Position Description:
Two funded Ph.D. or M.S. student positions are available in Dr. Chanyeop Park’s lab at Arizona State University. The positions involve research in nanofabrication of electret thin films for high-voltage power modules and identifying creepage and clearance (C&C) requirements in ungrounded multilevel power electronic systems, both funded by the Office of Naval Research (ONR).
Qualifications:
- Background in packaging, semiconductor physics, or material science (Project 1).
- Interest in high-voltage packaging and material characterization (Project 2).
- Undergraduate transcripts required for application.
Preferred Qualifications:
- U.S. citizenship is preferred but not mandatory (Project 1).
Research Topics/Area:
- Project 1: Nanofabrication of electret thin films to mitigate partial discharge, breakdown, and EMI in wide bandgap (WBG) power electronic systems.
- Project 2: Identifying C&C distances in ungrounded multilevel power electronic systems to enhance volumetric and gravimetric power density in power distribution systems.
Project Details:
- Project 1: Development of electrets capable of retaining charge at elevated temperatures and high electric fields.
- Project 2: Leveraging novel materials developed from federally funded projects to reduce C&C requirements in power electronic systems for transportation electrification.
Funding:
Both projects are funded by the Office of Naval Research (ONR).
Apply:
Email the following documents to Dr. Chanyeop Park at chanyeop@asu.edu:
- Undergraduate transcripts
- CV
- A brief explanation of why you are a good fit for the project(s)
About PI/Dr./Professor:
Dr. Chanyeop Park is an Associate Professor in the School of Electrical, Computer, and Energy Engineering at Arizona State University.
About University:
Arizona State University is a leading research institution known for innovation in engineering and technology, providing a vibrant academic environment with access to advanced research facilities.
About the Location:
Tempe, Arizona, is part of the greater Phoenix metropolitan area, offering a warm climate, a vibrant cultural scene, and proximity to major tech companies and research institutions.