Ziwei Ouyang - Supervision

Postdocs:

[5] Van-Dai Bui, Transforming High-Performance AI Servers with Advanced Magnetic Integration for DC-DC Power Converters. (08. 2025 --- 07. 2027)

[4] Tianming Luo, High-frequency Magnetic Components in Power Electronics. (07. 2024 --- 07. 2026)

[3] Bima Nugraha Sanusi, Magnetic Integration for High-efficiency and High-power-density Converters. (02. 2024 --- 02. 2026)

[2] Prasanth Thummala, High Efficient Ultra-Compact DC-DC Charger. (07. 2017-- 07. 2018)

[1] Bin Zhao, High-Efficiency and High-Power-Density 45 W Adapter. (01. 2016 -- 01. 2017)

PhDs:

[16] Andreas Stybe Petersen, Heterogeneous Integration of DC-DC Power Converters. (10. 2025 --- 09. 2028)

[15] Jonas Andresen, Powering the Future: High-Efficiency Converters for Next-Gen HPC. (08. 2025 --- 07. 2028)

[14] Ziliang Wu, Empowering Data Centers: Advancing Planar Magnetics for Next-Generation. (03. 2025 --- 03. 2028)

[13] Kamran, High Efficient High Power Density Converters. (05. 2023 --- 04. 2026)

[12] Sonja Shuangyue Yang, 3D Passive Power Interposer Technology for High-power Integrated Power Supplies. (04. 2023 --- 03. 2026) (Co-supervision)

[11] Pinhe Wang, Electromagnetic Transients in Highly Efficient and Compact Power Electronics Systems with Wide Bandgap Switching Devices (11. 2021 --- 10. 2024)

[10] Jiasheng Huang, Advanced Wireless Power Transfer (WPT) Systems. (12. 2020 --- 12. 2023)

[9] Bima Nugraha Sanusi, Micro-inductors for High-frequency Power Converters. (11. 2020 --- 11. 2023)

[8] Mathias Zambach, New nanostructured magnetic materials for high-frequency power electronics. (10. 2020 ---10.2024) (Co-supervision)

[7] Chang Wang, Advanced Bi-directional dc Converters with Artificial Intelligence (Al) Techniques. (04. 2020 ---03.2023) (Co-supervision)

[6] Chao Liu, Integrated Energy Conversion and Control for Smart and Efficient Electrolysis Systems. (12. 2019 --- 03. 2023)

[5] Yunfeng Liu, High Efficiency High Density Power Converters for Wireless Rapid Charging System. (12. 2018 --- 12. 2021)

[4] Yi Dou, Advanced Power Converters for Wireless Rapid Charging System. (10. 2018 --- 10. 2021)

[3] Mingxiao Li, High Efficiency and High Power Density AC-DC Power Converters. (10. 2018 --- 10. 2021)

[2] Kevin Tomas Manez, Advances in Bidirectional DC-DC Converters for Future Energy Systems. (08. 2015 --- 08. 2018) ( Co-supervision)

[1] Hoa Thanh Le, Microfabricated 3D Inductors for Integrated Switched mode Power Supplies. (12. 2014 --- 12. 2017) ( Co-supervision)

Master Thesis:

[27] Jan Richert, High-Frequency Isolated Gate Drive Power Supply With a Transformer on Chip (06. 2025 --- 11. 2025)

[26] Jinshi Du, High Efficiency and High Power Density DC-DC Converter for Datacenter Application (07. 2025 --- 12. 2025)

[25] Zhuoran Cui, High-Efficiency DC-DC Converter with Resonant Current Doubler Circuit Topology (03. 2025 --- 08. 2025)

[24] Jonas Andresen, Multiphase Coupled-Inductor Series-Capacitor Buck Converter for VRM Applications (01. 2025 --- 06. 2025)

[23] Hanqing Cao, 48 V to 1V PoL DC-DC Converter for High-Current Datacenter Application (10. 2024 --- 04. 2025)

[22] Tibor Illes, 3D Wireless Power Transfer System for Neural Implant (03. 2024 --- 08. 2024)

[21] Seval Mengüs, Experimental set-up and modelling of DC-DC converter for vehicle chargers (02. 2024 --- 09. 2024)

[20] Yilei Li, Design and modelling of matrix transformer in DC-DC converter for battery storage system (02. 2024 --- 07. 2024)

[19] Ziliang Wu, Investigating high misalignment wireless power transfer system for battery charging (02. 2024 --- 07. 2024)

[18] Mikkel S. Hansen, GaN buck-boost voltage regulator for satellite photo-voltaic systems (01. 2024 --- 06. 2024)

[17] Di. Wu, Partial Power DC-DC Converter for SOC Balancing of Paralleled Battery Packs (10. 2023 --- 04. 2024

[16] Wencan Zhu, Load sharing of class D audio amplifiers (10. 2022 --- 04. 2023)

[15] Anders Jørgensen, Multi-Phase High Current Full Bridge System for Parallel Inductive Loads ( 02. 2022 --- 06. 2022)

[14] Alex Fihl Nielsen, Analysis of vacuum-tube based radio-frequency power converters for industrial induction heating ( 02. 2022 --- 06. 2022)

[13] Rashmi Dahake, High Frequency Core Loss Measurement Based on Calorimetric Methods . ( 01. 2021 --- 06. 2021)

[12] Fahim Safi, Evaluation of New Geometry for Low Leakage Inductance Integrated Magnetics for DC/DC Converters. ( 08. 2020 --- 01. 2021)

[11] Søren Magnus Thorsen , High density AC/DC converter for railroad applications. ( 08. 2020 --- 01. 2021)

[10] Chang Wang, 1 MHz LLC Converter for Data Center Application. ( 03. 2019 --- 08. 2019)

[9] Max Pihl Tornøe Kristensen, High Power Density 60 W USB-C AC-DC Converter. ( 03. 2019 --- 08. 2019)

[8] Mads Kronborg Liin, wireless charging circuit for Oticon magneto system. ( 02. 2018 --- 08. 2018)

[7] Yi Dou, High-efficiency High Power Density DC-DC Converter for New Generation Battery Charger of Portable Devices. ( 02. 2018 --- 08. 2018)

[6] Dehua Zhao, Underwater Wireless Power Charging System. ( 02. 2018 --- 07. 2018)

[5] Li Mingxiao, High Frequency and High Efficiency Sigma DC-DC Converter. ( 01. 2018 --- 07. 2018)

[4] Yuchao Dong, High Frequency LLC Resonant Converter with Planar Magnetics Integration. ( 02.2016 --- 07. 2016 )

[3] Marc Østvand Matthiesen, Automated Measurement System for High Frequency Characteristics of Magnetic Devices.( 01.2016 --- 06. 2016 )

[2] Morteza Ghorbani Eftekhar, Efficiency Study of Vertical Distance Variations in Wireless Power Transfer for E-Mobility. ( 09. 2015 --- 01. 2016 )

[1] Athanasios Stamatopoulos, Investigation on High Frequency Magnetic Core Loss Measurement ( 05. 2014 --- 10. 2014 )

Bachelor Thesis:

[11] Jonas Kazem Andersen, Controlling the toroidal magnetic field on the NORTH tokamak (09. 2023 -- 11. 2023 )

[10] Andreas Kl Østrup, A 48V-12V Synchronous Buck Converter for Solar EV Application. ( 01. 2022 -- 05. 2022 )

[9] Mikkel Agerbo Hermansen, Optimization of a magnetic power transformer for a resonant power converter. ( 02. 2021 -- 06. 2021 )

[8] Henriette Blicher Winther Robinson, Optimization of an LCC Power Converter. ( 02. 2020 -- 07. 2020 )

[7] Andreas Fuglede Nielsen, Design of LLC converter. ( 02. 2019 -- 06. 2019 )

[6] Mohammed Sadik Kadhoum, Battery Management System. ( 09. 2017 -- 01. 2018 )

[5] Jacob Elias Overgaard, Improved Design of an ICEpower® Class-D Audio Amplifier Module: Increased Power and Enhanced Audio Performance . (02. 2017 -- 07. 2017)

[4] Magnus Brandt-Møller, Improved Design of an ICEpower® Class-D Audio Amplifier Module: Increased Power and Enhanced Audio Performance . (02. 2017 -- 07. 2017)

[3] Morten Birkerod Lillholm, High Power Density Dual Active Bridge (DAB) Power Converters. ( 02. 2017 -- 06. 2017 )

[2] Peter Iwer Hoedt Karstensen, Battery Charger for PV applications. ( 02. 2017 -- 06. 2017 )

[1] Kasper Falkenberg Klausen , Evaluating the distortion effects of demodulation chokes in Class-D amplifiers . ( 07. 2015-- 10. 2015 )

Special-Course & Research Immersion Projects:

[66] Richard Y Xu, High-Cuurent AI Chip Simulator, (03. 2025 -- 08. 2025) 10 ECTs

[65] Tomás Neto Apolónia, 5V to 1V PoL Converter, (02. 2025 -- 07. 2025) 10 ECTs

[64] Jonas Andresen, High-Density Series Capacitor Buck Converter, (09. 2024 -- 02. 2025) 10 ECTs

[63] Jinshi Du, LLC Converter Design for High-Current Data Center Application, (10. 2024 -- 02. 2025) 10 ECTs

[62] Shuangyue Yang, Advanced Fabrication Techniques for MEMS Inductors in Wireless Charging Applications (09. 2024 -- 11. 2024) 5 ECTs

[61] Yilei Li, Investigation on Thermal Guide Components (09. 2024 -- 11. 2024) 5 ECTs

[60] Jinshi Du, and Zheng Miao, Conducted EMI Noise Prediction and Mitigation (02. 2024 -- 08. 2024) 10 ECTs

[59] Jonas Andresen, and Gerard Burjalès, Planar Magnetics Integration for Fuel-Cell DC-DC Converters (02. 2024 -- 08. 2024) 10 ECTs

[58] Julie E. Lund, and Ankur S. Thakur, Self‐driving Gate Driver for Synchronous Rectifier in LLC converters (02. 2024 -- 08. 2024) 10 ECTs

[57] Hanqing Cao, Advance in Planar Magnetics (02. 2024 -- 08. 2024) 10 ECTs

[56] Ziliang Wu, Investigation of A Robust Inductive Power Transfer System Based on the Parity-Time-Symmetric Principle (02. 2023 -- 07. 2023) 10 ECTs

[55] Yanda Lyu, and Di Wu, High Efficiency Converter for Data Center Application (02. 2023 -- 07. 2023) 10 ECTs

[54] Jiasheng Huang, Control Strategy and Resonance Analysis for Partial Parallel Dual Active Bridge Converter (03. 2022 -- 01. 2023) 5 ECTs

[53] Yanda Lyu, Investigation on Inductors Coupling Effect in Multi-Phase Buck Converter ( 03. 2022 -- 10. 2022 ) 10 ECTs

[52] Wencan Zhu, Inductors for High Z / Low Z Class-D Audio Amplifiers ( 03. 2022 -- 08. 2022 ) 10 ECTs

[51] Chang Wang, Ultra-High Current POL DC-DC Converter for 48 V to 1 V Data Center Applications, ( 04. 2022 -- 08. 2022 ) 5 ECTs

[50] Victor Villar Balmy, 3D Integrated Multi-phase Buck Converter, ( 01. 2022 -- 06. 2022 ) 10 ECTs

[49] Andreas Roed Wehage, Superconducting Magnetic Energy Storage System, ( 02. 2022 -- 06. 2022 ) 10 ECTs

[48] Anders Juhl Jørgensen, Laboratory Practice in Ultracompact DC-DC Converter for Point of Load Power Supply Applications ( 01. 2022 -- 01. 2022 ) 5 ECTs

[47] Anders Juhl Jørgensen, High dense 4-Phase Buck DC-DC Converter for Point of Load Power Supply Applications ( 08. 2021 -- 12. 2021 ) 5 ECTs

[46] Lau Nielsen, Analysis of Resonant Converter in LED lighting, ( 03. 2021 -- 05. 2021 ) 10 ECTs

[45] Magnus A. Høgstrup, Design and Evaluation of the High-Voltage-Ratio Low-Power High-frequency Resonant DC-DC Converter. (02. 2021 -- 05. 2020) 5 ECTs

[44] Alex Fihl Hedegaard Nielsen and Anders Juhl Jørgensen, Semi-Shielded Inductor vs. Planar Inductor in SMPS. ( 02. 2021 -- 06. 2021 ) 10 ECTs

[43] Rasmus Stengade Menzer , Synthesis: Battery to Low Voltage Supply Converter for Electric Car. ( 02. 2021 -- 05. 2021 ) 5 ECTs

[42] Søren Simonsen, Ultra-Compact 2-Phase Interleaved Buck Converter. ( 02. 2021 -- 06. 2021 ) 10 ECTs

[41] Andreas Fuglede Nielsen, Investigation of High Frequency Transformer Isolated Gate-driver Design. ( 02. 2020 -- 06. 2020 ) 5 ECTs

[40] Andreas S. Petersen, Active Clamp Flyback Converter with GaN Devices for Audio Application. ( 02. 2020 -- 09. 2020 ) 5 ECTs

[39] Jakob Schmidt, Close-Loop Control for 1 kW Totem Pole PFC Converter. ( 02. 2020 -- 06. 2020 ) 5 ECTs

[38] Rashmi Dahake, Asymmetrical Active Clamp Flyback Converter for Data Center Application. ( 10. 2019 -- 03. 2020 ) 10 ECTs

[37] Fahim Safi, High Efficiency High Power Density 100 W Active Clamp Flyback Converter. ( 08. 2019 -- 02. 2020 ) 10 ECTs

[36] Rashmi Dahake, 600 W Step-down LLC Converter for Data Center . ( 02. 2019-- 10. 2019 ) 10 ECTs

[35] Dehua Zhao, Experimental Investigation of Modern Ferrite Materials and New Cooling Method. ( 02. 2019-- 07. 2019 ) 5 ECTs

[34] Sicheng Gong, Modelling for Advanced Integration for High-Frequency Magnetic Devices. ( 02. 2019-- 06. 2019 ) 5 ECTs

[33] Chang Wang, High Efficiency High Density DC-DC Converter for High Step-up Photovoltaic. ( 10. 2018 -- 01. 2019 ) 10 ECTs

[32] Max P. T. Kristensen, New Approach to Minimize Leakage Inductance for Integrated Magnetics. ( 10. 2018 -- 12. 2018 ) 5 ECTs

[31] Max Pihl Tornøe Kristensen, Low Cost Solution of Adaptive Dead Time Control for High Frequency Active Clamp Flyback Converter. ( 09. 2018 -- 12. 2018 ) 10 ECTs

[30] Max P.T. Kristensen, High Density 45 W Laptop Power Supply. ( 08. 2018 -- 01. 2019 ) 10 ECTs

[29] Fahim Safi, 1 kW Wireless Rapid Charging System. ( 08. 2018 -- 01. 2019 ) 10 ECTs

[28] Chang Wang, High Step up DC-DC Converter in Satellite Photovoltaic Applications. ( 04. 2018 -- 09. 2018 ) 10 ECTs

[27] Manuel Göllner, Phase Compensation for 2-winding Core Loss Setup . ( 02. 2018 -- 09. 2018 ) 10 ECTs

[26] Max Pihl Tornøe Kristensen, High Frequency Active Clamp Flyback with Variable Turns Ratio. ( 02. 2018 -- 07. 2018 ) 10 ECTs

[25] Dehua Zhao , Literature Investigation on Underwater Wireless Power Transfer. ( 01. 2018 -- 02. 2018 ) 5 ECTs

[24] Mingxiao Li, Double Pulse Test for Gallium Nitride (GaN) Switch . ( 01. 2018 ) 5 ECTs

[23] Yi Dou, Design and Simulation for High-Frequency Parallel QSW Buck Converter. ( 01. 2018 ) 5 ECTs

[22] Chang Wang, Synchronous Rectification for High Frequency LLC Resonant Converter. ( 09. 2017 -- 02. 2018 ), 5 ECTs

[21] Yushan Hou, High-Frequency DCM SEPIC Converter with PCB Integration Technology . ( 09. 2017 -- 02. 2018 ), 5 ECTs

[20] Yi Dou, Magnetic Integration for High-Frequency Low-Profile DC-DC Converter. ( 08. 2017 -- 01. 2018 ), 10 ECTs

[19] Mohammed Sadik Kadhoum, High Voltage Isolation Break-Down Detection Circuits. ( 08. 2017 -- 09. 2017 ), 5 ECTs

[18] Hoà Lê Thanh, Special Course in Power Electronics. ( 07. 2017 ) 5 ECTs

[17] Mingxiao Li, Planar Integrated Magnetics Application in LLC Converter. ( 03. 2017 -- 08. 2017 ) 10 ECTs

[16] Yi Dou, High Efficiency and High Power Density DC-DC Converter. ( 02. 2017 -- 06. 2017 ) 10 ECTs

[15] Kevin Tomas Manez , Design, Create, and Deploy an IoT Device using Arduino and Raspberry Pi Platforms. ( 11. 2016 - 05. 2017 ) 5 ECTs

[14] Guifre Vendrell Pausas, Digital Control of Induction Power Module for Micro Coffee Roaster. ( 09. 2016 -- 02. 2017 ) 10 ECTs

[13] Mingxiao Li, High Frequency LLC Resonant Half-Bridge Converter. ( 09. 2016 -- 02. 2017 ) 5 ECTs

[12] Hoà Lê Thanh , Very High Frequency SEPIC Converter with Microfabricated Inductors. ( 05. 2016 -- 08. 2016 ) 5 ECTs

[11] Yoni Yosef-Hay, Cooling and Heating Air Conditioning System Powered with Solar Energy . ( 11. 2015 -- 06. 2016 ) 5 ECTs

[10] Marc Ø. Matthiesen, Accurate Sampling Techniques for High Frequency Magnetic Components. ( 10. 2015 - 01. 2016 ) 5 ECTs

[9] Yuchao Dong, Planar Transformer for LLC converter. ( 09. 2015 -- 02. 2016 ) 10 ECTs

[8] Marc Ø. Matthiesen, Integrated Multi-Port DC-DC Converter for PV and Battery Standalone System. ( 01. 2015 -- 06. 2015 ) 10 ECTs

[7] Kristian Lindberg-Poulsen, Reverse Recovery in Trench MOSFET Body Diode (Lab). ( 02. 2013 -- 07. 2013 ) 7.5 ECTs

[6] Athanasios Stamatopoulos, B-H Loop and Core Loss Measurement Experimental Setup. ( 02. 2013 -- 05. 2013 ) 10 ECTs

[5] Kristian Lindberg-Poulsen , Isolated Boost Topology: Comparison and Converter Optimization. ( 12. 2011 -- 02. 2012 ) 10 ECTs

[4] Kasper Tinggaard Pedersen, Bidirectional Converter with IGBTs. ( 09. 2011 -- 12. 2011 ) 5 ECTs

[3] Maria del Carmen Mira Albert, Resonant Converter. ( 02. 2011 -- 05. 2011 ) 10 ECTs

[2] Juan Carlos Hernandez Botella, Resonant Converter. ( 02. 2011 -- 05. 2011 ) 10 ECTs

[1] Peter Kamby, Litterature Study of Odd Size Magnetic . ( 09. 2010 -- 10. 2010 ) 5 ECTs

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