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I am an electrical engineering researcher specialising in high-efficiency compensation topologies, high-frequency magnetic systems, wireless power transfer, and resonant converters. My research focuses on developing robust wireless power transfer systems through advanced compensation techniques, impedance matching, analytical modelling, simulation, and performance evaluation under real-world operating conditions. I have published peer-reviewed research and presented my work at international conferences. I enjoy combining theoretical analysis with practical engineering problem-solving, using tools such as ANSYS HFSS, MATLAB, Keysight ADS, LTspice, OriginLab, and Microsoft Office. I am also interested in teaching and supporting courses in electric circuits, electrical machines, basic electronics, electronic circuit design, power electronics, EV wireless charging, and energy systems. I work well independently and collaboratively and bring a disciplined, dependable, and friendly approach to research and academic projects.…I am an electrical engineering researcher specialising in high-efficiency compensation topologies, high-frequency magnetic systems, wireless power transfer, and resonant converters. My research focuses on developing robust wireless power transfer systems through advanced compensation techniques, impedance matching, analytical modelling, simulation, and performance evaluation under real-world operating conditions. I have published peer-reviewed research and presented my work at international conferences. I enjoy combining theoretical analysis with practical engineering problem-solving, using tools such as ANSYS HFSS, MATLAB, Keysight ADS, LTspice, OriginLab, and Microsoft Office. I am also interested in teaching and supporting courses in electric circuits, electrical machines, basic electronics, electronic circuit design, power electronics, EV wireless charging, and energy systems. I work well independently and collaboratively and bring a disciplined, dependable, and friendly approach to research and academic projects.

Talha Irshad

Project Manager, Online Trainer, Instructional Designer, +3

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I am an electrical engineering researcher specialising in high-efficiency compensation topologies, high-frequency magnetic systems, wireless power transfer, and resonant converters. My research focuses on developing robust wireless power transfer systems through advanced compensation techniques, impedance matching, analytical modelling, simulation, and performance evaluation under real-world operating conditions. I have published peer-reviewed research and presented my work at international conferences. I enjoy combining theoretical analysis with practical engineering problem-solving, using tools such as ANSYS HFSS, MATLAB, Keysight ADS, LTspice, OriginLab, and Microsoft Office. I am also interested in teaching and supporting courses in electric circuits, electrical machines, basic electronics, electronic circuit design, power electronics, EV wireless charging, and energy systems. I work well independently and collaboratively and bring a disciplined, dependable, and friendly approach to research and academic projects.…I am an electrical engineering researcher specialising in high-efficiency compensation topologies, high-frequency magnetic systems, wireless power transfer, and resonant converters. My research focuses on developing robust wireless power transfer systems through advanced compensation techniques, impedance matching, analytical modelling, simulation, and performance evaluation under real-world operating conditions. I have published peer-reviewed research and presented my work at international conferences. I enjoy combining theoretical analysis with practical engineering problem-solving, using tools such as ANSYS HFSS, MATLAB, Keysight ADS, LTspice, OriginLab, and Microsoft Office. I am also interested in teaching and supporting courses in electric circuits, electrical machines, basic electronics, electronic circuit design, power electronics, EV wireless charging, and energy systems. I work well independently and collaboratively and bring a disciplined, dependable, and friendly approach to research and academic projects.

Available to hire

I am an electrical engineering researcher specialising in high-efficiency compensation topologies, high-frequency magnetic systems, wireless power transfer, and resonant converters. My research focuses on developing robust wireless power transfer systems through advanced compensation techniques, impedance matching, analytical modelling, simulation, and performance evaluation under real-world operating conditions. I have published peer-reviewed research and presented my work at international conferences.

I enjoy combining theoretical analysis with practical engineering problem-solving, using tools such as ANSYS HFSS, MATLAB, Keysight ADS, LTspice, OriginLab, and Microsoft Office. I am also interested in teaching and supporting courses in electric circuits, electrical machines, basic electronics, electronic circuit design, power electronics, EV wireless charging, and energy systems. I work well independently and collaboratively and bring a disciplined, dependable, and friendly approach to research and academic projects.

Skills

Experience Level

Expert

Expert

Intermediate

Intermediate

Intermediate

Language

English

Advanced

Malay

Intermediate

Work Experience

University Research Assistant at Faculty of Integrated Technologies, Universiti Brunei Darussalam

May 30, 2022 - March 30, 2025

Conducted research on wireless power transfer systems with a focus on compensation topologies. Developed analytical models for performance evaluation and system optimisation, compared alternative compensation designs, and investigated the effects of coupling variation, load conditions, and coil misalignment. Contributed to research publications, manuscript preparation, and academic research activities.