THE COMPUTING COMMONS AND EECS CCOMPUTER LABS
The EECS department provides its students with more than 500 computers in thirteen laboratories. EECS computers run either Windows or Linux operating systems with powerful engineering specific software tools including MATLAB, CADence, and Xilinx packages. The Computing Commons, on the first floor of Eaton Hall, is open 24 hours a day, 7 days a week.
Explore: EECS Workstation Software
EECS HARDWARE LABS
Nine state-of-the-art laboratories provide students with experience in building, programming, testing, and debugging digital circuits, processors, and FPGA-based systems. A range of PC-based development platforms and instrumentation, such as spectrum analyzers, oscilloscopes and signal generators, are available at each workstation. Workstations support hardware design languages and programmable logic implementation. EECS students may checkout testing kits, tools, and other equipment from the EECS Shop.
THE EECS SHOP
Experienced EECS Shop attendants assist students in safely learning the art of engineering. The Shop houses advanced equipment including etching, drill, and SMD soldering stations. In-house milling ensures a quick turn-around of precise, reliable, and cost-effective fabricated boards for student projects. EECS students may checkout testing kits, tools, and other equipment from the shop. Shop personnel are happy to help students learn how to operate different machines or answer questions about equipment.
EECS students and faculty work on multi-million dollar interdisciplinary research project at state-of-the-art research facilities including, the Center for the Remote Sensing of Ice Sheets (CReSIS), a NSF Science and Technology Center, and theInformation and Telecommunication Technology Center (ITTC).
For more information about associated research facilities and programs select one of the research clusters below:
- Applied Electromagnetics
- Communication Systems
- Computer Systems Design
- Computing in the Biosciences
- Cyber Security
- Data Science and Engineering
- IT Project Management
- Languages and Semantics
- Network Engineering
- Network Systems
- RF Systems Engineering
- Radar Systems and Remote Sensing
- Security and Assurance
- Signal Processing
- Theory of Computing