Projects & Gifts

[P12] "PEPDS Tech Candidate"

Office of Naval Research (ONR), Award # N00014-21-1-2124

4/2025 - 3/2027, Co-PI

[P11] "NiPEC-PEPDS Solution Space Exploration Digital Twin Based Dielectric Scaling Law and Health Prognosis"

Office of Naval Research (ONR), Award # N00014-24-1-2586

8/2024 - 7/2029, Co-PI

[P10] "Heterogeneously Integrated Power Modules"

Advanced Research Project Agency-Energy (ARPA-E), Award # DE-AR0001823

5/2024 - 5/2027, Co-PI

[P9] "High-Temperature Inorganic Thin Film Electrets for Partial Discharge Free High-Voltage Power Modules"

Office of Naval Research (ONR), Award # N00014-23-1-2673

7/2023 - 6/2028, PI

[P8] "Novel Electrical Insulators and Partial Discharge Detection Techniques for Resilient Medium Voltage Distribution Systems"

NSF I/UCRC GRAPES (GRid-connected Advanced Power Electronic Systems)

1/2023 - 12/2024, PI

[P7] "TESLA: Tough and Ecological Supercritical Line Breaker for AC"

Advanced Research Project Agency-Energy (ARPA-E), Award # DE-AR0001524

5/2022 - 5/2025, Co-PI

[P6] "Identifying the Dielectric Properties of Liquid-Metal Polymer Composites to Ensure the Dielectric Integrity of Deformable Electronic Applications"

National Science Foundation (NSF), Award # 2124933

9/2021 - 8/2025, PI

[P5] "Development of Electrets as a Solution to Partial Discharge in Power-Electronics-Driven Shipboard Power Systems"

Office of Naval Research (ONR), Award # N00014-21-1-2797

8/2021 - 10/2025, PI

[P4] "Detection of Electrical Discharge Phenomena by Fiberoptic Sensors"

NEC Labs America

5/2021 - 4/2022, PI

[P3] "Development of Epoxy and Silicone Based Nonlinear Resistive Field Grading Materials for SF6-Free Power Applications"

G&W Electric

3/2021 - 1/2022, PI

[P2] "Multi-Modal Threat Detection (M2TD) System"

Air Force Civil Engineer Center (AFCEC)

3/2021 - 6/2022, Co-PI

[P1] "Evaluating the Lightning Strike Tolerance of Radar Absorbing Multifunctional Composites"

Gyeongsang National University (GNU)

11/2020 - 12/2022, PI

[G1] "Cryogenic Electrets for Partial Discharge Mitigation in Superconducting Power Systems"

Raytheon Technologies