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Power electronics researcher specializing in high-efficiency bidirectional DC/DC converters, resonant topologies, EV charging systems, and aerospace power conversion. Experienced in SiC/GaN-based hardware design, prototype implementation, and experimental validation of high-power converter systems.

Power Conversion System DC-DC Converter EV OBC Power Electronics  

Updated 31. august 2026
My education
- now

ph.d. (alm.)

Anden uddannelsesinstitution i Danmark

Power electronics researcher specializing in high-efficiency bidirectional DC/DC converters, resonant
topologies, EV charging systems, and aerospace power conversion. Experienced in SiC/GaN-based
hardware design, prototype implementation, and experimental validation of high-power converter
systems.
Educational area: Teknik & Teknologi
Period: - now
My work experience
- now

Research Assistant

Company name withheld

Mar. 2022 – Present | Research Assistant, Power Electronics Systems Laboratory, Dongguk University

Developed a modular high-efficiency analog DC/DC conversion architecture for Low Earth Orbit (LEO) satellite communication systems, achieving more than 95% conversion efficiency.
Designed, fabricated, and experimentally validated a 20 kW ultra-compact onboard charger (OBC) for 200–1000 V battery systems, achieving 98.15% peak efficiency and a power density of 4 kW/L.
Developed and experimentally verified a 22.6/7.2 kW three-phase/single-phase filter-less AC/DC converter with V2G/V2L capability, achieving 97.65% peak efficiency at 100 kHz.
Work area: Undervisning
Period: - now
- now

Visiting Researcher

Company name withheld

Feb. 2026 | Visiting Researcher, Chung Mong-Koo Automotive Research Center, Hanyang University, Seoul, South Korea
Performed experimental testing and validation of a 100 kHz high step-down resonant DC/DC converter designed for LEO satellite power-distribution applications, operating over an 80–120 V input-voltage range.
Work area: Teknik
Period: - now
- now

Lab Engineer

Company name withheld

Sep. 2019 - Mar. 2022 |Lab Engineer, Control & Power Electronics Research Laboratory, Riphah International University, Lahore
Performed low-level hardware prototyping and system integration for powerelectronics
testing and assisted experimental validation of power converter prototypes.
Work area: Undervisning
Period: - now
My skills and abilities
Skills
none specified
Skills at working proficiency
english
My preferences
Job type
Fuldtidsjob Ph.d. & Postdoc
Work areas
Teknik
Location
Udlandet (Norge)
Salary
40.000 DKK / month
Contact me!


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