The Integrated Circuits and Microsystems Research Group at the University of Houston conducts research in mixed-signal and RF/mmW circuits and systems, data converters, high-speed serial links, and circuits and systems for computing and high-energy physics experiments.

• Development of Wireless Networking Testbed and Emulator (WiNeTestEr)
  
• MEMS-Switched Acoustic Delay-Line Microsystems for Advanced Ultrasonic Imaging
  
• A Novel Wireless Power Transmission Architecture for Devices Implanted in Human Bodies
  
• Acquisition of Instrumentation for High-Speed/Rad-Hard Optical Electronics Design and Testing
  
• Digitally Assisted Multi-Standard RF Receiver and Continuous-Time Sigma-Delta A/D Converter for Wireless Base Stations
  
• Low-Jitter Wideband Digital PLL and 16 Gbps Digital PLL-based CDR with Inductor-Coupled Wideband DCO
  
• Probing Effect of Defects on Ferroelectricity in Ferroelectric Thin Films
  
• Low-Jitter PVT-Compensated Wideband LC-VCO PLL for Multi-Protocol Serial Links
  
• Low-Power and High-Speed SerDes and Clock and Data Recovery Circuits for Harsh Radiation and Temperature Environments
  
• Mixed-Signal and RF Integrated Circuits and Multi-band RF Transceiver for Harsh Radiation and Temperature Environments
  
• Noncontact Ultrasonic Battery Charging System for Implanted Medical Devices
  
• High-Speed Digitizer for Remote Sensing
• Radiation-Tolerant High-Speed CMOS Imager for Accelerator Beam Diagnostics
• RFI Mitigating Receiver Backend for Radiometers
• Students Improving Ultralight Balloon Technology for Auroral and Stratospheric Studies
• High Sampling Rate Data Converters for Reconfigurable Phased Array Applications
• Picosecond Timing Measurement Integrated Circuits for Particle Physics Experiments
• High-Speed Optical Data Link
• Standard Cell Library in a 22nm FDSOI CMOS Process and I/O Interface
• 20GSPS ADC for Spectrometer Backends In Microwave Radiometers
• Sub-TeraHertz City-scale Wireless Networks