Key Responsibilities:- Assist in the development and optimization of power electronic systems.- Conduct simulations and analyze results using software tools such as Matlab and LTspice.- Develop and implement mathematical models related to electromagnetics, switched-mode power supplies, and parasitic effects.- Review and summarize academic papers and literature to support ongoing research projects.- Collaborate with team members to translate theoretical concepts into practical applications.- Prepare technical reports and presentations to communicate research findings effectively.- Participate in regular team meetings and contribute to brainstorming sessions.Required Qualifications:- Strong theoretical knowledge of power electronics, electromagnetics, switched-mode power supplies, and parasitic effects.- Experience with software tools such as Matlab and LTspice.- Basic programming skills in Matlab and Python.- Prior experience in mathematical modeling.- Excellent English communication skills, both written and verbal.- Determination and ability to read and comprehend academic papers and literature.- Outstanding ability to summarize and implement ideas from theory into practice.Preferred Qualifications:- Currently pursuing or recently completed a graduate degree in electrical engineering, power electronics, or a related field.- First-hand experience in a research or internship role related to power electronics.- Strong analytical and problem-solving skills.- Ability to work independently and as part of a team.