Sr. Engineer I - Electrical Power Systems

• Start to finish ownership of power electronics/electrical power systems – design,
• iterative prototype, validation, and production release.
• Circuit Design (component sizing/selection, worst case analysis, simulations,
• schematic capture) BOM generation, Coordination for layout design and Hardware
• validation.
• Collaborative work with software, thermal and manufacturing teams.
• Establish scope and framework for standardization of integration processes and
• common tools identification. Prepare associated documentation for company records
• and design reviews.

• Strong hold on power supply design, power converters, analog & digital control,
• MOSFETs/GaNs, gate driver circuitry, transformer/inductor design, etc.
• Familiar with modeling & simulation tools such as Spice, MATLAB / Simulink, PSIM.
• Familiar with usage of tools such as spectrum analyzer, power analyzer, oscilloscope, multi-meter, electronic loads/power supplies, etc

• Familiar with Solar arrays, MPPTs, Li-ion batteries, Wiring Harness, etc.
• Familiar with PCB Design tools such as Eagle/OrCad/Altium.
• Familiar with failure mode effects and criticality analysis.

• Bachelors/Masters (Electrical/Power Electronics/Equivalent)
• 2-4 years of experience

This role develops electrical power systems and power electronics from initial circuit design through prototype validation and production release. The work includes converter and control design, hardware testing, and coordination with software, thermal, and manufacturing teams for advanced autonomous and unmanned systems.

Role at a glance

Skills mentioned

What you will likely work on

• Take power electronics and electrical power systems from design through iterative prototyping, validation, and production release.
• Design circuits, select and size components, and perform worst-case analysis and simulations.
• Create schematics and bills of materials, and coordinate PCB layout and hardware validation.
• Work with software, thermal, and manufacturing colleagues on system integration.
• Define standard integration processes, identify common tools, and document them for records and design reviews.

Good fit signals

• Has 2–4 years of relevant experience and a bachelor's or master's degree in electrical engineering, power electronics, or an equivalent area.
• Brings strong practical knowledge of power supplies, converters, control, switching devices, gate drivers, and magnetic components.
• Can take circuit and hardware work through prototype testing toward production release.
• Is comfortable coordinating engineering work across software, thermal, and manufacturing functions.
• Familiarity with solar power, batteries, PCB design tools, or failure analysis is an added advantage.