Electronics Hardware Engineer

About the Role  

– Own end-to-end hardware design: requirements capture, schematic entry, multilayer PCB layout guidance, component selection.  

– Develop FPGA/ASIC logic blocks for low-latency data paths, memory interfaces, and high-bandwidth peripherals.  

– Model, simulate, and debug high-speed signal chains—DDR4/5, PCIe Gen4/5, 10-100 GbE—using SI/PI and thermal tools.  

– Create concise design documents, interface control specs, and production test procedures.  

– Collaborate with firmware, mechanical, and manufacturing teams to optimize DFM/DFA and reduce BOM cost.  

– Guide prototype bring-up with oscilloscopes, logic analyzers, JTAG debuggers, and boundary-scan tools.  

– Drive compliance testing: FCC/CE, UL, RoHS, and ISO quality gates.  

– Mentor junior engineers and review peer designs to uplift team capability.  

Responsibilities  

– Translate product requirements into robust hardware architecture.  

– Perform RTL coding in VHDL/Verilog and system-level simulation.  

– Execute power integrity analysis and thermal budgeting for dense SoC boards.  

– Lead root-cause analysis on field returns; implement design corrections.  

– Maintain rigorous version control and documentation throughout the product lifecycle.  

Requirements  

– Bachelor’s or Master’s in Electrical or Computer Engineering.  

– 5+ years of professional experience as a Hardware Design Engineer or similar.  

– Proven track record with Cadence Allegro or Mentor Xpedition, plus Altera/Intel or Xilinx FPGA toolchains.  

– Deep knowledge of high-speed DDR, SerDes, LVDS, EMI/EMC mitigation.  

– Proficiency in C/C++ or Python for test automation.  

– Comfortable with lab instruments up to 40 GHz bandwidth.  

– Familiarity with PLM systems and ISO 9001 quality frameworks.  

– Strong written and verbal communication; able to convey complex ideas to cross-functional stakeholders.