电气和电子工程涉及电力，电子和电磁学的应用。它涉及电力的产生，存储和使用，以及智能系统（如机器人）的集成电路，传感器和致动器的设计。该学科涉及使用计算机和通信网络传输和转换信息，以及设计新的电子和计算机产品。电气和电子工程师在许多技术进步的发展中发挥了重要作用，从个人计算和智能电话到自动驾驶汽车和可再生电力。数字电视，无人机，机器人技术，医学成像和太空探索都是电气工程创新的结果。
This branch of engineering is about using electricity for the benefit of the world from providing power for homes and industry, to creating the physical parts that transfer information on computers and smart devices. While similar to both Computer Engineering and Mechatronics Engineering, Electrical and Electronic Engineering has a stronger focus on making things happen in the physical world.<br>Combining theory and practice by building and testing systems like solar cars, electric vehicles, and robots.<br>Field trips to electricity infrastructure like power stations. A final year research project, often sponsored by industry, to apply your learning.<br>By studying Electrical and Electronic Engineering, you will be able to think of the end user and use your knowledge and skills to come up with practical and efficient solutions to problems.<br>The field is broad and there are many exciting projects you can contribute to like clean water, communication networks, transportation, search and rescue, and medical devices.<br>Career pathways could include: electronics design, embedded systems, consultant<br>You can add a minor in Power Engineering with courses on electric power and renewable energy.