Faculty

Institution

Unit

Venue

Subhanshu Gupta

Associate Professor

Washington State University

Affiliations

Voiland College of Engineering and Architecture

Electrical Engineering and Computer Science

Subhanshu Gupta is currently serving as an Electrical Engineering And Computer Science Associate Professor at Washington State University.

Honors

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Experiences

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Education

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Subhanshu Gupta

Washington State University

Associate Professor

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electrical engineering power electronics systems engineering signal processing engineering optoelectronics digital signal processing microelectronics microwave technology electronics applied physics vlsi technology radio frequency communications systems vlsi circuit wireless communications semiconductors analog design instrumentation solid-state electronics analog-to-digital converters microwave engineering beamforming computational electromagnetics array processing interference cancellation electromagnetic compatibility semiconductor technology electronic circuits millimeter wave technology mimo system true-time-delay arrays additive manufacturing sensor technology power semiconductor devices semiconductor devices hardware acceleration intermittently connected device reconfigurable architectures biofuel cells rf subsystem wideband communications cascade adc multi-rate polyphase dsp lms calibration schemes wideband millimeter-wave systems control system technology automatic control localization thermal engineering mobile computing telecommunication networks technological forecasting data compression micro technology solid-state lighting control architecture hardware architecture accelerator technology energy biotechnology bionics medical electronics modulation techniques preterm birth neonatology high-frequency devices bio-sensor applications large-array beamformers beam training microscale additive manufacturing self-initializing algorithm multi-parameter optimization high-speed adcs long-term monitoring enzymatic biofuel cell natural harvesting

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Time-Domain Rx for Reconfigurable Energy-Efficient Software-Defined Radios. IEEE Transactions on Microwave Theory and Techniques (2026)

reconfigurable architectureswireless communicationscommunications systemsreconfigurabilitycomputer engineeringsystems engineeringsoftware-defined radiotime-domain rx

Characterization of Fdsoi Technology for Energy-Efficient Cryo-Cmos Circuits. (2026)

fdsoi technologyelectronicscryogenicsmicroelectronicsapplied physicsvlsi circuitsemiconductorssolid-state electronicsvlsi technologyintegrated circuitsvlsi designelectrical engineering

A 1.9-4 Ghz Receiver With Enhanced In-Band and Out-Of-Band Linearity Using Double Sampling and Time-Domain Processing. (2025)

1.9-4 ghz receiverdigital signal processingelectromagnetic compatibilitydouble samplingtime-domain processingsignal processingultra-wideband communicationmicrowave technologyintegrated circuitselectrical engineeringradio frequency

A Four-Element True-Time-Delay Slice-Based Receiver Array for Fr3 Upper Mid-Band Wireless. IEEE Journal of Solid-State Circuits (2025)

transmissionmicrowave engineeringelectromagnetic compatibilityultra-wideband communicationantennasrf subsystemmicrowave technologyintegrated circuitselectrical engineeringradio frequency

An 8-Element 800Mhz Bw 0.083Mm 2 /Element Scalable Current-Mode True-Time-Delay Analog Combiner for Low Swap-C Antenna Arrays. (2025)

bw 0.083mm8-element 800mhzantennasmicroelectronicsvlsi circuitanalog-to-digital convertersintegrated circuitsanalog designelectrical engineeringradio frequency

A Ttd-Based Fast Precise Localization Enabled by Passive-Active Signal Combiner With Negative-Capacitance Stabilized Ramp. IEEE Journal of Solid-State Circuits (2025)

digital signal processingpassive-active signal combinersignal processinganalog-to-digital convertersintegrated circuitsanalog designnegative-capacitance stabilized ramp

Characterization of Fdsoi Technology for Cryo-Cmos Circuit Calibration. (2025)

fdsoi technologydigital circuit designelectronicscryogenicsmicroelectronicsvlsi circuitsemiconductorsvlsi technologyintegrated circuitscalibrationelectrical engineering

Demonstration of Fast Ota Chirp-Based Beam Training Using Analog Ttd Array With Millimeter Wave Testbed for Applications in Radar Systems. (2025)

radarmillimeter wave testbedarray processingdigital signal processingsignal processingantennasradar signal processingmillimeter wave technologyradar systemsbeamforming

Dynamic Beam-Stabilized, Additive-Printed Flexible Antenna Arrays With On-Chip Rapid Insight Generation. Nature Communications (2025)

engineering3d printingflexible manufacturing technologymicrowave antennassmart antennasantennasflexible electronicsbeamformingcomputational electromagneticselectrical engineering

From Integrated Circuits to Smart Cities: Two Inspiring Istps Were Held at Ims 2025 [Mtt-S Society News]. IEEE Microwave Magazine (2025)

urban planningtechnologyinternet of thingsinfrastructure engineeringindustrial informaticscomputer engineeringsmart city governancesmart societytechnological forecastingistps were heldsmart citiesurban informaticsinformation technologyims 2025intelligent infrastructureintelligent systemsembedded systemslong range planningsystems engineeringsmart infrastructureubiquitous computingcyber-physical systems

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Subhanshu Gupta

Associate Professor

Washington State University

Affiliations

Voiland College of Engineering and Architecture

Electrical Engineering and Computer Science

Subhanshu Gupta is currently serving as an Electrical Engineering And Computer Science Associate Professor at Washington State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Subhanshu Gupta

Washington State University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Time-Domain Rx for Reconfigurable Energy-Efficient Software-Defined Radios. IEEE Transactions on Microwave Theory and Techniques (2026)

reconfigurable architectureswireless communicationscommunications systemsreconfigurabilitycomputer engineeringsystems engineeringsoftware-defined radiotime-domain rx

Characterization of Fdsoi Technology for Energy-Efficient Cryo-Cmos Circuits. (2026)

fdsoi technologyelectronicscryogenicsmicroelectronicsapplied physicsvlsi circuitsemiconductorssolid-state electronicsvlsi technologyintegrated circuitsvlsi designelectrical engineering

A 1.9-4 Ghz Receiver With Enhanced In-Band and Out-Of-Band Linearity Using Double Sampling and Time-Domain Processing. (2025)

A Four-Element True-Time-Delay Slice-Based Receiver Array for Fr3 Upper Mid-Band Wireless. IEEE Journal of Solid-State Circuits (2025)

transmissionmicrowave engineeringelectromagnetic compatibilityultra-wideband communicationantennasrf subsystemmicrowave technologyintegrated circuitselectrical engineeringradio frequency

An 8-Element 800Mhz Bw 0.083Mm 2 /Element Scalable Current-Mode True-Time-Delay Analog Combiner for Low Swap-C Antenna Arrays. (2025)

bw 0.083mm8-element 800mhzantennasmicroelectronicsvlsi circuitanalog-to-digital convertersintegrated circuitsanalog designelectrical engineeringradio frequency

A Ttd-Based Fast Precise Localization Enabled by Passive-Active Signal Combiner With Negative-Capacitance Stabilized Ramp. IEEE Journal of Solid-State Circuits (2025)

digital signal processingpassive-active signal combinersignal processinganalog-to-digital convertersintegrated circuitsanalog designnegative-capacitance stabilized ramp

Characterization of Fdsoi Technology for Cryo-Cmos Circuit Calibration. (2025)

fdsoi technologydigital circuit designelectronicscryogenicsmicroelectronicsvlsi circuitsemiconductorsvlsi technologyintegrated circuitscalibrationelectrical engineering

Demonstration of Fast Ota Chirp-Based Beam Training Using Analog Ttd Array With Millimeter Wave Testbed for Applications in Radar Systems. (2025)

radarmillimeter wave testbedarray processingdigital signal processingsignal processingantennasradar signal processingmillimeter wave technologyradar systemsbeamforming

Dynamic Beam-Stabilized, Additive-Printed Flexible Antenna Arrays With On-Chip Rapid Insight Generation. Nature Communications (2025)

engineering3d printingflexible manufacturing technologymicrowave antennassmart antennasantennasflexible electronicsbeamformingcomputational electromagneticselectrical engineering

From Integrated Circuits to Smart Cities: Two Inspiring Istps Were Held at Ims 2025 [Mtt-S Society News]. IEEE Microwave Magazine (2025)

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Institution

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radio frequency

phase noise

Jinghong Chen

Institution

University of Houston

high-speed wireline transceivers

rf subsystem

Aydin Karsilayan

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electromagnetic compatibility

electronic circuit

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sige bicmos

rf subsystem

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design automation

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University of California, Davis

electronic circuit

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Institution

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bioelectronic platforms

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