电气工程学学士学位

电气工程系提供了电气工程学学士学位和计算机工程理学学士学位，均获得了ABET工程认证委员会的认可。与信息和计算机科学系共同提供计算机工程理学学士学位。HolmesHall_picture两种课程均旨在实现教育部的使命，教育目标和成果。核心课程涵盖工程学的基础知识，而高级技术选修课程则允许学生追求自己的特定技术兴趣。在电气工程计划中，选修课分为两个主要领域或轨道：电物理轨道（固态设备和传感器，模拟电路设计，微波和光子学）和系统轨道（电信，控制系统和信号处理） 。该计划的重点是提供具有最新设备和软件工具的动手
As an electrical or computer engineer, you will work at the heart of the most rapidly developing technology humankind has ever seen. Electrical engineers design and build electronic devices, process data and signals, sense things, control things, power things, and connect things and people, and lots more Electrical engineering is one of the broadest of all engineering degrees, allowing students to move into virtually any area. Computer engineering is a discipline that combines electrical engineering with computer science, training students to have good understanding in both hardware and software. Electrical and computer engineering are among the top requested majors by potential employers.<br>Core courses cover the fundamentals of electrical and computer engineering, while upper level technical elective courses allow students to pursue their specific technical interests. The program emphasizes hands-on education with state-of-the-art equipment and software tools. There are three required project courses, one each at the sophomore (EE 296), junior (EE 396), and senior (EE 496) levels. <br>In the Electrical Engineering program, the electives are divided into two major areas or Tracks: <br>Electrophysics Track <br>antennas, circuit/device designs, electromagnetic, electronics, fabrication, microwave engineering, optics, solid-state devices, and sensors. <br>Systems & Data Science Track <br>control, data science, convolutional neural networks, machine learning, optimization, pattern recognition, signal/image processing, and telecommunications.