A wheeled robotics platform with exposed wires, sensors, and components sits in a bright indoor space. The scene emphasizes hands-on hardware design and embedded systems work. Two students crouch beside equipment and cables while working together at floor level. The scene shows collaborative setup or adjustment of a technical device. A close-up shows hands working over a table with small electronic parts and tools. The scene focuses on detailed assembly or testing of hardware. A close-up of a monitor or device screen shows a blue display beside a green circuit board. The scene highlights electronics and digital instrumentation. Two people stand and talk in a lab or classroom workspace. The scene suggests discussion, mentoring, or collaborative problem-solving. Hands place or adjust a small green printed circuit board on a blue work surface. The scene shows careful component-level electronics work. A person stands in a lab beside equipment and looks toward the camera while another person works nearby. The setting appears to be an electronics or prototyping workspace. A person in a white lab coat works with equipment at a bench. The scene emphasizes hands-on experimentation in a technical laboratory. Two people work side by side at a table with tools and devices spread out in front of them. The scene highlights collaborative building or testing. A speaker stands at the front of a room and talks to an audience. The scene shifts from lab work to presentation or instruction. A lecturer stands beside a whiteboard or projected surface at the front of a classroom. The scene continues the emphasis on teaching and technical explanation. A slide or diagram on a white background shows several small wheeled robots arranged across the screen. The scene appears to present robotics concepts or system behavior. A faculty member or instructor stands and speaks with seated students in a classroom or meeting space. The scene highlights discussion and academic interaction. A student works closely at a bench with electronics components and instruments. The scene returns to hands-on hardware work. A close-up shows hands using a soldering iron or similar tool on a circuit board or electronic assembly. The scene emphasizes precision work in electronics fabrication. A close-up continues to show a populated circuit board with multiple components while hands work across the surface. The focus remains on detailed board-level assembly. A student with long curly hair works at a lab bench with small tools and devices. The scene shows concentrated individual work in an electronics lab. A close-up shows a small device or sensor connected by wires on a tabletop. The scene emphasizes compact hardware and prototyping. A student sits beside a monitor and looks toward a setup with screens and equipment. The scene shows observation or testing of a digital system. A computer screen displays waveform-like traces or oscillating lines. The scene focuses on signal visualization or electronic measurement. People stand near a bright board or display at the front of a room while talking. The scene returns to a classroom or presentation setting. A close-up shows a small tabletop device with wires attached. The final scene highlights a compact electronics setup and concludes the montage with a focus on hardware.

Shaping the Future of Technology

Electrical and computer engineering extends from the nanoscale level of integrated electronics to gigantic power grids; from single-transistor devices to networks comprising a billion nodes. Our students discover and apply new technologies and innovations in our three nationally-ranked academic degree programs.

Our Programs

  • Minor
  • B.S.
  • M.Eng.On Campus
  • M.Eng.Distance Learning
  • M.S.
  • Ph.D.

Strategic Areas of Research

News Highlights