Power Electronics Research Engineer

Brief Summary:

• Lead early-stage research and development of advanced hardware solutions, from technical investigation through proof-of-concept validation. Apply expertise in electronics, power conversion and engineering simulation to address complex design challenges and develop practical solutions.

Responsibilities

• Investigate emerging hardware topologies, electronic components and power conversion methods through technical studies and literature reviews. Define technical specifications, design objectives and performance criteria for proposed solutions. Identify engineering challenges, future requirements and technology gaps that may support new research initiatives. Develop and compare alternative design concepts, evaluating feasibility and performance against established requirements. Convert selected concepts into detailed hardware designs, simulations, physical prototypes and test configurations. Conduct hardware testing, analyse results, troubleshoot design issues and optimise system performance. Produce research reports, engineering design documentation, performance assessments and patent-related materials. Collaborate with research institutions, technology suppliers, customers and relevant project partners to develop and validate proof-of-concept solutions.

Requirements

• PhD or Master's degree in Electrical Engineering, Electronics Engineering or a related discipline. Strong knowledge of electronics hardware design and power electronics architectures, including AC/DC, DC/AC and DC/DC converters. Experience interpreting and developing system architecture diagrams, electronic schematics, component datasheets and PCB layouts. Practical experience with hardware prototyping, testing and troubleshooting using oscilloscopes, electronic loads and power analysers. Familiarity with wide-bandgap semiconductor devices, including Silicon Carbide (SiC) and Gallium Nitride (GaN), as well as magnetics design, electromagnetic interference and thermal management. Proficiency with engineering simulation and modelling tools such as MATLAB, Python, Simulink and LTspice. Knowledge of embedded software development using C or C++ and sound programming practices is advantageous. Strong analytical and problem-solving abilities, with the capacity to evaluate technical issues and develop effective solutions. Demonstrated interest in research, innovation and emerging technologies, together with a commitment to ongoing technical development.