Power Electronics Engineer

• Building and maintaining technical competency in high power electronics for medium voltage systems.
• Performing advanced research, development, and testing of power electronics technologies for high power, medium voltage applications.
• Working closely with R&D and product development teams to propose new power solutions, analyze trade-offs and run test verification.

Delta Electronics (Americas) Ltd. is seeking a highly motivated and creative Power Electronics Engineer with broad knowledge and experience to perform R&D projects for the next-generation datacenter power solutions and extreme fast DC charging. You will be working at Milan M. Jovanović Power Electronics Lab, located in Research Triangle Park, NC. (www.deltartp.com)

Knowledge and experience about protection circuit such as DC circuit breaker, etc

• Hands-on experience in designing, debugging, and testing power converters.
• Solid understanding of multi-level converter and its applications
• Familiarity with power architectures for EV charging, datacenters, renewable energy, and energy storage systems.
• Knowledge and experience about insulation design for power converters
• Proficiency in power-electronics simulation tools such as: MATLAB/Simulink, SIMPLIS, PLECS, and MathCAD.
• Familiarity with regulatory requirements and standards for power-electronics converter design.
• Solid understanding of high frequency magnetic component design and multi-physics simulation tools.
• Knowledge on high voltage insulation concepts and e-field mitigation techniques.
• Deep knowledge in circuit topologies, soft-switching techniques, modeling and control of various types of power converters.
• M.S. degree or Ph.D. degree in Electrical Engineering.
• Prospective candidates should possess excellent analytical, organizational, interpersonal, and communication skills. You must be self-motivated and able to work independently as well as collaborate with other team members locally and abroad.
• Familiarity with control theory and implementation using digital controllers.
• Solid understanding of wide band gap power semiconductor device characteristics, driving circuitry and protection.