Senior Hardware Design Engineer

• Lead and own complex hardware designs end‑to‑end, including: Functional specifications, Component selection, Schematic capture, participate architecture decision making, Hardware bring‑up, debug, and validation
• Drive high‑speed digital design decisions, addressing: Signal integrity and channel performance, Power distribution and sequencing, Timing, design margins, reliability, trade‑off decisions
• Serve as the technical owner for complete boards or major subsystems within networking products
• Partner closely with cross‑functional and multi‑site teams—including PCB layout, SI/PI, validation, mechanical, thermal, EMC, manufacturing, firmware, and software—to deliver production‑ready designs
• Influence design feasibility, COGS, margins, and long‑term reliability through upfront analysis and hands‑on lab validation
• Perform deep root‑cause analysis and empirical testing on complex hardware and system‑level issues, driving corrective and preventive actions
• Contribute to and help drive design methodologies, best practices, and engineering standards
• Mentor junior engineers, providing technical guidance, thorough design reviews, and coaching

• Bachelor's or Master's degree in Electronics / Electrical Engineering or a closely related discipline
• 12–15 years of experience in complex hardware and system-level design, with products shipped to production
• Proven ownership of high-speed board-level hardware designs
• Deep understanding of Signal integrity, Power distribution networks, System level mechanical - thermal considerations
• Strong experience with networking hardware platforms, such as switches, routers, or network appliances
• Proficiency using Cadence PCB design tools (Concept / OrCAD, Allegro)
• Strong working knowledge of common interfaces and protocols, including DDR (DDR4 / DDR5), PCIe, USB, SPI, I²C, UART, SGMII, XAUI
• Experience with Ethernet PHY, MDI, and switching designs, including Gigabit, Multi‑Gig, and 10GBASE‑T
• Solid understanding of SerDes technologies, including NRZ (10G, 25G), PAM4 (50G / 100G)
• Experience integrating CPU subsystems (ARM, Intel x86, AMD x86)
• Working knowledge of bootloaders, BIOS, and Linux/OS environments
• Hands‑on expertise using lab equipment such as High‑bandwidth real‑time and TDR oscilloscopes, Logic analyzers, JTAG tools, Spectrum analyzers, BERTs, or DCA etc.
• Demonstrated ability to debug complex board‑ and system‑level failures
• Strong interpersonal skills and comfort working across global, cross‑functional teams
• Ability to make sound, autonomous technical decisions in ambiguous and complex situations
• Clear and effective written and verbal communication skills

Experience with Power over Ethernet (PoE) technologies (PSE/PD, PoE+/++) is desirable

• Health & Wellbeing
• Personal & Professional Development
• Unconditional Inclusion