Faculty

Institution

Unit

Venue

Sigurd Wagner

Professor Electrical and Computer Engineering Emeritus

Princeton University

Affiliations

Department of Electrical and Computer Engineering

Sigurd Wagner is currently serving as an Electrical And Computer Engineering Professor Electrical and Computer Engineering Emeritus at Princeton University.

Honors

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Experiences

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Education

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Sigurd Wagner

Princeton University

Professor Electrical and Computer Engineering Emeritus

You can click a keyword to filter the displayed items

materials science optoelectronics electrical engineering applied physics thin films electronics semiconductors engineering microelectronics electronic materials semiconductor devices semiconductor technology solid-state electronics surface science condensed matter physics nanotechnology printed electronics flexible electronics power electronics material research semiconductor device fabrication defect formation amorphous silicon thin film processing condensed matter large-area electronics display technology organic electronics thin film process technology sensor technology additive manufacturing semiconductor materials interface science semiconductor nanostructures thermal engineering amorphous solid advanced display technology material chemistry controlled release mechanical science crystal growth metals sensor design thin-film transistors light-induced defects oxide electronics clear plastic electronic packaging glow discharges surface characterization molecular beam epitaxy embedded sensing perovskite solar cells surface modification chemical vapor deposition hydrogenated amorphous silicon elastomeric substrates microcrystalline silicon clear plastic substrates thin film transistors advanced manufacturing technologies epitaxial growth charge transport gas discharge plasma sensor arrays micro-electromechanical systems thin-film electronics amorphous silicon films mechanical strain steel foil substrates thermocapillary actuation metal processing fabrication techniques stretchable electronics micro technology fragmentation effect

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Eviper-2D: A Thin Large-Area Soft Robotics Platform. (2025)

engineeringsoft sensorsrobotics automationsoft roboticsrobotics

Ultra-High Frequency Zinc-Oxide Schottky Diodes for Large-Area Wireless Systems. (2025)

electronicselectrical engineeringmicroelectronicsradio frequency

Accurate and Compact Small-Signal Modeling of Zinc-Oxide Thin-Film Transistors for Operation in the Ghz Regime. (2024)

Yue MaXiaoyang MaSigurd WagnerNaveen VermaJames C. Sturm

device modelingghz regimeelectrical engineeringzinc-oxide thin-film transistorscompact small-signal modelingthin films

Design and Characterization of High Quality-Factor Inductors for Wireless Systems Compatible With Flexible Large-Area Electronics. IEEE Journal on Flexible Electronics (2024)

Yue MaSigurd WagnerNaveen VermaJames C. Sturm

wireless systemsflexible large-area electronicselectrical engineeringpower electronicsflexible electronicshigh quality-factor inductors

Investigation of Self-Heating in Zno Thin-Film Transistors by In-Situ Gate Resistance Measurement and Effect on Device Mobility Extraction. (2024)

Nicholas M. FataYue MaSigurd WagnerNaveen VermaJames C. Sturm

thin-film transistorssemiconductor devicesdevice mobility extractionelectrical engineeringelectronicsthin films

Piezoelectric Soft Robot Inchworm Motion by Tuning Ground Friction Through Robot Shape: Quasi-Static Modeling and Experimental Validation. IEEE Transactions on Robotics (2024)

Zhiwu ZhengPrakhar KumarYenan ChenHsin ChengSigurd WagnerMinjie ChenNaveen VermaJames C. Sturm

piezoelectricityground frictionmechanical engineeringexperimental validationrobot shapequasi-static modelingsoft roboticsrobotics

Reduction of Series Resistance in Top-Gate Zno Thin-Film Transistors by Air Exposure and Oxygen Plasma Treatment. (2024)

Zili TangMohammad Shafiqul IslamSigurd WagnerNaveen VermaJames C. Sturm

air exposureelectrical engineeringseries resistanceoxide electronicsoxygen plasma treatmentthin films

The Future of Flexible Electronic Technology [Speaker’s Corner]. IEEE Electron Devices Magazine (2024)

Sigurd WagnerJames C. SturmNaveen Verma

electronicselectrical engineeringpower electronicsflexible electronics

$F_{Max}$ Exceeding 3 Ghz in Self-Aligned Zinc-Oxide Thin-Film Transistors With Micron-Scale Gate Length. (2023)

Yue MaSigurd WagnerNaveen VermaJames C. Sturm

micron-scale gate lengthoptoelectronicselectrical engineeringthin filmsmicroelectronics

A Flexible Lightweight 7.4 V Input 300 V to 1500 V Output Power Converter for an Untethered Modular Piezoelectric Soft Robot. (2023)

Hsin ChengZhiwu ZhengPrakhar KumarYenan ChenJaeil BaekBen KimSigurd WagnerNaveen VermaJames C. SturmMinjie Chen

piezoelectricitymechanical engineeringpower electronicsflexible electronicssoft roboticsrobotics

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Sigurd Wagner

Professor Electrical and Computer Engineering Emeritus

Princeton University

Affiliations

Department of Electrical and Computer Engineering

Sigurd Wagner is currently serving as an Electrical And Computer Engineering Professor Electrical and Computer Engineering Emeritus at Princeton 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

Sigurd Wagner

Princeton University

Professor Electrical and Computer Engineering Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Eviper-2D: A Thin Large-Area Soft Robotics Platform. (2025)

engineeringsoft sensorsrobotics automationsoft roboticsrobotics

Ultra-High Frequency Zinc-Oxide Schottky Diodes for Large-Area Wireless Systems. (2025)

electronicselectrical engineeringmicroelectronicsradio frequency

Accurate and Compact Small-Signal Modeling of Zinc-Oxide Thin-Film Transistors for Operation in the Ghz Regime. (2024)

Yue MaXiaoyang MaSigurd WagnerNaveen VermaJames C. Sturm

device modelingghz regimeelectrical engineeringzinc-oxide thin-film transistorscompact small-signal modelingthin films

Design and Characterization of High Quality-Factor Inductors for Wireless Systems Compatible With Flexible Large-Area Electronics. IEEE Journal on Flexible Electronics (2024)

Yue MaSigurd WagnerNaveen VermaJames C. Sturm

wireless systemsflexible large-area electronicselectrical engineeringpower electronicsflexible electronicshigh quality-factor inductors

Investigation of Self-Heating in Zno Thin-Film Transistors by In-Situ Gate Resistance Measurement and Effect on Device Mobility Extraction. (2024)

Nicholas M. FataYue MaSigurd WagnerNaveen VermaJames C. Sturm

thin-film transistorssemiconductor devicesdevice mobility extractionelectrical engineeringelectronicsthin films

Piezoelectric Soft Robot Inchworm Motion by Tuning Ground Friction Through Robot Shape: Quasi-Static Modeling and Experimental Validation. IEEE Transactions on Robotics (2024)

Zhiwu ZhengPrakhar KumarYenan ChenHsin ChengSigurd WagnerMinjie ChenNaveen VermaJames C. Sturm

piezoelectricityground frictionmechanical engineeringexperimental validationrobot shapequasi-static modelingsoft roboticsrobotics

Reduction of Series Resistance in Top-Gate Zno Thin-Film Transistors by Air Exposure and Oxygen Plasma Treatment. (2024)

Zili TangMohammad Shafiqul IslamSigurd WagnerNaveen VermaJames C. Sturm

air exposureelectrical engineeringseries resistanceoxide electronicsoxygen plasma treatmentthin films

The Future of Flexible Electronic Technology [Speaker’s Corner]. IEEE Electron Devices Magazine (2024)

Sigurd WagnerJames C. SturmNaveen Verma

electronicselectrical engineeringpower electronicsflexible electronics

$F_{Max}$ Exceeding 3 Ghz in Self-Aligned Zinc-Oxide Thin-Film Transistors With Micron-Scale Gate Length. (2023)

Yue MaSigurd WagnerNaveen VermaJames C. Sturm

micron-scale gate lengthoptoelectronicselectrical engineeringthin filmsmicroelectronics

A Flexible Lightweight 7.4 V Input 300 V to 1500 V Output Power Converter for an Untethered Modular Piezoelectric Soft Robot. (2023)

Hsin ChengZhiwu ZhengPrakhar KumarYenan ChenJaeil BaekBen KimSigurd WagnerNaveen VermaJames C. SturmMinjie Chen

piezoelectricitymechanical engineeringpower electronicsflexible electronicssoft roboticsrobotics

1
2
3
4
5
60
10 / page

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