UCAS是Universities and Colleges Admissions Service的缩写，即“大学和学院招生服务中心”。申请所有英国大学及大部分高等教育院校的全日制本科课程、部分预科课程、国家高等教育文凭课程(HND)以及高等教育文凭(DipHE)课程，都必须通过UCAS进行申请。
本预：如KCL、华威大学、爱丁堡大学等
本科：全部大学
HND：部分课程
UCAS官方网站：www.ucas.com
专业简介
“学习电气和电子工程，亲身体验技术的组成部分，从电路和系统到尖端创新，释放重塑我们数字未来的潜力。”
"Study electrical and electronic engineering for a hands-on look at technology's building blocks, from circuits and systems to cutting-edge innovations, unlocking the potential to reshape our digital future."
电气和电子工程将创新和技术与定义我们现代世界的许多应用结合在一起。从设计集成电路和电力系统到开发尖端通信技术，电气和电子工程都处于技术进步的最前沿。Electrical and electronic engineering brings together innovation and technology with many applications that define our modern world. From designing integrated circuits and power systems to developing cutting-edge communication technologies, electrical and electronic engineering is at the forefront of technological advancement.
毕业生发现自己从事的职位包括电信、机器人、可再生能源和半导体行业。凭借对电气系统和电子学的基本理解，该领域的专业人士有助于解决复杂的挑战，推动自动化的进步，并在智慧城市的发展中发挥重要作用。它还可以在研发、项目管理和创业方面发挥领导作用。Graduates find themselves in roles including telecommunications, robotics, renewable energy, and semiconductor industries. With a foundational understanding of electrical systems and electronics, professionals in this field contribute to solving complex challenges, driving advancements in automation, and playing important roles in the development of smart cities. It can also lead to leadership roles in research and development, project management, and entrepreneurship.
专业信息
What you could study
学习内容
电路和分析Circuits and analysis
电气与信息工程Electrical and information engineering
电力和机器Electrical power and machines
电磁Electromagnetism
工程计算Engineering computation
面向工程师和科学家的数学Mathematics for engineers and scientists
半导体电子Semiconductor electronics
结构和力学Structures and mechanics
The impact you could make
个人产生的影响
通过促进尖端技术的发展来推动技术创新。Drive technological innovation by contributing to the development of cutting-edge technologies.
开发和改进太阳能、风能、储能等可再生能源技术。Develop and improve renewable energy technologies such as solar power, wind energy, and energy storage.
为自动化和机器人技术的发展做出贡献。Contribute to the development of automation and robotics technologies.
Subjects it's useful to havestudied first先习科目
数学Maths
科学Science
工程Engineering
科技Technology
Hard skills you'll develop
硬性技能培养
电路分析技能Circuit analysis skills
电力系统知识Power systems knowledge
了解电磁理论Understanding electromagnetic theory
CAD 软件经验CAD software experience
Soft skills you'll develop
软实力提升
解决问题的态度Problem-solving attitude
创造力和创新Creativity and innovation
团队合作和协作Teamwork and collaboration
耐心和毅力Patience and persistence
就读体验
“我最喜欢的模块是模拟电子，特别是针对信号处理的模块。对我来说，它击中了电子学基础物理学和一些大型应用之间的最佳平衡点。”
——华威大学电子工程专业二年级学生
"My favourite module is Analogue Electronics, and specifically with a view to signal processing. It hits the sweet spot for me between the fundamental physics of electronics, and some of the larger applications too."
——Second year electronic engineering student, University of Warwick
“我完成的一个项目是自动化温室概念。它使用连接到Arduino的各种传感器和组件来调节温度和土壤湿度水平，使其在一致的公差范围内。”
——阿尔斯特大学电子工程专业三年级学生
“One project I completed was an automated greenhouse concept. It used various sensors and components connected to an Arduino to regulate temperature and soil moisture levels to within a consistent tolerance.”
——Third year electronic engineering student, Ulster University
职业导向
Available jobs空缺的岗位& Average salary平均工资水平
申请建议
无论是个人陈述技巧还是在申请或求职信中，UCAS官网明确指出提及一下几点会更好。
🟠表达您对电气和电子工程领域新兴技术的兴趣，例如人工智能、机器人、物联网或可再生能源。Express your interest in emerging technologies within electrical and electronic engineering, such as artificial intelligence, robotics, Internet of Things, or renewable energy.
🟠如果您参加过工程会议或研讨会，或者您有机会与业内专业人士交谈，请讨论这些经历如何激发您的职业目标。If you've attended engineering conferences or workshops, or if you've had the opportunity to talk to professionals in the industry, discuss how these experiences inspired your career goals.
🟠提及您熟悉的任何编程语言，尤其是与电气和电子工程相关的编程语言，例如 Python、C 或 MATLAB。Mention any programming languages you’re familiar with, especially those relevant to electrical and electronic engineering such as Python, C, or MATLAB.
🟠展示您分析复杂问题和制定有效解决方案的能力。Showcase your ability to analyse complex problems and develop effective solutions.
🟠如果您做过与电气和电子工程相关的独立学习或研究项目，请讨论主题、方法和结果。If you’ve done independent study or research projects related to electrical and electronic engineering, discuss the topics, methodologies, and outcomes.
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