Job Description

Key Responsibilities
Requirements Engineering & Traceability
Lead definition, decomposition, and validation of hardware requirements from system and stakeholder inputs (functional, electrical, environmental, safety, regulatory).
Establish and enforce bi‑directional traceability from stakeholder → system → hardware → design artifacts → verification → validation (V-model).
Product Development Leadership
Translate requirements into architectural choices and design constraints for PCBs, power, analog/mixed-signal, digital, high-speed interfaces, and environmental constraints.
Collaborate with Electrical Design, Layout, and FW to ensure requirements are feasible, cost-optimized, and testable.
Align requirements with DFx (DFT/DFM/DFR), EMI/EMC, safety (e.g., IEC/UL), thermal, and reliability objectives.
Guide teams through FMEA, FTA, worst-case analysis (WCA), tolerance analysis, derating, and component selection aligned to lifecycle and obsolescence plans.

Must-Have Qualifications
8–12 years of hands-on hardware development experience,



including:
Analog design (low-noise, precision, sensor interfaces, signal integrity)
Mixed-signal systems (ADC integration, grounding, isolation strategies)
Digital design (MCUs, FPGAs, high-speed logic, clocking architectures)
Deep understanding of PCB design and hardware architecture, including:
Multi-layer PCB stack-up planning
High-speed routing (impedance control, differential pairs, SI/PI considerations)
EMI/EMC-aware layout practices
Thermal-aware design and component placement
Proven expertise in hardware design analysis and validation, including:
Signal Integrity (SI) and Power Integrity (PI) fundamentals
Worst Case Analysis (WCA), derating, and tolerance stack-up analysis
Simulation tools (SPICE, SI tools,
Robust experience in embedded hardware platforms, including:
Microcontroller and processor-based systems
Communication interfaces (SPI, I2C, UART, CAN, Ethernet,

📌 Electronics Product Design Engineering Bengaluru
🏢 Schneider Electric
📍 Bengaluru