Engineer II - Electrical Power Systems

• Developing Electronic Hardware Schematics for Unmanned Aerial Vehicle’s (UAV) Electrical Power System (EPS).
• Developing Hardware for Power Electronic Converters (DC-DC Converters).
• Developing Hardware for Battery Management Systems (BMS)
• Implementation of EMI/EMC compliant designs.
• Component level calculation for Power Electronic Converter subsystems like Sensing and Signal Conditioning, Power Switch selection, Reactive components design calculations etc.
• Simulation & testing, HIL, Board bringup.
• Identifying vendors for sourcing certain Electronic components.
• Prepare associated documentation like BOM, Thermal data docs for company records and design review.
• Performing FMECA.

• Good knowledge of EMI/EMC compliant design.
• Good knowledge of performance and reliability factors of various electronic components.
• Good knowledge of Electronic Schematics and Electrical power systems.
• Basic knowledge of multi layer PCB Design.
• Knowledge of behavior of Solar PV.
• Knowledge of behavior of Battery Packs.
• MATLAB/Simulink
• ANSYS
• PSIM, LTSPICE, TINA, Multisim etc.
• Eagle/Altium/Orcad

• Exposure to standards such as DO-160, DO-254
• Experience in the Aerospace, EV or Automotive fields is highly preferred.

• Masters(Electrical/Electronics Engineering) with 3 Years experience or Bachelors (Electrical/Electronics Engineering) with 4 years experience.
• Experience should be in various kinds of circuits targeted for Battery operated, Automotive, & consumer applications.

Engineer II - Electrical Power Systems develops electronic hardware for UAV electrical power systems, including power converters and battery management systems. The work spans circuit design, simulation and testing, component selection, compliance, and design documentation for unmanned systems.

Role at a glance

Skills mentioned

What you will likely work on

• Create electronic schematics and hardware for UAV electrical power systems.
• Develop DC-DC power converters and battery management system hardware.
• Calculate and select converter subsystem components, including sensing, signal conditioning, switches, and reactive components.
• Design for EMI/EMC compliance and account for component performance and reliability.
• Simulate and test designs, support hardware-in-the-loop activities, and bring up circuit boards.
• Find vendors for electronic components and maintain sourcing inputs.
• Prepare bills of materials and thermal documentation for company records and design reviews.
• Perform failure modes, effects, and criticality analysis (FMECA).

Good fit signals

• Has a master's degree in Electrical or Electronics Engineering with at least 3 years of relevant experience, or a bachelor's degree in either field with at least 4 years.
• Has developed circuits for battery-operated, automotive, or consumer applications.
• Brings knowledge of electronic schematics, electrical power systems, and EMI/EMC-compliant design.
• Can work with multilayer PCB design and relevant circuit simulation or electronics design tools.
• Aerospace, EV, or automotive experience is preferred; familiarity with DO-160 or DO-254 is beneficial.