可持续能源系统理学硕士为毕业生和工作专业人员提供了在能源供应可持续性背景下的广泛培训和理解。
该计划以工程为基础，并着重于以电力为最终产品的能源系统。然而，能源也被考虑在更广泛的消费模式、效率、经济、政策和监管背景下。
虽然特别关注在并网系统中部署可再生能源，但也有机会探索离网系统，一些可选课程以及作为学位论文项目的一部分。
我们的理学硕士学生积极参与研究，作为他们论文项目的一部分。这些内容涉及能源系统研究所内高度相关和多学科的主题，并且越来越多地涉及工程学院内的其他研究所。此外，还有与工业界合作的机会，之后一些学生继续加入我们的博士社区。
Sustainable Energy Systems
可持续能源系统理学硕士为毕业生和工作专业人员提供了在能源供应可持续性背景下的广泛培训和理解。
该计划以工程为基础，并着重于以电力为最终产品的能源系统。然而，能源也被考虑在更广泛的消费模式、效率、经济、政策和监管背景下。
虽然特别关注在并网系统中部署可再生能源，但也有机会探索离网系统，一些可选课程以及作为学位论文项目的一部分。
我们的理学硕士学生积极参与研究，作为他们论文项目的一部分。这些内容涉及能源系统研究所内高度相关和多学科的主题，并且越来越多地涉及工程学院内的其他研究所。此外，还有与工业界合作的机会，之后一些学生继续加入我们的博士社区。
The MSc in Sustainable Energy Systems provides graduates and working professionals with a broad training in, and understanding of, energy systems in the context of the sustainability of energy supply.
The program is grounded in Engineering and has a strong emphasis on energy systems where electricity is the final product. However, energy is also considered in the wider context of consumption patterns, efficiency, economics, policy and regulation.
While there is particular focus on the deployment of renewable energies in grid-connected systems, there are also opportunities to explore off-grid systems, on some of the optional courses and as part of dissertation projects.
Our MSc students actively engage in research as part of their dissertation projects. These are conducted across highly relevant and multidisciplinary themes within the Institute for Energy Systems – and increasingly across other institutes within the School of Engineering. In addition, there are opportunities to work with industry, and some students go on to join our PhD community afterwards.
| 所属大学 | 爱丁堡大学 |
| 开学时间 | 9月 |
| 学制 | 1 年 |
| 学费 | 37,300 GBP |
| 项目网址 | https://www.ed.ac.uk/studying/postgraduate/degrees/index.php?r=site/view&edition=2024&id=22 |
专业领域：相关的工程，物理专业。
科目：含大一层次的数学科目【如向量微积分（梯度、卷曲等）、复代数和傅里叶变换】
| 总分要求： | 6.5 |
| 分项要求： | 听力: 6 | 阅读: 6 | 写作: 6 | 口语: 6 |
| 总分要求： | 92 |
| 分项要求： | 听力: 20 | 阅读: 20 | 写作: 20 | 口语: 20 |
| 中文课程名 | 英文课程名 |
|---|---|
| Compulsory courses 必修课 | Compulsory courses 必修课 |
| 可持续能源技术 | Technologies for Sustainable Energy |
| 可持续能源环境 (MSc) | Sustainable Energy Contexts (MSc) |
| 具有重大挑战的工程研究方法 (MSc) | Engineering Research Methods with Grand Challenge (MSc) |
| 海洋能源 (MSc) | Marine Energy (MSc) |
| 能源与环境经济学 | Energy and Environmental Economics |
| 风能原理 | Principles of wind energy |
| 太阳能和光伏系统 (MSc) | Solar Energy & Photovoltaic Systems (MSc) |
| 可持续能源系统论文 | Sustainable Energy Systems Dissertation |
| Optional courses 选修课 | Optional courses 选修课 |
| 可再生能源的机械工程基础 | Mechanical Engineering Fundamentals of Renewable Energy |
| 可再生能源的电气工程基础 | Electrical Engineering Fundamentals of Renewable Energy |
| 可持续理论与语境 | Sustainable Theory and Contexts |
| 先进的能源金融 | Advanced Energy Finance |
| 基础设施金融基础知识 | Fundamentals of Infrastructure Finance |
| 分布式能源与智能电网 (MSc) | Distributed Energy Resources and Smart Grids (MSc) |
| 电力工程基础 (MSc) | Power Engineering Fundamentals (MSc) |
| 碳捕获和运输 | Carbon Capture and Transport |
| 核废料管理: 原则、政策和实践 | Nuclear Waste Management: Principles, Policies and Practice |
| 电力系统工程与经济学 | Power Systems Engineering and Economics |
| 碳捕集的分离工艺 | Separation Processes For Carbon Capture |
| 技术与创新管理 (MSc) | Technology and Innovation Management (MSc) |
| 先进的电力电子和机器 (MSc) | Advanced Power Electronics and Machines (MSc) |
| 技术创业 (MSc) | Technology Entrepreneurship (MSc) |
| 环境影响评估 | Environmental Impact Assessment |
| 能源政策与政治 | Energy Policy and Politics |
| 能源政策与政治 | Energy Policy and Politics |