EIT InnoEnergy 研究生课程: 在可持续能源的发展中塑造你的未来

作为欧洲创新与技术研究学院的创新能源分院，我们独特的欧洲硕士课程涵盖可持续能源和能源工程技术领域中最令人激情澎湃的几个重要领域：

*以下超链接可能需要跳转浏览器打开

可再生能源项目，MSc in Renewable Energy

可再生能源项目提供有关所有主要可再生能源技术的深入知识，并为您提供专门研究您最感兴趣的领域的机会。
MSc in Renewable Energy provides in-depth knowledge of all major renewable technologies and gives you the opportunity to specialise in areas that interest you most.

可持续能源系统项目，MSc in Sustainable Energy Systems

可持续能源系统项目将会探讨当前和未来的能源系统，寻找最大程度地减少能源系统环境影响的方法。
MSc in Sustainable Energy Systems explores how make a real contribution to minimising the environmental impact of current and future energy systems.

智能电网与系统项目，MSc in Smart Electrical Networks and Systems
智能电网与系统项目将提高您在电力工程领域的技能，并联通欧洲智能电网发展进程的前沿。
MSc in Smart Electrical Networks and Systems develops your skills in electrical power engineering and connects you to the leading players in Europe’s transition to smarter grids.

智慧城市和能源项目，MSc Energy for Smart Cities
智慧城市和能源项目将培养出推动世界城市化进程快速发展的人才，并且探索如何创建更智能、更具可持续性和资源效率的社区。
MSc Energy for Smart Cities enables students to play a critical role in shaping a rapidly urbanising world, and exploring how to create smarter, more sustainable and resource-efficient communities.

能源技术项目，MSc in Energy Technologies
能源技术项目将广泛探索未来的能源技术，培养适合科技和商业模式的人才。
MSc in Energy Technologies enables you to explore a broad range of energy technologies and business models.

核能项目，MSc in Nuclear Energy
核能项目超越了传统核技术教育的范围。学生将学习如何应对该行业面临的关键技术、社会和环境挑战。
MSc in Nuclear Energy going beyond the scope of a traditional nuclear education, you will learn how to address the key technical, social and environmental challenges faced by the industry.

能源储存项目，MSc in Energy Storage
能源储存项目由欧洲可持续能源和储能领域的先驱者提供，将提供无与伦比的职业发展机会，以及工程和创新技能。
MSc in Energy Storage delivered by Europe’s foremost pioneers in sustainable energy and storage, the programme gives you unparalleled career possibilities, engineering and innovation skills.

能源传输项目，MSc Energy Transition
能源传输项目将探讨当今能源系统所面临的变化、常规发电的转型，以及智能电网和能源再生的实现。
MSc Energy Transition explores the changes facing today’s energy systems and the transformation of conventional generation and the implementation of smart grids and renewables.