A Premier Research Hub for Electromagnetic Innovation
The Intelligent Electromagnetic Sensor Laboratories (iEMSL) is a state-of-the-art research facility located within the Weisenbaker Engineering Building (WEB) at Texas A&M University in College Station. Our 4600 sq. ft. of research space is designed to support projects from initial concept through to implementation and testing, covering a wide range of frequencies from DC to millimeter-wave.
It comprises four specialized spaces: Instructional Lab and Visualization Studio (WEB 167), Metrology I and Anechoic Chamber (WEB 160/160A), Metrology II (WEB 164), and a machine shop (WEB 157).
Facilities Capabilities
The iEMSL is fully equipped to support a wide range of functions, including:
- Antenna, material, and component characterization
- Signal generation and analysis
- System-level testing for communications, radar, and other wireless applications
If you are looking for a summary of the resources at the iEMSL for your proposal, please download this document.
Facilities by Function
A specialized space for diagnostics and testing in a reflection-free environment.
Our core lab for high-precision measurement and testing.
Designed for hands-on learning and educational purposes.
A dedicated space for advanced data analysis and visualization.
For fast and efficient fabrication of custom components.
Measurement Services
The Intelligent Electromagnetic Sensor Laboratories (iEMSL) provides a robust suite of measurement services designed to advance research and development in high-frequency electronics and electromagnetic sensing. We offer precise 2D and 3D radiation pattern measurements to characterize antennas and devices across a broad spectrum of frequencies, from 400 MHz to mm-Wave, ensuring accurate performance evaluation for cutting-edge applications.
Additionally, our expertise in complex permittivity measurements enables detailed material characterization, supporting the development of innovative RF, microwave, and millimeter-wave technologies critical for next-generation sensing and communication systems.
iEMSL is poised to broaden its capabilities by incorporating characterization and in-lab experimentation for intelligent radio receivers, leveraging memristive and other cutting-edge devices in its research endeavors.
