能源技术和系统目前正在快速过渡。对可再生能源发电和存储以及使用复杂的信息技术进行监视和管理的需求从未如此巨大。这种迅速发展的环境为高技能的电气工程师提供了独特的机会，因为他们将促进社会向更可持续的能源系统的过渡。该学位将为您提供在现有电力系统的背景下设计和操作未来电能系统所需的技能的独特组合。您将学习有关数学，科学和工程基础知识的广泛而连贯的知识，这些知识构成了电力系统的基础。您将获得有关电力和能源系统的设计，分析和操作的电能工程基础知识和相关自然科学知识的高级知识。您还将学习运用电气工程的高级理论和技术
Energy technology and systems are currently undergoing a rapid transition. The demand for renewable energy generation and storage, and for the use of sophisticated information technology for monitoring and management, has never been greater. This rapidly evolving environment presents unique opportunities for highly skilled electrical engineers, as it is they who will facilitate the transition of society to more sustainable energy systems. This degree will provide you with the unique combination of skills you'll need to design and operate future electrical energy systems within the context of existing electric power systems. You'll develop broad and coherent knowledge of mathematics, science and engineering fundamentals that form the foundation of electricity systems. You'll acquire advanced knowledge of electrical energy engineering fundamentals and relevant natural and physical sciences in the design, analysis and operation of electrical power and energy systems. And you'll learn to apply advanced theoretical and technical knowledge of electrical engineering to identify, formulate and solve complex multidisciplinary problems that may include aspects of electrical, mechanical, telecommunications and software engineering.