Faculty

Institution

Unit

Venue

Shad Roundy

Associate Professor

University of Utah

Affiliations

John and Marcia Price College of Engineering

Electrical and Computer Engineering

Mechanical Engineering

Shad Roundy is currently serving as an Electrical And Computer Engineering Associate Professor at University of Utah.

Honors

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Experiences

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Education

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Shad Roundy

University of Utah

Associate Professor

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electrical engineering energy harvesting engineering applied physics wearable technology sensors mechanical engineering instrumentation piezoelectricity wireless power transmission sensor technology biomedical implants power delivery optoelectronics power electronics sensor design materials engineering bioelectronics health technology wearable electronics medical electronics micro-electromechanical systems humidity sensor wireless power transfer wireless communications implantable devices microelectronics material research thermal engineering electronics biomedical technologies sensor applications piezoelectric materials electromagnetic compatibility wireless implantable devices implantable sensors energy monitoring composite science additive manufacturing mechanical science precision engineering microwave technology thin film processing soil technology optical engineering bioinstrumentation health monitoring soil characterization micro technology acoustic power transfer energy harvester magnetic plucking configurations power optimization real-world vibration sources advanced functional materials advanced manufacturing technologies electronic materials power electronics converter fragmentation effect printed electronics material properties micromechanics power devices electronic circuits electric machines semiconductor nanostructures functional nanomaterials power source low level vibrations wireless sensor nodes micro-electrostatic vibration-to-electricity converters pseudo-walking motion sprung eccentric rotor bio-medical implants metal foils bimorph pzt film science and technology studies computational mechanics advanced manufacturing engineering management artificial life aerospace robotics aerospace manufacturing technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Inductive Power Transfer Coil Misalignment Perception and Correction for Wirelessly Recharging Underground Sensors. Sensors (2025)

John SanchezJuan ArteagaCody ZesigerPaul MitchesonDarrin YoungShad Roundy

mechatronicselectric power systemsinductive power transferautomated methodologylaboratory testingpower deliverywireless power transmissionelectrical engineering

Coil Misalignment Perception and Correction in a Mobile Inductive Power Transfer System for Wirelessly Recharging Underground Agricultural Sensors. (2024)

John SanchezJuan M. ArteagaCody ZesigerPaul MitchesonDarrin YoungShad Roundy

mechatronicshidden coilautomated methodologysensorslaboratory testingpower deliverywireless power transmissionelectrical engineering

Direct Conversion of Thermal Energy to Stored Electrochemical Energy via a Self-Charging Pyroelectrochemical Cell. Energy & Environmental Science (2024)

Tim KowalchikFariha KhanDanielle HorlacherShad RoundyRoseanne Warren

renewable energyenergy generationsustainable energyelectrochemical energy storagedirect conversionenergy researchenergy harvestingenvironmental sciencethermal engineeringenergy conversionenergy engineeringself-charging pyroelectrochemical cellenergy productionenergy storagesustainable energy technologiesthermal energy storageelectrochemistry

Influence of Soil Conditioners for Enhanced Water Retention on the Accuracy and Longer‐Term Deployment of Widely Used Soil Moisture Sensors. Soil Use and Management (2024)

M. MarinF. ElsakloulG. J. NortonJ. SanchezS. RoundyP. D. Hallett

soil managementsoilsoil conditionerssoil sciencesoil moisture sensorslonger-term deploymentenhanced water retention

In-Situ Characterization of Stainless Steel Probes-Based Soil Electrical Conductivity Sensor. IEEE Sensors (2024)

Sheng DingShad RoundyRamesh GoelCody ZesigerDarrin J. Young

sensor technologysoilelectrical insulationsensor applicationsin-situ characterizationsensorselectroanalytical chemistryelectrical engineeringinstrumentation

Multi-Coil-Based Inductive Power Transfer System for Insitu Soil Sensing Application. (2024)

Sheng DingJohn SanchezShad RoundyRamesh GoelCody ZesigerDarrin J. Young

energy harvestingpower deliverywireless power transmissionpower electronicselectrical engineering

Powering Wireless Sensors Using Magnetoelectric Wireless Power Transfer. IEEE Sensors (2024)

Orpita SahaShad Roundy

sensorswireless sensorswireless power transmissionelectrical engineering

Advancements in Modeling the Space Charge Induced Flexoelectric Effect. (2023)

Arash KazemiTravis PetersSusan Trolier-McKinstryShad Roundy

materials scienceflexoelectric effectcondensed matter physicsspace chargeelectrical engineeringapplied physics

Are Piezoelectric-Electromagnetic Hybrid Energy Harvesting Systems Beneficial?. Smart Materials and Structures (2023)

Binh Duc TruongCuong Phu LeShad Roundy

piezoelectricityenergy harvestingelectrical engineeringengineering

A Self-Biased Magnetoelectric Wireless Power Transfer Receiver Targeting Biomedical Implants. Sensors and Actuators A Physical (2023)

Orpita SahaErik AndersenShad Roundy

sensor technologybiomedical engineeringsensor designsensorselectrical engineeringbiomedical implantsapplied physicsinstrumentation

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Shad Roundy

Associate Professor

University of Utah

Affiliations

John and Marcia Price College of Engineering

Electrical and Computer Engineering

Mechanical Engineering

Shad Roundy is currently serving as an Electrical And Computer Engineering Associate Professor at University of Utah.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Shad Roundy

University of Utah

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Inductive Power Transfer Coil Misalignment Perception and Correction for Wirelessly Recharging Underground Sensors. Sensors (2025)

John SanchezJuan ArteagaCody ZesigerPaul MitchesonDarrin YoungShad Roundy

mechatronicselectric power systemsinductive power transferautomated methodologylaboratory testingpower deliverywireless power transmissionelectrical engineering

Coil Misalignment Perception and Correction in a Mobile Inductive Power Transfer System for Wirelessly Recharging Underground Agricultural Sensors. (2024)

John SanchezJuan M. ArteagaCody ZesigerPaul MitchesonDarrin YoungShad Roundy

mechatronicshidden coilautomated methodologysensorslaboratory testingpower deliverywireless power transmissionelectrical engineering

Direct Conversion of Thermal Energy to Stored Electrochemical Energy via a Self-Charging Pyroelectrochemical Cell. Energy & Environmental Science (2024)

Tim KowalchikFariha KhanDanielle HorlacherShad RoundyRoseanne Warren

Influence of Soil Conditioners for Enhanced Water Retention on the Accuracy and Longer‐Term Deployment of Widely Used Soil Moisture Sensors. Soil Use and Management (2024)

M. MarinF. ElsakloulG. J. NortonJ. SanchezS. RoundyP. D. Hallett

soil managementsoilsoil conditionerssoil sciencesoil moisture sensorslonger-term deploymentenhanced water retention

In-Situ Characterization of Stainless Steel Probes-Based Soil Electrical Conductivity Sensor. IEEE Sensors (2024)

Sheng DingShad RoundyRamesh GoelCody ZesigerDarrin J. Young

sensor technologysoilelectrical insulationsensor applicationsin-situ characterizationsensorselectroanalytical chemistryelectrical engineeringinstrumentation

Multi-Coil-Based Inductive Power Transfer System for Insitu Soil Sensing Application. (2024)

Sheng DingJohn SanchezShad RoundyRamesh GoelCody ZesigerDarrin J. Young

energy harvestingpower deliverywireless power transmissionpower electronicselectrical engineering

Powering Wireless Sensors Using Magnetoelectric Wireless Power Transfer. IEEE Sensors (2024)

Orpita SahaShad Roundy

sensorswireless sensorswireless power transmissionelectrical engineering

Advancements in Modeling the Space Charge Induced Flexoelectric Effect. (2023)

Arash KazemiTravis PetersSusan Trolier-McKinstryShad Roundy

materials scienceflexoelectric effectcondensed matter physicsspace chargeelectrical engineeringapplied physics

Are Piezoelectric-Electromagnetic Hybrid Energy Harvesting Systems Beneficial?. Smart Materials and Structures (2023)

Binh Duc TruongCuong Phu LeShad Roundy

piezoelectricityenergy harvestingelectrical engineeringengineering

A Self-Biased Magnetoelectric Wireless Power Transfer Receiver Targeting Biomedical Implants. Sensors and Actuators A Physical (2023)

Orpita SahaErik AndersenShad Roundy

sensor technologybiomedical engineeringsensor designsensorselectrical engineeringbiomedical implantsapplied physicsinstrumentation

1
2
3
4
5
11
10 / page

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Similar Faculty Members

Darrin Young

Institution

University of Utah

microfabrication

analog circuits design

Asimina Kiourti

Institution

Ohio State University

sensor

electromagnetic compatibility

Paul K. Wright

Institution

University of California, Berkeley

clean technology

demand response

Matthew Johnston

Institution

Oregon State University

biosensor

bioelectronic platforms

Jung-Chih Chiao

Institution

University of Texas at Arlington

electrical engineering

instrumentation

Ana Arias

Institution

University of California, Berkeley

materials science

optoelectronics

Albert Pisano

Institution

University of California, Berkeley

nano mechanics

mechanical science

Jeong Lee

Institution

Baylor University

materials science

applied physics

Jing Wang

Institution

University of South Florida

computational literacy

computational thinking

Jeong Lee

Institution

University of Texas at Dallas

biomedical engineering

precision engineering