Microelectronics Engineering

Advanced CMOS Process Technology Nodes

Development and optimization of sub-3nm CMOS fabrication processes with enhanced performance, power efficiency, and yield.

RESEARCH GAP FRONTIERS

Quantum Dot Semiconductor Devices

Design and characterization of quantum dot-based electronic devices for enhanced carrier confinement and quantum transport properties.

RESEARCH GAP FRONTIERS

Graphene-Based Nanoelectronics

Integration of graphene and other two-dimensional materials into functional electronic devices with superior electrical properties.

RESEARCH GAP FRONTIERS

Power Semiconductor Device Engineering

Development of high-efficiency power MOSFETs, IGBTs, and wide-bandgap semiconductors for power conversion applications.

RESEARCH GAP FRONTIERS

Silicon Photonics Integration

Monolithic integration of optical and electronic components on silicon platforms for high-speed communication and sensing.

RESEARCH GAP FRONTIERS

Neuromorphic Chip Architecture

Design of bio-inspired computing architectures with spiking neural networks for energy-efficient artificial intelligence.

RESEARCH GAP FRONTIERS

3D Integrated Circuit Design

Vertical stacking of multiple silicon dies with through-silicon vias for improved performance and reduced footprint.

RESEARCH GAP FRONTIERS

Flexible and Stretchable Electronics

Development of mechanically deformable semiconductor devices and circuits on plastic or rubber substrates.

Memristor-Based Computing Systems

Exploration of resistive switching devices for next-generation non-volatile memory and neuromorphic computing applications.

Analog and Mixed-Signal Circuit Design

Advanced design techniques for high-performance analog integrated circuits interfacing digital and physical domains.

RF and Millimeter-Wave Circuits

Engineering of integrated circuits operating at microwave and millimeter-wave frequencies for wireless communication systems.

Photonic Integrated Circuits

Monolithic integration of optical components including lasers, modulators, and detectors on semiconductor substrates.

Wide Bandgap Semiconductor Physics

Fundamental study and application of GaN and SiC materials for high-temperature and high-power electronic devices.

Tunneling Devices and Resonant Tunneling

Investigation of quantum tunneling effects in semiconductor heterostructures for ultra-low-power logic and sensing.

Spintronics Device Engineering

Design of magnetic semiconductor devices exploiting electron spin for memory storage and logic operations.

Thermal Management in Integrated Circuits

Advanced thermal modeling and heat dissipation strategies for high-power density microelectronic devices.

Single-Electron Transistor Design

Development of Coulomb blockade-based transistors for ultra-low-power computing at the quantum limit.

Optical Interconnect Engineering

Design and integration of photonic interconnects replacing electrical wires in high-bandwidth chip-to-chip communication.

Magnetic Random Access Memory

Development of MRAM technology using magnetoresistive effects for high-speed, non-volatile memory applications.

Biosensing and Bioelectronics

Integration of semiconductor devices with biological systems for medical diagnostics and health monitoring.

Perovskite Semiconductor Devices

Exploration of halide perovskites as active materials for LEDs, solar cells, and radiation detectors.

Cryogenic Microelectronics

Engineering of semiconductor devices and circuits for operation at near-absolute-zero temperatures in quantum computing.

Reliability and Failure Analysis

Study of degradation mechanisms, electromigration, and thermal stress effects in microelectronic devices over time.

Quantum Computing Hardware

Development of semiconductor-based quantum bits including superconducting qubits and spin qubits for quantum processors.

Ferroelectric Memory Devices

Design and optimization of ferroelectric transistors and capacitors for emerging non-volatile memory technologies.

Terahertz Integrated Circuits

Engineering of semiconductor circuits operating in the terahertz frequency range for imaging and spectroscopy applications.

Device Physics Simulation and Modeling

Computational approaches for simulating quantum and classical transport phenomena in semiconductor nanostructures.

Organic Semiconductor Electronics

Development of organic transistors and circuits utilizing small molecules and polymers for flexible electronics.

High-Electron-Mobility Transistors

Design of HEMTs and heterostructure devices for ultra-high-frequency and low-noise analog applications.

In-Memory Computing Architectures

Integration of logic and memory functions within arrays for accelerated machine learning and data-intensive tasks.

Radiation-Hardened Microelectronics

Design of radiation-tolerant integrated circuits for space and high-energy physics applications.

Diamond Semiconductor Technology

Development of diamond-based devices leveraging exceptional thermal conductivity and high breakdown voltage.

Tunnel Field-Effect Transistors

Engineering of band-to-band tunneling devices providing steeper subthreshold slopes than conventional MOSFETs.

Vanadium Dioxide Phase Change Devices

Exploitation of metal-insulator transitions in VO2 for tunable and switching electronic and photonic devices.

Ultra-Low-Power Circuit Design

Design methodologies for microelectronic circuits achieving minimum energy consumption in mobile and IoT applications.

Heterogeneous Integration Platforms

Techniques for combining diverse semiconductor materials and technologies on common substrates for advanced functionality.

Nanostructured Field-Emission Devices

Development of carbon nanotubes and nanowires for efficient electron emission in displays and vacuum electronics.

Cavity-Enhanced Light Emitters

Design of photonic cavities integrated with semiconductor light sources for efficient photon generation and extraction.

Reconfigurable Hardware Circuits

Development of programmable semiconductor architectures using phase-change materials or electronically tunable properties.

Bolometer and Thermal Detector Arrays

Engineering of sensitive infrared detection systems using microbolometers and thermal sensing in integrated circuits.

Quantum Well and Superlattice Engineering

Design of artificial bandgap structures through controlled heteroepitaxial growth for electronic and photonic applications.

Magnetophotonic Integrated Devices

Integration of magnetic and photonic functionalities in semiconductor platforms for optical isolation and switching.

Resonator-Based Sensors and Filters

Development of high-Q resonators including ring resonators for integrated filtering, sensing, and frequency selection.

Electrochemical Energy Storage Integration

Monolithic integration of micro-batteries and supercapacitors within semiconductor devices for on-chip power supply.

Avalanche Photodiode Design

Engineering of impact ionization-based photodetectors for single-photon detection and quantum communication systems.

Negative Index Metamaterial Devices

Design of engineered electromagnetic structures in semiconductors with negative refractive index for beam steering.

Energy Harvesting Microsystems

Integration of photovoltaic, piezoelectric, or thermoelectric elements with circuits for autonomous wireless sensor nodes.

Ultra-Fast Switching Devices

Development of semiconductor switches with picosecond-scale switching times for high-frequency pulse generation.

Microfluidic-Integrated Electronics

Monolithic integration of microfluidic channels with semiconductor sensors for lab-on-chip medical diagnostics.

Polariton Engineering in Semiconductors

Study of light-matter coupling in semiconductor microcavities for low-threshold lasing and quantum optics.

Monolithic Microwave Integrated Circuit Design

Research focused on designing high-frequency circuits integrated on single semiconductor substrates for wireless communication and radar applications.

Gallium Nitride Power Converter Electronics

Investigation of GaN-based switching devices and converter topologies for efficient power conversion in renewable energy and automotive systems.

Silicon Carbide High-Temperature Devices

Development of SiC semiconductor components capable of operating reliably at extreme temperatures for aerospace and industrial applications.

Substrate Integrated Waveguide Circuits

Design of hybrid circuits combining waveguide theory with planar microelectronic fabrication for millimeter-wave integrated systems.

Lithium Niobate Electro-Optic Modulators

Engineering of integrated optical modulators using ferroelectric lithium niobate for high-speed optical communication systems.

Aluminum Gallium Nitride Heterostructures

Research on AlGaN-based semiconductor heterostructures for ultraviolet detectors and high-power electronic devices.

Indium Phosphide Optoelectronic Integration

Monolithic integration of lasers, modulators, and photodetectors on InP platforms for coherent optical systems.

Microelectromechanical Systems Fabrication

Development of miniaturized mechanical structures integrated with electronics for sensors, actuators, and microdevices.

Superconducting Quantum Interference Devices

Engineering of ultra-sensitive magnetic flux detection systems using superconducting circuits for quantum metrology applications.

Graphene Field-Effect Transistor Optimization

Research on improving charge carrier mobility and contact resistance in graphene-based transistors for high-frequency applications.

Transition Metal Dichalcogenide Devices

Investigation of MoS2, WS2 and related 2D materials for next-generation field-effect transistors and optoelectronic devices.

Black Phosphorus Anisotropic Electronics

Exploration of black phosphorus anisotropic properties for high-performance transistors with directional electronic characteristics.

Hexagonal Boron Nitride Dielectric Integration

Study of h-BN as ultra-thin dielectric layers in 2D material devices and conventional semiconductor interfaces.

Colloidal Quantum Dot Photovoltaics

Development of quantum dot-based solar cells with tunable bandgaps for efficient multi-junction photovoltaic systems.

Halide Perovskite Solar Cell Stability

Research on degradation mechanisms and encapsulation strategies for improving perovskite photovoltaic device longevity.

Zinc Oxide Transparent Conductor Technology

Engineering of transparent conducting oxides based on ZnO for optoelectronic devices and solar cell applications.

Nickel Oxide p-Type Semiconductor Doping

Investigation of p-type doping mechanisms in NiO for transparent electronics and heterojunction device fabrication.

Tungsten Diselenide Valley Electronics

Exploration of valley-dependent transport properties in WSe2 for novel information processing and sensing applications.

Molybdenum Disulfide Tunnel Junctions

Design of resonant tunneling structures using MoS2 layers for negative differential resistance and oscillator circuits.

Boron Arsenide Thermal Conductivity Engineering

Research on ultra-high thermal conductivity BAs semiconductors for advanced thermal management in power electronics.

Iron Oxide Spintronic Thin Films

Investigation of magnetic iron oxide layers for spintronic device development including spin-orbit torque applications.

Erbium-Doped Silicon Photonics

Research on rare-earth doped silicon waveguides for integrated optical amplification and light emission.

Quantum Cascade Laser Design

Engineering of intersubband transition lasers for infrared and terahertz spectroscopy and sensing systems.

Vertical-Cavity Surface-Emitting Lasers

Design and optimization of VCSEL devices for high-speed optical communication and advanced 3D sensing.

Distributed Feedback Laser Integration

Research on monolithically integrated DFB laser arrays for wavelength division multiplexing and sensor applications.

Electroabsorption Modulator Circuits

Design of integrated EA modulators combined with DFB lasers for high-speed optical modulation systems.

Germanium-on-Silicon Photodetectors

Development of Ge-on-Si integrated photodetectors for broadband light detection in silicon photonic platforms.

Plasmonic Waveguide Integrated Devices

Research on surface plasmon polariton waveguides for sub-wavelength optical confinement and light manipulation.

Ring Resonator Filter Bank Design

Engineering of high-quality factor microring cavities for wavelength filtering and dispersion compensation.

Mach-Zehnder Interferometer Modulators

Design of integrated optical interferometer-based phase and amplitude modulators for signal processing.

Arrayed Waveguide Grating Spectrometers

Development of compact on-chip spectrometers using arrayed waveguide gratings for spectroscopic analysis.

Inverse Design Photonic Structures

Application of machine learning and topology optimization to design photonic devices with improved performance.

Metasurface-Based Beam Steering

Research on engineered metasurfaces for dynamic optical beam manipulation and phased array implementations.

Nonlinear Optical Parametric Amplification

Investigation of chi-2 and chi-3 nonlinearities in semiconductors for optical signal amplification.

Spontaneous Parametric Down-Conversion Sources

Engineering of integrated sources for quantum entangled photon generation and quantum computing applications.

Electro-Optic Frequency Comb Generation

Research on integrated optical frequency comb sources using electromodulation for spectroscopy and metrology.

Brillouin Scattering Amplification Systems

Development of stimulated Brillouin scattering in waveguides for distributed amplification and sensing.

Raman Amplifier Integrated Circuits

Design of on-chip Raman amplifiers using nonlinear waveguides for signal boosting and wavelength conversion.

Three-Dimensional Interconnect Architecture

Research on monolithic 3D integration technologies with vertical through-silicon vias for improved performance.

Die-to-Die Chiplet Communication

Investigation of high-bandwidth low-latency interconnect protocols for chiplet-based heterogeneous systems.

Advanced Packaging Thermal Interface

Research on materials and structures for efficient heat dissipation in advanced multi-chip packaging.

Magnetic Core Memory Technology

Investigation of emerging magnetic memory technologies including skyrmion and topological spin textures.

Molecular Electronics Single-Molecule Devices

Research on electronic transport through individual molecules and molecular-scale device fabrication.

Ionic Liquid Gated Transistors

Study of electrostatic doping using ionic liquids for tunable charge carrier concentrations in semiconductors.

Organic-Inorganic Hybrid Perovskite Lasers

Development of tunable laser sources using halide perovskite gain media for photonic integration.

Nanoantenna Optical Signal Enhancement

Engineering of plasmonic nanostructures for enhanced light-matter interaction and signal detection.

Topological Protected Edge States

Research on exploiting topological effects in semiconductors for robust quantum transport and devices.

Machine Learning Circuit Optimization

Application of neural networks and AI algorithms to automated design and optimization of integrated circuits.

Monolithic 3D Memory Integration

Research on vertically stacked memory arrays with direct inter-layer connections to achieve higher density and reduced latency in storage systems.

Chiplet Architecture and Die-to-Die Interfaces

Investigation of modular chip design using multiple smaller dies connected through advanced interconnect protocols for improved yield and performance scaling.

Gate-All-Around Nanowire Transistors

Development of transistors with gate electrodes surrounding nanowire channels from all sides to enhance electrostatic control and reduce leakage currents.

Backside Power Delivery Networks

Novel power distribution architectures utilizing the chip backside for efficient voltage delivery and thermal management in advanced process nodes.

All-Perovskite Tandem Solar Cells

Study of stacked perovskite absorber layers with different bandgaps for enhanced photovoltaic efficiency in integrated energy harvesting circuits.

Charge Trap Flash Memory Scaling

Research on charge-trapping dielectric engineering to enable reliable scaling of NAND flash memory to sub-10nm technology nodes.

Transmon and Flux Qubit Engineering

Design optimization of superconducting qubit devices including coupling mechanisms, control electronics, and readout architectures for quantum processors.

Electrokinetic Modulation Devices

Development of electro-optic modulators using field-induced refractive index changes in semiconductors for high-speed optical communication systems.

Negative Capacitance Field-Effect Transistors

Exploration of ferroelectric materials integrated with transistor gates to achieve sub-60mV/dec subthreshold swing and ultra-low-power operation.

Heterojunction Bipolar Transistor Arrays

Design of integrated HBT circuits for high-speed analog and mixed-signal applications with optimized current gain and transit frequency.

Planar Lightwave Circuit Waveguides

Engineering of low-loss optical waveguides on silicon platforms using various materials and geometries for photonic integrated systems.

Phase-Change Material Logic Devices

Research on reconfigurable computing elements using reversible phase transitions in chalcogenide materials for programmable electronics.

Extreme Ultraviolet Lithography Mask Technology

Development of multilayer reflective masks and resist processes for EUV patterning at sub-20nm technology nodes.

Electrostatic Actuator Microsystems

Design and fabrication of MEMS devices using electrostatic forces for mechanical switching, sensing, and RF applications.

Photoacoustic Sensor Integration

On-chip implementation of acoustic wave generation and detection for sensitive spectroscopic and chemical sensing applications.

High-Voltage Lateral Superjunction Devices

Engineering of laterally-oriented superjunction structures to maximize breakdown voltage in high-power semiconductor switches.

Quantum Cascade Laser Design and Integration

Development of mid-infrared light sources using quantum confinement effects in heterostructures for spectroscopy and sensing.

Magnetoelectric Multiferroic Devices

Research on materials with coupled magnetic and ferroelectric properties for novel sensing and switching applications in integrated circuits.

Resistive Random Access Memory Switching Mechanisms

Investigation of filamentary and interfacial switching phenomena in oxide-based ReRAM devices for non-volatile memory implementations.

Floating-Gate and Charge-Pump Circuits

Design of analog memory and high-voltage generation circuits using floating-gate capacitors and switched-capacitor techniques.

Metasurface-Integrated Photodetectors

Development of wavelength-selective and polarization-tunable detectors using engineered artificial electromagnetic interfaces.

Electrowetting Display and Switching Devices

Integration of electrowetting phenomena for programmable optical elements and reflective displays on microelectronic platforms.

Silicon Carbide Schottky Diode Engineering

Optimization of metal-semiconductor junction parameters in SiC for low forward voltage and high-frequency power rectification.

Integrated Optical Spectrometer Design

Miniaturized spectroscopic systems on silicon with dispersive and filtering elements for on-chip wavelength analysis.

Strained Channel Engineering and Stress Memorization

Application of controlled mechanical stress to semiconductor channels for enhanced carrier mobility in advanced MOSFETs.

Synaptic Devices for Neuromorphic Hardware

Development of programmable junction devices mimicking biological synapses for energy-efficient brain-inspired computing systems.

Infrared Thermopile Detector Arrays

Design of thermal sensor arrays with integrated readout circuits for non-contact temperature measurement and thermal imaging.

Integrated Voltage Regulator Module Design

On-chip power conversion circuits with high frequency switching and fast transient response for processor core supply regulation.

Two-Dimensional Material Heterostructure Devices

Engineering of van der Waals stacked layers of transition metal dichalcogenides and other 2D materials for novel device functionalities.

Phase-Locked Loop Circuit Design

Development of clock generation and frequency synthesis circuits with low phase noise and fast locking characteristics.

Gallium Nitride Enhancement-Mode Devices

Design of normally-off GaN transistors using p-type doping and AlGaN barriers for safe and efficient power switching.

Planar Antenna and Monopole Arrays

Integration of miniaturized printed antennas with semiconductor dies for wireless communication and sensing applications.

Floating-Body Effect Mitigation in SOI

Strategies for managing parasitic bipolar action and leakage currents in partially-depleted silicon-on-insulator transistors.

Electromechanical Resonator Signal Processing

Use of mechanical resonance phenomena for frequency filtering, oscillation, and timing reference generation in integrated circuits.

Subthreshold Swing Reduction Techniques

Novel approaches to achieve near-ideal 60mV/dec subthreshold behavior for ultra-low-power device and circuit operation.

Broadband Millimeter-Wave Amplifier Design

Development of high-gain low-noise amplifiers operating across 28-100 GHz frequency bands for 5G and imaging systems.

Memristor-Based Synaptic Plasticity Circuits

Implementation of spike-timing-dependent plasticity using programmable resistance elements in neural network accelerators.

Tunneling-Enabled Steep-Slope Switches

Devices leveraging band-to-band and resonant tunneling currents to overcome Boltzmann limit in switching behavior.

Integrated Magnetic Field Sensor Array

On-chip implementation of Hall effect, magnetoresistive, and fluxgate sensors for localized magnetic field detection.

Finned Channel Field-Effect Transistor Variants

Investigation of multi-fin and surrounding-gate FinFET geometries to improve short-channel effects and leakage control.

Quantum Well Infrared Photodetector Engineering

Design of intersubband transition-based detectors in quantum wells for tunable infrared and terahertz spectral sensitivity.

Polymer Dielectric Integration and Reliability

Study of low-k polymeric materials as interlayer dielectrics with controlled porosity for reduced parasitic capacitance.

Acoustic Wave Resonator Filters and Oscillators

Design of surface acoustic wave and bulk acoustic wave devices for RF filtering and frequency stabilization.

Magnetic Skyrmion Logic and Storage

Exploitation of topological spin textures in ferromagnetic materials for ultra-dense data storage and information processing.

Organic-Inorganic Perovskite Transistors

Development of field-effect transistors using lead halide perovskite channels for low-cost flexible and printable electronics.

Silicon Photomultiplier Single-Photon Detectors

Engineering of avalanche photodiode arrays with integrated quenching and readout for ultra-sensitive photon counting applications.

Defect-Assisted Tunneling in Oxide Interfaces

Understanding and engineering oxygen vacancy-mediated leakage and charge transport phenomena at high-k/silicon boundaries.

Monolithic Integration of Heterogeneous Materials

Research on seamless integration of dissimilar semiconductor materials and compounds on single substrates for enhanced device performance and functionality.

Machine Learning Hardware Accelerators Design

Development of specialized microelectronic architectures and circuits optimized for accelerating machine learning algorithms and neural network inference.

Sub-Threshold Voltage Logic Circuits

Investigation of digital logic operation below threshold voltage to achieve extreme power reduction in ultra-low-power applications.

Photoacoustic Detection and Integration

Integration of photoacoustic sensing elements with microelectronic circuits for biomedical imaging and non-destructive testing applications.

Chiplet Architecture and Interface Design

Development of modular chiplet-based systems with advanced interconnect interfaces enabling heterogeneous integration and mass customization.

Calcium Ion Channel Biomimetic Devices

Design of synthetic microelectronic devices that emulate biological ion channel behavior for neuromorphic and biomedical applications.

Electrostatic Actuation and MEMS Integration

Research on electrostatic actuator design and integration with microelectronic systems for tunable optical and RF devices.

Silicon Carbide Power Conversion Circuits

Advanced circuit design utilizing silicon carbide semiconductors for high-efficiency power conversion in renewable energy systems.

Near-Field Communication Microchip Design

Development of NFC-enabled microelectronic transceivers and integrated systems for secure short-range wireless identification.

Gallium Nitride RF Power Amplifiers

Design and optimization of GaN-based high-power RF amplifier circuits for 5G and satellite communication systems.

Electrowetting-on-Dielectric Micro-Displays

Investigation of electrowetting phenomena for microdisplay pixel control and integration with microelectronic control circuits.

Probabilistic Computing and Stochastic Circuits

Development of circuit architectures employing probabilistic bit representations for noise-tolerant and energy-efficient computation.

Acoustic Wave Resonator Filters Design

Design of surface acoustic wave and bulk acoustic wave resonators integrated with RF microelectronic circuits.

Terahertz Photoconductive Switch Arrays

Development of photoconductive switch arrays for generation and detection of terahertz radiation in integrated systems.

Superconducting Josephson Junction Logic

Design of superconducting quantum interference devices and Josephson junctions for ultra-low-power classical computing.

Inkjet-Printed Thin-Film Transistors

Research on inkjet printing technologies for deposition of semiconductor thin-films and direct transistor fabrication.

Plasmonic Waveguide Optical Switches

Investigation of plasmon-based waveguides and electro-optic switches for integrated photonic circuit miniaturization.

Substrate Noise Coupling Analysis and Mitigation

Study of substrate noise propagation in integrated circuits and development of isolation techniques for improved signal integrity.

Vertical Transistor Architecture Design

Development of vertical nanowire and nanosheet transistor structures for enhanced scaling and performance.

Silicon Microring Resonator Sensors

Design of integrated optical microring resonator systems on silicon for label-free biosensing applications.

Variability-Aware Circuit Design Techniques

Development of design methodologies accounting for process, voltage, and temperature variations in advanced technology nodes.

Graphene Field-Effect Transistor Fabrication

Research on controlled growth and integration of graphene as channel material in high-performance transistors.

Nonlinear Optical Frequency Conversion Circuits

Design of integrated second-harmonic and sum-frequency generation devices for wavelength conversion applications.

Atomic Layer Deposition for Gate Dielectrics

Investigation of atomic layer deposition processes for ultra-thin, high-permittivity gate insulator materials.

Transceiver Circuit Design for Wireless Implants

Development of miniaturized wireless transceiver circuits for biomedical implant communication and power harvesting.

Dual-Gate Graphene Device Engineering

Design of graphene transistors with dual gates for enhanced carrier control and transistor performance optimization.

Intrachip Wireless Power Transfer Systems

Development of on-chip inductive and capacitive wireless power transfer networks for distributed power delivery.

Resonant Inductive Coupling Link Design

Design of resonant coupled coil structures for efficient wireless energy transmission in integrated systems.

Nitrogen-Vacancy Center Diamond Qubits

Engineering of nitrogen-vacancy color centers in diamond for quantum bit implementations in quantum processors.

Electromechanical Resonator Frequency References

Development of MEMS-based resonators integrated with electronics for timing and frequency reference applications.

Electrostatic Discharge Protection Circuit Design

Design of efficient ESD protection circuits with minimal parasitic impact on signal paths and power efficiency.

Transmon Qubit Superconducting Circuits

Development of transmon qubit architectures using superconducting circuit elements for improved noise resilience.

Printed Circuit Integration on Flexible Substrates

Research on printing and integration of functional electronic circuits on flexible and biodegradable substrates.

Whispering Gallery Mode Optical Resonators

Design of high-Q whispering gallery mode resonators for integrated nonlinear optics and biosensing.

Gallium Arsenide Photovoltaic Cells

Development of multi-junction GaAs photovoltaic cells for space and high-efficiency solar energy conversion.

Spin Hall Effect Magnetic Logic Gates

Design of logic gates utilizing spin Hall effect in heavy metals for ultra-low-power magnetic computation.

On-Chip Voltage Regulation and Power Delivery

Development of integrated voltage regulator circuits and distributed power delivery networks for multi-voltage domains.

Electroluminescent Quantum Dot Emitters

Engineering of electroluminescent quantum dot devices integrated with microelectronic driving circuits.

Frequency Modulation Continuous Wave Radar

Design of integrated FMCW radar circuits for automotive and IoT sensing applications.

Photonic Bandgap Crystal Waveguides

Research on photonic crystal structures for controlling light propagation in miniaturized integrated optical circuits.

Quantum Dot Light-Emitting Diode Integration

Integration of quantum dot LEDs with driver circuits for efficient color-tunable display applications.

Monolithic 3D NAND Flash Architecture

Research on vertically stacked NAND memory cells using monolithic integration techniques to achieve extreme density and performance improvements beyond conventional planar scaling limits.

Floating Body Memory Charge Retention

Investigation of charge storage and leakage mechanisms in floating body memory cells for improved retention time.

Millimeter-Wave Phase Array Antenna Circuits

Design of integrated phase shifter and beamforming circuits for millimeter-wave phased array systems.

Chiplet-Based Modular System Integration

Investigation of disaggregated chip architectures using small functional chiplets interconnected through advanced micro-bump and chiplet-to-chiplet interfaces for scalable heterogeneous systems.

Tunneling Magnetoresistance Magnetic Sensors

Development of TMR-based magnetic sensors integrated with readout amplifier circuits for navigation and positioning.

Ambient Energy Scavenging Microsystems

Development of integrated circuits and devices that harvest energy from environmental sources including thermal gradients, mechanical vibration, and ambient electromagnetic radiation.

Photonic Neural Network Accelerators

Design of photonic integrated circuits that perform neuromorphic computation using optical waveguides and phase modulators for ultra-low-latency artificial intelligence inference.

Carbon Nanotube Field Effect Transistors

Research on growth and integration of carbon nanotubes as channel material for high-performance transistors.

Integrated Circuit Electromagnetic Interference Filtering

Design of on-chip filtering and shielding structures to suppress electromagnetic interference in sensitive circuits.

Microfluidic Lab-on-Chip Integration

Co-integration of microfluidic networks with microelectronic sensors and actuators on a single substrate for point-of-care diagnostics and chemical analysis systems.

Silicon-Germanium Heterostructure Devices

Engineering of SiGe lattice-matched layers and quantum wells to create high-performance bipolar transistors and heterojunction devices with enhanced carrier mobility.

Reconfigurable Intelligent Metasurface Chips

Development of programmable electromagnetic metamaterial surfaces integrated with microelectronics for dynamic wavefront manipulation and wireless communication optimization.

Magnon-Based Logic and Information Processing

Exploration of magnon quasiparticles as information carriers in magnetic materials for developing new computing paradigms beyond conventional charge-based electronics.

Chiplet-Based Heterogeneous System Integration

Research focuses on designing, testing, and optimizing modular chiplet architectures with advanced interconnect technologies for scalable heterogeneous computing systems across diverse process nodes and foundries.