Power Electronics

Company Description Dynolt accelerates the adoption of clean energy solutions through advanced technologies for mobility, renewable energy, storage, and hydrogen applications. The company focuses on developing high-performance power converters and energy-efficient systems that transform how energy is harnessed, stored, and utilized. Team members work with cutting-edge hardware and control technologies aimed at improving reliability, efficiency, and sustainability. Joining Dynolt offers the opportunity to contribute to impactful clean energy projects in a fast-evolving technology environment.
Role Description This full-time Power Electronics role is based in Bengaluru and follows a hybrid work model, combining on-site collaboration with some work-from-home flexibility. The role involves designing, modeling, and testing power electronic converters and control circuits for applications in mobility, renewable energy, storage, and hydrogen systems. Day-to-day tasks include simulation and analysis of topologies, developing schematics, selecting components, supporting PCB design, and overseeing lab prototyping and validation. The team member will collaborate with cross-functional stakeholders to refine requirements, optimize efficiency, ensure safety and compliance with standards, and assist in field deployment and troubleshooting. The role also includes documenting designs, preparing technical reports, and contributing to continuous improvement of design processes and test methodologies.
Qualifications
Candidates should possess strong Analytical Skills for modeling, simulation, problem-solving, and performance optimization of power electronic systems.
Candidates should possess solid knowledge of Electronics and Electricity, including semiconductor devices, power converter topologies, and circuit behavior.
Candidates should possess a background in Electrical Engineering with experience in power electronics design, control, and relevant industry standards.
Candidates should possess clear Communication skills for effective collaboration, technical documentation, and stakeholder interactions.
Working knowledge of tools such as SPICE, MATLAB/Simulink, or equivalent simulation software is beneficial.
Experience with PCB design, EMI/EMC considerations, and hardware debugging in the lab is an advantage.
A bachelor’s or master’s degree in Electrical Engineering, Electronics Engineering, or a related field is preferred.
Ability to work in a hybrid environment, manage priorities, and contribute to cross-functional clean energy projects is expected.

Work arrangement
Hybrid