• The Bachelor of Science in electrical engineering (BS) degree program will prepare students for a satisfying career in next-generation communication systems (5G and beyond), the internet of things, machine learning to support autonomous systems, cyber-physical systems, power distribution, and energy storage, remote sensing and imaging, or medical delivery and new diagnostic tools
  • The program has extensive hands-on and system-level integrative projects that enable students to explore practical and state-of-the-art applications of electrical engineering
  • Students will gain fundamental knowledge and practical skills in analyzing and designing systems that involve electrical signal and energy, which cover nano-scale biosensors and integrated circuits to transcontinental scale cyber-physical systems
  • The curriculum requires 125 credit hours of course work and has five focus areas: energy and power, electronics and photonics, control systems, communications and signal processing, and computers and digital circuits.