Senior Hardware Engineer – Analog & Mixed-Signal Design

SolarEdge Technologies Inc.; Bengaluru; On-site; INR 2,500,000 - 4,000,000; Full time

Job summary

SolarEdge Technologies Inc. in Bengaluru seeks a Senior Hardware Engineer to design digital and mixed-signal boards for energy storage products.

You will own subsystems through concept to mass production, ensure grounding, EMI, and measurement accuracy, and verify designs at board and system level. You will mentor junior engineers, collaborate across teams, and contribute to design reviews in a multidisciplinary environment.

Qualifications

• B.Tech. in Electrical, Electronics or related engineering; Masters/PhD preferred.

Responsibilities

• Design digital and mixed-signal boards from concept through mass production.
• Ensure accurate measurements, robust communication, grounding, and power distribution at board and system levels.
• Own verification and characterization on bench and within the complete system.
• Take technical ownership of subsystems and drive them independently.
• Contribute to design reviews and mentor junior engineers.
• Collaborate across departments and sites in a multidisciplinary environment.

Skills

mixed-signal HW design

grounding & power distribution

EMI/EMC design

CAN, SPI, I2C, UART

PCB layout

LTspice/PSpice/PSIM

lab bring-up

multilayer PCB layout

AI tools for engineering

Education

B.Tech. in Electrical / Electronics

Masters/PhD preferred

Tools

LTspice

PSpice

PSIM

Job description

Senior Hardware Engineer – Analog & Mixed-Signal Design

India, Bangalore

Job Description

About the Role

We are seeking a strong Senior Hardware Engineer to design the digital and mixed-signal boards at the heart of SolarEdge’s advanced energy storage products. This is a hands‑on design role for an engineer with deep, real-world experience in the disciplines that make or break a mixed‑signal design — grounding, EMI, robust communication, and accurate measurement — and in how these are verified at the board and full‑system level.

What You’ll Be Doing

• Designing digital and mixed-signal boards, from concept through mass production
• Designing accurate measurements, robust communication, grounding, and power distribution — at both board and system level
• Owning verification and characterization of your designs, on the bench and within the complete system
• Taking technical ownership of subsystems and driving them independently
• Contributing to design reviews and mentoring junior engineers
• Working in a multidisciplinary environment and collaborating across departments and sites

Job Requirements

• B.Tech. in Electrical, Electronics Or related Engineering Streams. Masters/PhD is Preferred.
• 5+ years of hands‑on mixed-signal HW design, taken to mass production
• Deep expertise in precise analog measurement — accuracy budgeting, error sources, calibration — and in verifying accuracy at board and system level
• Strong command of grounding, return-path, and power‑distribution design
• EMI/EMC design‑for‑compliance experience — designed in up front, not fixed late
• Experience designing robust, noise‑immune communication links (CAN, SPI, I2C, UART, differential) — protocol‑agnostic; robustness, isolation, and signal integrity are what matter
• Experience designing protection circuits (overvoltage, overcurrent, short circuit)
• Knowledge of power electronics and DC‑DC converters (Buck, Boost, Flyback, Forward)
• Proficiency in simulation tools such as LTspice, PSpice, or PSIM
• Strong problem‑solving, debugging, and lab bring‑up skills, with a systematic verification mindset
• Experience with high‑density, multilayer PCB layout
• Strong command of AI tools and a demonstrated ability to leverage them to accelerate engineering work — analysis, documentation, scripting, and debugging
• Strong documentation skills — design reviews and product lifecycle management

Advantageous Qualifications

• Experience with Battery Management Systems (BMS) or energy storage technologies (Li‑Ion, Solid State, etc.)
• Familiarity with functional safety concepts and safety standards for battery and energy storage systems
• Understanding of thermal management in electronic designs
• Familiarity with regulatory compliance in electronics (CE, UL, etc.)