METIS项目的课程和培训发展

B. Medgyes, B. Illés, O. Krammer, S. Tzanova, S. Gavra
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引用次数: 1

摘要

为了提高竞争力,欧盟微电子领域需要克服关键的技能缺陷。在此背景下,METIS(微电子培训,工业和技能)提供了一个单独的欧洲伙伴关系,建立了一个可持续的结构,以:分析影响该地区的主要全球偏见,并提供战略见解和远见,预测不断增长的技能需求,确定工作规则/未来的工作,确定重要的职业概况,并观察微电子人力资本领域的进展,制定部门技能战略,以支持欧盟微电子行业的全球领导地位,建立技能与该地区未来之间的业务联系。联合欧洲对数据驱动技术需求的协同效应,如先进微电子技术及其技能需求所支持的人工智能(AI),建立欧盟微电子观测和技能委员会,规划和制作模块化和混合课程,整合使用开放教育资源(OER)的以工作为导向的学习,为泛欧认可创新职业教育和培训(VET)铺平道路。使用创新工具,如行业指导,促进该领域知识的代际转移,将社会(多样性和包容性)和环境可持续性(循环经济)主题和欧盟政策目标纳入劳动力发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Curriculum and Training Development in the METIS project
To improve its competitiveness, the EU microelectronics area needs to overcome critical skills deficits. In this context, METIS (MicroElectronics Training, Industry and Skills) gives an individual European partnership establishing a sustainable structure to: analyze main global biases effecting on the area and offer strategic insights and foresights, predict rising skills demands, identify job rules/jobs of the future, determine important occupational profiles and observe progress in the domain of human capital for microelectronics, develop a Sector Skills Strategy to support the global leadership of the EU microelectronics industry, establishing operational linkages between skills and the future of the area, federate European synergies towards the needs of data-driven technologies such as artificial intelligence (AI) enabled by advanced microelectronics and its skills demands, establish an EU Microelectronics Observatory & Skills Council, plan and produce a modular and blended curriculum, integrating work-oriented learning that uses open education resources (OER), pave the way for the pan-European recognition of innovative Vocational Education and Training (VET), use innovative tools such as industry mentoring to facilitate inter-generational transfer of knowledge in the area, embed social (diversity & inclusion) and environmental sustainability (circular economy) subjects and EU policy aims in the development of workforce.
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