EV Power Electronics Design Engineer

Position: EV Power Electronics Design Engineer

Type: Full-Time

Location: Bengaluru (On-site)

Stipend/CTC:

• CTC will be determined based on relevant Skills, Experience (0-3 years)

About the Company

Loop Charging Module (LCM) is a pioneering EV technology startup founded by IIT Kharagpur alumni, focused on solving EV range anxiety through innovative modular charging solutions.

LCM is developing a path-breaking airflow energy recovery system designed to harness wind energy from moving vehicles and convert it into usable electrical power. By integrating advanced aerodynamic propellers, mechanical transmission systems, and compact generators, LCM aims to extend the driving range and operational efficiency of electric vehicles.

Supported by leading incubators such as Wadhwani Foundation, StrongHer, Atal Incubation Centre, and IIMB NSRCEL, and backed by equity-free grants, LCM is working to reshape sustainable mobility in India.

Position Overview

The EV Power Electronics & Energy Systems Engineer will define, design, and own the vehicle-level electrical architecture and power flow for an electric vehicle integrating a wind-based auxiliary charging system.

This role focuses on system-level design, power electronics, energy routing, electrical safety, and real-world vehicle integration, working closely with mechanical, hardware, and firmware teams to ensure reliable and efficient EV operation from concept to on-road testing.

Qualifications

• M.Tech / PhD in Power electronics or Electrical & Electronics Engineering, or a related discipline.
• B.Tech candidates with strong power electronics knowledge and relevant hands-on projects
• Strong understanding of EV electrical architectures and power electronics systems
• Hands-on experience with EV battery systems, charging architectures, and power distribution
• Experience in system-level electrical design and vehicle integration
• Knowledge of EV technologies and power electronics is a plus
• Prior experience in product design and development is advantageous

Preferred Skills

• Strong knowledge of Power Electronics design.
• Experience in:

1. Rectifier design 2. DC-DC converters 3. PWM control techniques

• Understanding of MPPT techniques and implementation.
• Experience working on Electric Vehicles, Energy Storage Systems, or Renewable Energy systems
• Knowledge of auxiliary or on-vehicle renewable charging systems (wind, solar, regenerative concepts)
• Familiarity with automotive electrical best practices or standards (ISO 6469 awareness is a plus)
• Experience with simulation or design tools such as MATLAB/Simulink, LTspice, PLECS, or equivalent
• Strong problem-solving skills for real-world EV integration challenges

Experienced Candidates:

• Prior ownership of EV energy system and Power Electronics design , ability to independently design, integrate, debug, and validate vehicle-level electrical architectures.

What youll own & Build

• A first-of-its-kind vehicle-integrated wind energy charging architecture
• Real-world EV integration challenges from concept design to on-road testing
• Foundational electrical architecture that will influence future LCM products and platform

Fill the Google Form

• https://forms.gle/6wjfUaRqwtQHvhVt5

Contact details for queries

• Email : eloopchargingsolutions@gmail.com