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Enervaa is a clean-energy group covering battery packs for EVs and energy storage systems, battery management systems for EV and ESS, and solar solutions for residential, C&I and charging-station applications. At Enervaa you will be working on leading, cutting-edge technology to accelerate the transition to a sustainable future.

Send your CV to recruitment@enervaa.com

Subject: ENV-JD-001 · Hardware Design Engineer


Responsibilities

• Power-stage design — own switching power converters across the group's products: battery chargers, rectifiers, DC-DC stages and inverters for EV, energy-storage and solar applications, from topology selection and simulation through schematic, magnetics and prototype bring-up.

• Schematics and component engineering — schematic capture in Altium Designer or OrCAD, component selection at industrial and automotive grade, derating and worst-case analysis, and a BOM that survives supply-chain reality.

• Battery-system electronics — pre-charge, contactor drive, current sensing, isolation and insulationmonitoring

circuits, and the interfaces between the battery management system, the power stage and

the rest of the system.

• EMC and product safety — design to the IEC 61000 / CISPR EMC families and to IEC 62477-1, IEC

62619, IEC 62109 and the AIS-156 / ISO 26262 automotive families as each product requires; run pre-compliance in-house and manage certification-lab campaigns.

• Verification — plan and run design-verification tests on the bench (oscilloscope, power analyser, thermal camera, load banks) and write the reports that go into the qualification file.

• DFM and release — drive layout reviews with the PCB designer and the contract manufacturer so boards release right the first time and cost what they were meant to cost.

• Cross-functional design — work with firmware, mechanical and electrical-integration engineers so the electronics, enclosure and control software are designed as one product.


What you must have

• Degree — B.E./B.Tech in Electrical or Electronics; M.Tech in Power Electronics is a plus.

• Experience — 4–8 years designing switching power converters above 1 kW (DC-DC, PFC, inverter or battery-charger stages) that reached production.

• Devices and magnetics — hands-on with Si/SiC MOSFETs and IGBTs, gate-drive design, inductor and transformer design, and loss and thermal budgeting.

• Tools — Altium Designer or OrCAD for schematic capture; LTspice, PLECS or PSIM for simulation.

• Standards — working knowledge of IEC 62477-1, IEC 62619 and the IEC 61000 EMC family; you have taken a product through a certification lab.

• Bench skills — comfortable debugging a live power stage with an oscilloscope and differential probes.


Good to have

• GaN or SiC-based designs above 50 kHz; bidirectional or grid-interactive inverter experience (IEC

62109, IS 16221, IEEE 1547 or CEA grid-connectivity regulations).

• Exposure to AIS-156, ISO 26262 or a functional-safety development process (DFMEA, FTA).

• BIS, CE or UL certification experience on a shipping product.

• Python for automated bench testing; Git-based design revision control.