Electronics Communication Engineering

Terahertz Communications and Sensing

Investigates propagation, modulation, and detection techniques for communications and imaging systems operating in the terahertz frequency band between microwave and infrared regions.

RESEARCH GAP FRONTIERS

Quantum Computing Hardware Architectures

Develops superconducting qubits, ion traps, photonic quantum circuits, and scalable quantum processor designs for practical quantum computation.

RESEARCH GAP FRONTIERS

Reconfigurable Intelligent Surfaces

Designs programmable metasurfaces that dynamically control electromagnetic wave propagation to optimize wireless communication coverage and capacity.

RESEARCH GAP FRONTIERS

6G Wireless Network Technologies

Explores ultra-high frequency bands, advanced signal processing, and network architectures for next-generation wireless communications beyond 5G standards.

RESEARCH GAP FRONTIERS

Neuromorphic Computing and Circuits

Designs brain-inspired electronic systems using spiking neural networks and event-driven architectures for energy-efficient artificial intelligence processing.

RESEARCH GAP FRONTIERS

Integrated Photonics and Silicon Photonics

Develops miniaturized optical components and circuits on silicon substrates for data communication, sensing, and quantum applications.

RESEARCH GAP FRONTIERS

Millimeter-Wave MIMO Systems

Investigates massive multiple-input multiple-output antenna arrays and beamforming techniques at millimeter-wave frequencies for high-speed wireless transmission.

RESEARCH GAP FRONTIERS

Internet of Things Edge Computing

Develops distributed computing architectures, protocols, and hardware solutions for real-time data processing at network edge devices.

RESEARCH GAP FRONTIERS

Flexible and Wearable Electronics

Creates stretchable, bendable electronic devices and sensors fabricated on flexible substrates for biomedical and wearable applications.

Machine Learning for Signal Processing

Applies deep learning and artificial intelligence techniques to enhance signal detection, classification, and optimization in communication systems.

Underwater Acoustic Communications

Designs robust modulation schemes and receiver architectures for reliable data transmission through challenging underwater acoustic channels.

Graphene-Based Electronic Devices

Develops high-frequency transistors, interconnects, and thermal management solutions utilizing graphene''s exceptional electrical and thermal properties.

Optical Fiber Communication Systems

Advances long-haul and metropolitan fiber optic transmission through improved modulation formats, nonlinear compensation, and wavelength division multiplexing.

Power Electronics and Converters

Designs high-efficiency DC-DC, AC-DC, and DC-AC power conversion circuits for renewable energy, electric vehicles, and power distribution.

Quantum Key Distribution Systems

Develops secure communication protocols and hardware implementations exploiting quantum mechanical principles for unconditionally secure information transmission.

Analog and Mixed-Signal Circuit Design

Creates high-performance analog circuits combining continuous-time and discrete-time signal processing for sensor interfaces and communication frontends.

Electromagnetic Compatibility and Interference

Analyzes and mitigates electromagnetic interference in densely integrated systems through shielding, filtering, and signal integrity techniques.

Satellite Communication and Networks

Develops modulation, coding, and network protocols for satellite-based global connectivity and earth observation applications.

Backscatter Communication Systems

Explores passive communication techniques where devices reflect and modulate incoming signals without active transmitters for battery-free connectivity.

Microwave Filter and Antenna Design

Designs broadband antennas, tunable filters, and impedance matching networks for modern wireless communication systems.

Optical Wireless Communication Networks

Develops free-space optical and visible light communication systems achieving high-speed wireless transmission through modulated light.

Semiconductor Memory Technologies

Investigates advanced memory architectures including flash, SRAM, DRAM, and emerging non-volatile memory for computing and storage applications.

Autonomous Vehicle Communication Systems

Designs vehicular networks, sensor fusion algorithms, and reliable communication protocols enabling autonomous vehicle coordination and safety.

Biomedical Signal Processing Electronics

Develops low-power analog front-ends, digital processors, and wireless interfaces for implantable and wearable biomedical monitoring devices.

Microwave and RF Integrated Circuits

Designs integrated receiver and transmitter architectures for wireless systems combining passive and active components on semiconductor substrates.

Error Correction Coding Schemes

Develops advanced coding techniques including turbo codes, LDPC codes, and polar codes for reliable data transmission over noisy channels.

Time-of-Flight Imaging Sensors

Creates depth-sensing camera systems using pulsed light or continuous-wave modulation for 3D imaging in robotics and autonomous systems.

Spectrum Sensing and Cognitive Radio

Develops techniques for detecting spectrum availability and dynamically adapting transmission parameters to achieve efficient spectrum utilization.

Planar Transmission Line Circuits

Designs microstrip, stripline, and coplanar waveguide circuits for compact RF and microwave integrated circuit applications.

Visible Light Communication and Networking

Develops high-speed indoor wireless communication using modulated visible light from LEDs with simultaneous illumination function.

Phased Array Radar Systems

Designs electronically steerable antenna arrays with beamforming for adaptive radar and communication applications.

Negative Index Metamaterials

Investigates artificial materials with engineered electromagnetic properties enabling unusual wave propagation for lensing and cloaking applications.

High-Speed Serial Link Design

Develops equalization, clock recovery, and signal integrity solutions for multi-gigabit per second data transmission in computing systems.

Plasma Electronics and Gas Discharge

Studies electrical discharge phenomena and plasma-based devices for high-power applications, lighting, and material processing.

Millimeter-Wave Integrated Circuits

Develops fully integrated transmitter and receiver circuits operating above 30 GHz on advanced CMOS and III-V technologies.

Analog-to-Digital Conversion Architectures

Designs high-resolution, high-speed ADC topologies including successive approximation, flash, and sigma-delta converters.

Optical Network Switching and Routing

Develops all-optical switching fabrics, routing protocols, and wavelength assignment algorithms for transparent optical networks.

Printed Circuit Board Signal Integrity

Analyzes impedance matching, crosstalk, and electromagnetic coupling effects in high-density multi-layer PCB designs.

Molecular Communication Systems

Investigates information transmission through propagation of molecules for nanoscale and biological application communications.

Smart Antenna Array Processing

Develops adaptive beamforming and direction-of-arrival estimation algorithms for multi-antenna wireless receiver systems.

Tunnel Magnetoresistance Magnetic Sensors

Creates ultra-sensitive magnetic field detectors using spin-dependent tunneling for biomedical and industrial sensing applications.

Energy Harvesting and Power Management

Develops circuits for harvesting energy from ambient sources including solar, thermal, vibration, and RF for powering IoT devices.

Channel Modeling and Propagation Prediction

Creates mathematical models and prediction algorithms for wireless channel behavior in various propagation environments.

Superconducting Microwave Circuits

Designs ultralow-loss filters, resonators, and amplifiers using superconducting materials for sensitive signal reception.

Vehicle-to-Infrastructure Communication

Develops wireless protocols and network architectures enabling safe and efficient communication between vehicles and roadside infrastructure.

Analog Computing and In-Memory Computing

Designs analog circuits performing computation directly in memory or using continuous-time signal processing for energy efficiency.

Substrate Integrated Waveguide Circuits

Develops planar waveguide structures fabricated within dielectric substrates for compact RF and millimeter-wave integration.

Quantum Entanglement Distribution Networks

Investigates methods for distributing quantum entanglement over long distances to enable quantum networks and quantum computing.

Ultra-Wideband Impulse Communications

Develops spread spectrum techniques using very short pulses for covert, secure, and precise localization wireless communications.

Spin Torque Transfer Devices

Investigates spin-polarized current effects for creating tunable oscillators, memories, and logic devices.

Silicon Carbide Power Device Technology

Research on wide-bandgap semiconductor devices for high-temperature, high-frequency power conversion applications.

Massive MIMO Channel Estimation Algorithms

Development of advanced channel estimation techniques for large-scale antenna systems in wireless communications.

Monolithic Microwave Integrated Circuit Design

Design and fabrication of integrated monolithic circuits for microwave and millimeter-wave applications.

Non-Orthogonal Multiple Access Systems

Investigation of NOMA techniques for improving spectral efficiency in next-generation wireless networks.

Photonic Crystal Fiber Applications

Exploration of specialized optical fibers with photonic bandgaps for enhanced communication and sensing.

Wideband Noise Figure Measurement Systems

Development of instrumentation and methodologies for characterizing noise performance across wide frequency ranges.

Ultra-Dense Heterogeneous Network Architecture

Network design and optimization for coordinating multiple small cells in spatially constrained environments.

Vanadium Dioxide Phase Change Metasurfaces

Design of tunable metasurfaces using phase-change materials for dynamic electromagnetic manipulation.

Full-Duplex Self-Interference Cancellation

Techniques for simultaneous transmission and reception in wireless systems through interference suppression.

Piezoelectric Sensor Array Integration

Integration of piezoelectric elements into dense sensor arrays for structural health monitoring applications.

Gallium Nitride Device Reliability

Long-term reliability assessment and failure mechanisms of GaN semiconductor devices under operational stress.

Millimeter-Wave Beam Training Algorithms

Fast and efficient algorithms for directional beam alignment in mmWave communication systems.

Integrated Microfluidic Biosensor Electronics

Electronics design for lab-on-chip systems combining microfluidics with real-time biological sensing.

Distributed Antenna System Synchronization

Timing and phase synchronization techniques for geographically distributed antenna networks.

Organic Light-Emitting Diode Display Drivers

Circuit design and control systems for OLED displays enabling high-resolution visual output.

Free-Space Optical Link Performance Modeling

Atmospheric channel characterization and performance prediction for unguided optical communication paths.

Microwave Absorber Material Design

Development of broadband electromagnetic absorbing materials for stealth and EMI reduction applications.

Compressed Sensing Radar Imaging Systems

Application of sparse signal recovery techniques to reduce radar data acquisition and processing requirements.

Coupled Resonator Microwave Filter Design

Advanced filter synthesis using coupled resonator topologies for precise frequency response control.

Heterogeneous Integration of Chiplets

Technologies for integrating discrete chiplets with different process nodes for advanced computing systems.

Millimeter-Wave Imaging Sensor Arrays

Development of focal plane arrays for passive and active millimeter-wave imaging applications.

Ionic Liquid-Based Electrochemical Sensors

Electrochemical transducers using ionic liquids for enhanced sensitivity in chemical detection systems.

Spatial Modulation Communication Systems

Transmission techniques encoding information in antenna indices alongside constellation symbols for improved spectral efficiency.

Ferroelectric Memory Device Architecture

Design and implementation of non-volatile memory devices using ferroelectric materials for fast, reliable storage.

High-Temperature Superconductor RF Devices

Development of RF and microwave devices using HTS materials for ultra-low loss applications.

Liquid Crystal Tunable Metamaterial Antennas

Design of reconfigurable antennas using liquid crystals to dynamically adjust electromagnetic properties.

Digital Pre-Distortion Linearization Techniques

Digital signal processing methods for compensating nonlinearities in power amplifiers for wireless transmitters.

Graphene-Enhanced Photodetector Devices

Photodetectors incorporating graphene for broadband, high-speed optical signal detection.

Multi-User MIMO Detection Algorithms

Signal detection techniques for separating multiple users transmitting simultaneously through MIMO channels.

Microelectromechanical Oscillator Design

Development of frequency references and oscillators using MEMS technology for timing applications.

Inverse Design Photonic Structures

Computational optimization of photonic devices achieving target optical functionality through automated design.

Zero-Forcing Precoding for Multiuser Downlink

Transmit signal processing for canceling inter-user interference in multi-antenna broadcast channels.

Thermal Infrared Imaging Sensor Calibration

Characterization and compensation methods for thermal imaging sensor nonuniformities and drift.

Dual-Polarization Antenna Array Processing

Signal processing for exploiting dual-polarization capability in antenna arrays for improved performance.

Quantum Dot Infrared Photodetectors

Infrared detection using quantum dots for tunable, multispectral sensing applications.

Resonant Tunneling Diode Oscillators

High-frequency oscillators utilizing resonant tunneling effects in semiconductor heterostructures.

Coherent Optical Network Signal Processing

Digital signal processing for coherent detection in high-speed optical communication systems.

Tunable Dielectric Metamaterial Devices

Reconfigurable metamaterials with electronically tunable dielectric properties for adaptive RF systems.

Bioimpedance Spectroscopy Circuit Design

Electronics for measuring tissue impedance across frequency ranges for diagnostic biomedical applications.

Orbital Angular Momentum Multiplexing

Communication systems encoding information in orbital angular momentum states for enhanced spectral efficiency.

Silicon Photonics Chip-to-Chip Communication

High-bandwidth short-distance interconnects using silicon photonics for data center computing.

Negative Capacitance Transistor Devices

Next-generation transistors exploiting negative capacitance effects for subthreshold swing reduction.

Leakage-Based Power Analysis Security

Protection mechanisms against power consumption side-channel attacks in cryptographic circuits.

Synthetic Aperture Radar Image Formation

Algorithms for reconstructing high-resolution images from radar data collected over extended platforms.

Optical Phase Modulation Schemes

Advanced modulation techniques for encoding data in optical phase for coherent communications.

Flexible Substrate Interconnect Reliability

Mechanical and electrical reliability of interconnects on flexible substrates under repeated bending stress.

Femtosecond Laser Micromachining Electronics

Precision patterning and modification of electronic devices using ultrafast laser technology.

Multipath-Resilient GNSS Receiver Design

Signal processing techniques for mitigating multipath effects in satellite positioning systems.

Polymer-Based Flexible Battery Electronics

Integrated electronics and power management for flexible energy storage on bendable substrates.

Millimeter-Wave Network Coding Protocols

Network protocols leveraging network coding principles for improved throughput in mmWave systems.

Metasurface Design and Electromagnetic Wave Control

Research on artificial surfaces with engineered electromagnetic properties for wavefront shaping, beam steering, and anomalous reflection applications.

Full-Duplex Radio Frequency Communication Systems

Development of simultaneous transmit-receive RF systems with self-interference cancellation techniques for bidirectional wireless communication.

Compressive Sensing and Sparse Signal Recovery

Research on sub-Nyquist sampling and reconstruction algorithms for efficient acquisition and processing of sparse signals.

Millimeter-Wave Imaging and Detection Systems

Development of mm-wave radar and imaging sensors for security, medical imaging, and autonomous sensing applications.

Wireless Power Transfer and Near-Field Coupling

Research on resonant inductive coupling and radiative power transmission for efficient wireless energy distribution.

Nonlinear Microwave Circuit Analysis and Design

Study of harmonic generation, intermodulation, and nonlinear effects in high-power microwave and RF components.

Fiber Optic Sensor Networks and Distributed Sensing

Development of fiber Bragg grating and distributed temperature sensors for structural health monitoring and environmental sensing.

Reconfigurable Antenna Arrays and Beamforming

Design of dynamically tunable antenna systems with electronic beam control for adaptive wireless communications.

Terahertz Integrated Circuit Design and Fabrication

Research on silicon-based and compound semiconductor THz circuits for imaging, spectroscopy, and communication applications.

Quantum Radar and Quantum Sensing Technologies

Development of quantum-enhanced sensing systems using entangled photons for improved detection beyond classical limits.

Microfluidic Integrated Photonics Devices

Integration of optical waveguides with microfluidic channels for biosensing, lab-on-chip, and chemical analysis platforms.

Channel Equalization and Adaptive Filtering Algorithms

Research on advanced equalization techniques and adaptive algorithms for combating intersymbol interference in high-speed communications.

Vanadium Dioxide Phase Change Photonic Devices

Development of tunable photonic components using VO2 thermochromic transitions for dynamic optical switching and modulation.

Massive MIMO Channel Measurement and Modeling

Experimental characterization and mathematical modeling of propagation channels for large antenna array wireless systems.

Bioinspired Nanostructured Electronic Devices

Design of electronic components mimicking biological structures for enhanced sensing, computing, and energy conversion performance.

Transformer-Based Signal Classification Networks

Application of transformer neural networks for automatic modulation classification and signal type recognition in communications.

Plasmonic Nanostructure Optical Components

Research on surface plasmon resonance for sub-wavelength optical devices including modulators, detectors, and amplifiers.

Low-Noise Amplifier Design for Ultra-High Frequencies

Development of cryogenic and room-temperature low-noise amplifiers for radio astronomy and space communication receivers.

Orbital Angular Momentum Wireless Communications

Research on using OAM-carrying electromagnetic waves for high-capacity wireless transmission with increased spectral efficiency.

Gallium Nitride Power Semiconductor Technology

Advanced characterization and optimization of GaN transistors and devices for high-efficiency power conversion systems.

Heterogeneous Network Interoperability and Handover

Development of seamless connectivity and mobility management across diverse wireless technologies and network types.

Phase-Change Memory and Memristor Devices

Research on nonvolatile memory technologies using phase transitions and memristive elements for storage and computing applications.

Photonic Integrated Circuit Packaging and Assembly

Development of advanced packaging techniques for photonic chips including fiber coupling, thermal management, and testing.

Software-Defined Radio Architecture and Implementation

Design and prototyping of flexible radio systems where signal processing functions are implemented in software.

Perovskite Light-Emitting Diode Development

Engineering of halide perovskite materials for efficient LED applications with tunable color and improved stability.

Graphene Field-Effect Transistor Fabrication

Development of high-performance graphene-based FETs for RF and high-speed analog circuit applications.

Time-Frequency Analysis and Wavelet Signal Processing

Application of wavelet transforms and time-frequency decomposition for non-stationary signal analysis in communications.

Holographic Multiple-Input-Multiple-Output Communication

Research on holographic metasurface antennas for generating multibeam MIMO systems with simplified hardware.

Passive Intermodulation and Intermodulation Distortion

Analysis and mitigation of nonlinear effects in passive RF components causing spurious signal generation.

Optical Coherence Tomography Signal Processing

Development of algorithms and hardware for processing interferometric optical signals in biomedical imaging applications.

Millimeter-Wave Backhaul and Fronthaul Networks

Design of mm-wave systems connecting base stations and core networks with high capacity and low latency.

Federated Learning for Distributed Signal Processing

Implementation of privacy-preserving machine learning across distributed sensor networks and edge devices.

Two-Dimensional Material Electronic Properties Exploitation

Research on MoS2, black phosphorus, and other 2D materials for next-generation transistors and sensors.

Network Slicing and Resource Allocation in 5G

Algorithms and protocols for virtual network partitioning to serve diverse service requirements in mobile networks.

Nonlinear Fiber Optics and Soliton Transmission

Study of nonlinear wave propagation in optical fibers and soliton-based systems for long-distance communications.

Three-Dimensional Integrated Circuit Interconnect Design

Development of TSV-based 3D chip integration for improved performance and reduced interconnect latency.

Reconfigurable Metasurface-Based Wireless Communication

Design of electrically tunable metasurfaces for dynamic beam steering and electromagnetic environment adaptation.

Noise Figure and Group Delay Measurement Techniques

Development of precision measurement methods for characterizing RF and microwave component performance parameters.

Magnetic Resonance Wireless Power Transmission

Research on coupled-mode resonance for efficient mid-range wireless energy transfer systems.

Nonorthogonal Multiple Access Signal Detection

Development of receiver algorithms for decoding multiple users with successive interference cancellation in NOMA systems.

Artificial Intelligence Circuit Design Optimization

Application of machine learning and AI algorithms for automated layout, routing, and performance optimization of analog circuits.

Integrated Silicon Photonics Optical Modulators

Design and fabrication of high-speed electro-optic modulators on silicon platforms for fiber communication.

Ambient Backscatter Communication and Battery-Free Devices

Research on harvesting ambient RF energy for passive wireless communication without requiring batteries.

Polarization-Division Multiplexing and Mode Conversion

Study of polarization state manipulation and mode-selective components for enhanced optical transmission capacity.

Printed Antenna Design on Flexible Substrates

Development of conformable and wearable antenna systems using inkjet printing and flexible materials.

Biological Signal Acquisition and Neural Interface Electronics

Design of ultra-low-noise amplifiers and electrode interfaces for brain-computer interface and neural recording applications.

Harmonic Radar Cross-Section Reduction Techniques

Research on minimizing radar signature through harmonic suppression and nonlinear cancellation in RF systems.

Distributed Antenna System Architecture and Synchronization

Design of centralized networks with remote antenna units connected via fiber for improved cellular coverage.

Quantum Dot Optoelectronic Device Fabrication

Development of quantum dot-based LEDs, detectors, and lasers for tunable optoelectronic applications.

Electromagnetic Field Shaping and Focusing Techniques

Research on lens designs and wavefront manipulation for sub-wavelength field concentration and energy focusing.

Holographic MIMO Signal Processing

Investigates advanced MIMO techniques using holographic wavefront synthesis for achieving unprecedented spectral efficiency in wireless communications.

Neuromorphic Vision Sensors Architecture

Designs event-driven visual sensors mimicking biological retinas for ultra-low latency and power-efficient imaging applications.

Nonlinear Equalizer Deep Learning

Develops neural network-based equalizers for compensating severe nonlinear distortions in high-speed optical fiber communications.

Metasurface Beam Steering Electronics

Explores electronically tunable metasurface implementations for dynamic beam steering without mechanical moving parts.

Photonic Integrated Circuit Design

Develops monolithic integration techniques for photonic circuits combining optical and electronic components on single substrates.

Millimeter-Wave Beam Switching Networks

Designs phased array-based beam switching architectures for programmable millimeter-wave communication networks.

Wideband Spectrum Coexistence Techniques

Develops interference mitigation strategies enabling simultaneous operation of multiple wideband systems in shared spectrum.

High-Density Power Delivery Networks

Researches advanced power distribution architectures for supplying ultra-low voltage demands in modern microprocessors.

CMOS Image Sensor Stacking

Investigates 3D integration techniques for stacking CMOS sensors with processing circuits for compact smart imaging systems.

Tunable Metamaterial Absorbers

Develops frequency-agile electromagnetic absorbers using active metamaterials for stealth and EMI suppression applications.

Quantum Radar Cross Section

Studies quantum entanglement exploitation in radar systems to surpass classical detection limits and improve target identification.

Polarization-Division Multiplexing Systems

Advances coherent optical systems leveraging polarization states for doubling spectral capacity in fiber networks.

Reconfigurable Metasurface Antennas

Designs electronically reconfigurable antenna arrays using programmable metasurfaces for multi-functional communication systems.

Sub-Threshold CMOS Logic Design

Explores ultra-low voltage circuit operation below threshold for extreme energy efficiency in battery-constrained devices.

Frequency Selective Surfaces Filtering

Implements engineered frequency selective surfaces for passive electromagnetic filtering and radiation suppression.

Coherent Communication Receiver Design

Develops advanced coherent optical receivers with integrated optics and electronics for long-haul telecommunications.

Broadband Impedance Matching Networks

Designs wideband impedance transformation circuits for efficient power transfer across octave-spanning frequency bands.

Silicon Carbide High-Power Electronics

Develops wide-bandgap semiconductor devices for ultra-high efficiency power conversion and RF applications.

Distributed Antenna System Architecture

Researches centralized baseband processing with distributed remote radio heads for seamless mobile coverage.

Massive Antenna Array Calibration

Develops automated calibration methods for thousands of antenna elements in massive MIMO base stations.

Two-Dimensional Material Transistors

Explores transition metal dichalcogenides and other 2D materials for sub-5nm transistor fabrication.

Optical Frequency Comb Generation

Develops integrated photonic sources for broadband optical frequency combs with applications in metrology and spectroscopy.

Machine Learning Channel Prediction

Applies deep learning models for predicting wireless channel state information with reduced pilot overhead.

Nonlinear Fiber Optics Compensation

Studies digital signal processing techniques for mitigating fiber nonlinearity in ultra-long-haul optical systems.

Varactor Tuned Filter Banks

Designs electronically tunable filter banks for software-defined radio front-ends with wide dynamic range.

Monolithic Microwave Integrated Circuits

Develops III-V semiconductor MMICs for high-frequency communication transceivers and radar systems.

Fiber Bragg Grating Sensing

Implements distributed strain and temperature sensing networks using fiber Bragg gratings in civil infrastructure.

Low-Noise Amplifier Design

Optimizes receiver front-end amplifiers achieving noise figures near quantum limits for sensitive communications.

Heterogeneous Integration Technologies

Combines diverse semiconductor materials and photonic platforms on single substrates for enhanced functionality.

Mmm-Wave Propagation Characterization

Measures and models millimeter-wave channel characteristics in indoor and outdoor environments for system design.

Orbital Angular Momentum Communications

Exploits light''s orbital angular momentum properties for multiplexing independent information channels.

In-Memory Computing Architectures

Develops processing systems that perform computations directly within memory elements for energy efficiency.

Transformer-Based Signal Detection

Applies attention mechanisms and transformer networks for improved wireless signal detection and demodulation.

Switched-Mode Power Supply Design

Advances high-frequency switching topologies for compact power conversion with minimal thermal dissipation.

Radar Target Classification Learning

Uses convolutional neural networks for autonomous classification of radar targets with minimal human labeling.

GaN Device Characterization

Investigates gallium nitride semiconductor properties for high-efficiency power and RF circuit implementations.

Wireless Power Transfer Systems

Develops efficient inductive and radiative power transmission systems for autonomous and implantable devices.

Multi-Beam Antenna Arrays

Designs multiple simultaneous beams from single antenna apertures for enhanced coverage and capacity.

Optical Demultiplexing Techniques

Researches wavelength and spatial filtering methods for separating multiplexed optical signals in integrated systems.

Machine Learning EMI Prediction

Applies artificial intelligence to predict electromagnetic interference patterns for early design mitigation.

Passive Intermodulation Analysis

Studies nonlinear effects in passive components causing spurious signals in sensitive RF receivers.

3D Wafer-Level Packaging

Develops through-silicon-via technology for stacking multiple dies with high-density interconnections.

Joint Radar Communication Waveforms

Designs waveforms simultaneously optimizing radar and communication performance in dual-function systems.

Millimeter-Wave Material Characterization

Measures dielectric and magnetic properties of materials at millimeter-wave frequencies for circuit design.

Optical Modulator Efficiency

Develops high-speed electro-optic modulators with reduced electrical drive power for coherent transceivers.

RF Fingerprinting Authentication

Uses unique RF signatures from hardware imperfections for device authentication in wireless networks.

Doherty Power Amplifier Design

Optimizes power amplifier efficiency across variable signal envelopes using Doherty architectures and extensions.

Optical Integrated Photonics Simulation

Models complex photonic integrated circuits for performance prediction and optimization before fabrication.

Metasurface-Based Electromagnetic Wave Engineering

Research on designing and implementing artificial metasurfaces to manipulate electromagnetic wave propagation, reflection, and absorption across microwave to optical frequencies for advanced antenna and imaging applications.

Neuromorphic Event-Based Vision Sensor Electronics

Development of bio-inspired electronic circuits and integrated sensor systems that asynchronously capture dynamic visual information with ultra-low latency and power consumption for real-time computational imaging.