Sport and Entrepreneurship (SPORT-ENT)
This EU funded project aims to create a set of training and support materials for granting real opportunities to individuals engaged in sport to enhance their ‘employability pathway’ by developing their entrepreneurial skills and competences. This will be achieved by harnessing the complimentary and overlapping dimensions of entrepreneurship and sport thereby enhancing their opportunities for a dual career.
Learning by Competing (using robotics)
The key objectives of this EU funded project is to create and test innovative teaching methodologies; introduce competition in teaching and learning methods; develop ICT and mobility competencies; promote perseverance and resilience as success tools; develop soft skills and use the motivational effects of robotics to excite students about science and technology. As a working model, this project will address as VET area the robotics as the topic of Learning.
The specific aim of this EU funded Project will be to develop a series of training and support tools for SME Managers to enable them to assess the value of robots to their business development and sustainability and then effectively introduce them. These tools will include a best practice guide, self-assessment tools and an information exchange platform. The overall impact of the Project will be an effective and viable way of managing the growing need for information and support of SME in the area of the introduction of new age technologies into their business.
This EU funded Project aimed to use the motivational effects of robotics (including Artificial Intelligence) and 3D printing to excite students about science and to develop programmes to enable them to engage in the "New Age Technology” revolution. The specific aim of the Project was to develop an introductory training programme, incorporating a combination of robotics competition activities and curriculum, designed to help teachers to teach programming skills to young people to enable them to gain knowledge and experience of these new technologies, including the use and application of 3D printing (which can be used to build the component parts of robots).
SMEs & eLearning (SME-ELEARN)
This EU funded Project aimed to test and transfer elearning practices that are common in the formal education sector to SMEs in order to address the vocational skills needed to develop and sustain SME growth in Europe. SMEs need to be aware of the e-learning opportunities available to them, and, more importantly, how these can be used to best advantage to ensure acceptance by the Managers and workforce. Throughout Europe SMEs are increasingly important to the economic well being of the EU. It is estimated that they account for 99% of all business with 42% of all turnover.
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