project is focused to create mobility opportunities and activities between participating universities and industrial high schools to support the expansion of cooperation in education, graduates ''employability, increasing graduates'' expertise and practical experience, mutual exchange of knowledge and experience. The project aims at bachelor''s and engineering students, teachers, and high school students. Within the project, there will be realized mutual transfers of current experience and knowledge usable in the preparation of study materials innovation of study plans and implementation of professional seminars focused on knowledge acquisition, change of young people''s thinking in the application of new intelligent systems and technologies aimed at reducing the carbon footprint of green industrial technologies in the educational environment. The activities and outputs of the project are targeted at the field of green innovation in industry in accordance with the current challenge. The projects also supports gender equality in the educational process and try to support interest in studying of more girls. The aim is to encourage girls to study to gain vocational training in the labor market, in areas with a technical focus. Inclusion of multiethnic nationalities in the educational process will also be supported as a suitable integration tool.
Summary of project results
The project aimed to address the need for advanced education and practical training in robotics and automation, enhancing the skills of students and educators, and fostering collaboration between educational institutions and industry partners.
The project implemented several key activities. It established a new robotic workstation and organized excursions, workshops, and educational activities. Students gained hands-on experience in creating models of end effectors and programming robots using RobotStudio and virtual reality. The project also facilitated the transfer of new information from the Norwegian partner to Slovak institutions, procured new robotic equipment for educational and research purposes, and promoted the project through various media channels. Additionally, a successful final conference was held, and the project achieved significant media coverage and public interest.
The project resulted in enhanced educational resources and practical training opportunities for students and educators. It provided new research tools and equipment, leading to improved research capabilities in robotics and automation. The project also fostered new partnerships and networks, benefiting students, educators, industry professionals, and the general public. The successful implementation of activities and the high level of interest and participation demonstrated the project''s positive impact on the target groups.
Summary of bilateral results
The project successfully strengthened bilateral relations by fostering collaboration and knowledge exchange with Norwegian partners, leading to mutual enrichment in the field of robotics and automation.