入学的学生以数学，物理，化学和计算机的坚实基础开始他们的课程。社会科学，人文和传播课程提供了多种背景。密集课程包括数字逻辑和电路，电磁场，电子学，计算机工程和数字硬件设计，线性系统，控制，电机和电力系统以及微处理器的理论和实验室应用。在整个学习过程中，学生将通过实验室经验和广泛的设计项目来加深对理论的理解。在电气工程的所有主要领域均提供了强大的背景知识：电路和电子，微型计算机，信号和图像处理，通信，自主和机器人系统，功率和能量转换以及自动控制系统和仪器。道德是课程的组成部分。在高三期间，学生可以在不同的专
The educational objectives of the electrical engineering undergraduate program are to produce graduates who, within a few years of graduation, will: Demonstrate professional advancement as productive practicing engineers who continuously develop their technical expertise, as demanded by the rapidly changing technologies. Attain enhanced and broadened knowledge via graduate education in either engineering or other fields such as science, mathematics, business, medicine, and law. <br>These objectives are consistent with the mission of the University of Colorado Denver, congruent with the goals of the College of Engineering, Design and Computing and reflective of the mission of the Department of Electrical Engineering.<br>Modern electrical engineering is a very broad and diverse field. Never before has electrical engineering been at the forefront of some many technologies and societal challenges. Today's electrical engineers work in aerospace, communications, quantum computing, space sciences, artificial intelligence, green energy, electromobility, and military and medical systems, to name just a few. Electrical engineering technologies range in size from microprocessors and tiny transistors to megawatt energy conversion systems. At CU Denver, the electrical engineering curriculum prepares students for careers in product design, manufacturing, research, development, operation and plant engineering, technical sales and application engineering. The goal is to educate and inspire students to achieve their maximum career potential.