Research Interests

CMOS Mixed analog/digital System on Chip (SoC):

• Nanoscale CMOS RF and mm-Wave ICs for wireless applications including: SDR/cognitive radios, TV white spaces, WLAN, Bluetooth, and LTE, “self-healing” RFIC and mm-wave design.
• Statistical design and optimization of robust high-yield VLSI circuits, Sub 10 nanometer CMOS device development.
• Beyond CMOS devices and nanotechnology, 3D integration and TSV modeling.
• Circuits for Telecommunications, sensors interface, biomedical and wearable devices, automotive electronics (SoC for infotainment, LiDAR, V2X chip sets, wireless charging solutions etcc) and multimedia applications.
• Bio-inspired SoC platforms.
• SoCs for the Internet of Things (IoTs).
• Hardware and software security solutions for Systems on Chip.
• Efficient Power Transfer Chips toward Smart Electric Vehicles.
• Energy Combiner for Intelligent Self-powered Electronics.
• Integrated Circuits for Bioelectronic Medicine.
• Heart-rate measurement Chips using Ambient Light.
• Analog Memory for Brain Mimic Circuits.
• High Efficient Energy Harvesting Circuits.
• Enhanced Graphene-based Thermoelectric Generator.
• Built-in-self-test for RF Transceivers.
• Wireless power transfer.

Applied Electromagnetic:

• Magnetless circulators.
• Nonreciprocal devices at mm-wave and THz frequencies.
• RF front-ends for full-duplex systems.
• Real-time beam scanning metasurfaces.
• Analog computational networks.
• Inverse design.