JOB DESCRIPTION

Senior Embedded Hardware Engineer

Location: Pune S.B. Road, On-site

Embedded Systems | Power Electronics | Industrial Automation

Role Overview

We are looking for an experienced hardware engineer to lead the design, development and validation of electronic systems for embedded and power-electronics applications. You will work across the full hardware lifecycle—from circuit architecture and PCB design to prototyping, testing, system integration and compliance.

Key Responsibilities

Design and develop reliable electronic hardware for industrial and embedded applications.
Translate system requirements into circuit architectures, detailed schematics and multilayer printed circuit board (PCB) designs.
Model and simulate power-electronics systems, including inverters, DC-DC and AC-DC converters, SMPS, transformers, and buck-boost topologies.
Build functional prototypes on zero-PCB/prototype setups to support early-stage validation and safety analysis.
Conduct bench testing, hardware validation and load testing under real-world operating conditions to assess performance, reliability and safety.
Troubleshoot complex hardware issues using diagnostic equipment such as digital multimeters (DMMs), LCR meters, digital storage oscilloscopes (DSOs) and logic analyzers.
Partner with firmware and software teams to ensure effective hardware-software integration.
Support compliance and certification activities, including EMI/EMC testing and CE certification requirements.
Lead modernization and upgrade initiatives—for example, HMI/PLC system upgrades—to replace obsolete components, improve performance and extend system viability.
Prepare technical documentation, quality-check sheets and project reports; contribute to project planning, estimation, task management and delivery timelines.

Technical Skills

PCB Design Tools: OrCAD/Cadence, KiCad, Altium, Eagle and EasyEDA.

Simulation Tools: LTspice, Proteus ISIS or equivalent circuit-simulation software.

Microcontrollers and Firmware Awareness: Hands-on experience with platforms such as ATmega8A, ESP32 and ITE9867, along with an understanding of Embedded C and tools such as Arduino IDE, AVR Studio and Eclipse.

Peripherals and Communication: Timers, counters, interrupts, UART, SPI, I2C and GSM communication.

Testing and Debugging Equipment: Digital storage oscilloscopes, logic analyzers, LCR meters, digital multimeters and automated test fixtures.

Qualifications and Experience

B.E./B.Tech in Electronics and Telecommunication Engineering, Electrical Engineering or a closely related discipline. A Diploma in Electronics Engineering is highly preferred.
At least 5 years of hands-on experience in embedded hardware design, power electronics or industrial automation.
Practical exposure to high-voltage systems, industrial instrumentation (such as transformer monitoring or oil test sets), and safety/failure-protection units (such as capacitor-failure protection).

What Will Help You Succeed

Strong technical adaptability and the ability to learn and adopt new hardware technologies.
Excellent time management and a consistent track record of meeting project deadlines.
Clear communication and a collaborative working style, with a focus on constructive working relationshi