Top Hybrid Hardware Engineer Jobs

Design and develop high-speed, high-density ASIC package layouts and IC substrates. Responsibilities include substrate breakout, pin assignment optimization, routing, placement, stack-up, power distribution, CAD library development, feasibility studies, and resolving manufacturing, cost, and electrical issues using Cadence tools.

Perform detailed physical design and layout analysis of AI/datacenter ICs (GPUs, CPUs, accelerators). Read floorplans, standard-cell fabrics, analog blocks, and packaging; run teardown and characterization workflows; interpret layout trade-offs, DTCO/STCO interactions, and infer architecture from die imagery. Co-author technical research and expand lab capabilities.

Design and verify high-performance analog and mixed-signal CMOS IC layouts using Cadence Virtuoso XL and Mentor Calibre. Collaborate with circuit and design engineers on device matching, signal conditioning, routing, layout planning, circuit performance, and block- and chip-level integration. The role also involves resolving layout issues and applying assisted or automated routing tools.

Lead managers and multidisciplinary hardware engineering teams developing PLC, I/O, and communication products. Own execution from requirements and architecture through validation, certification, industrialization, and release. Shape technology investments, engineering practices, resource decisions, and organizational capability while improving quality, cost, predictability, and development speed. Partner globally with Product Management, Quality, Manufacturing, Supply Chain, and engineering teams.

Design, validate, and ship production hardware platforms for edge AI systems. Lead silicon and component selection, system integration, security (secure boot, roots of trust), validation, certification, procurement, and supplier management to optimize reliability, performance, manufacturability, and total cost across fleet deployments.

Leads digital design for digital power management ICs, including architecture, RTL implementation, verification, debugging, simulation, and automation. Develops pre- and post-silicon tests, maintains CDC/RDC/LINT-clean Verilog designs, evaluates design tools, and supports mixed-signal verification. Manages design blocks, contributes to full chip development flows, mentors junior engineers, and serves as a functional digital design lead. Requires extensive semiconductor experience and technical leadership.

Manage the qualification, reliability, quality, and lifecycle of passive, discrete, and logic components. Lead root cause analyses, supplier technology engagements, reliability modeling, accelerated stress testing, and validation programs. Collaborate with business units and global suppliers to mitigate lifecycle risks, improve supply chain resiliency, influence design decisions, and maintain high-performance hardware standards for networking, server, optical, and AI infrastructure products.

Develop and verify high-performance control-path FPGAs for data center networking platforms. Responsibilities include RTL design, testbench development, FPGA synthesis and implementation, timing closure, hardware debugging, system bring-up, board and schematic reviews, and cross-functional integration. The role also automates FPGA workflows using Python, Tcl, or shell scripting and supports production deployment of networking hardware.

Provides technical leadership for complex wireless SoC development from product definition through architecture, design, integration, verification, tapeout, silicon bring-up, validation, and production. Owns chip-level technical decisions, execution planning, risk management, design closure, and cross-functional coordination. Leads resolution of architectural, implementation, and silicon issues while ensuring functional, performance, power, area, cost, and quality objectives are achieved.

Twelve-week hardware engineering internship focused on solving scoped technical problems across product design, prototyping, testing, manufacturing, supply chain, sustainability, and hardware lifecycle management. Interns may design and test electrical or mechanical prototypes, evaluate components and suppliers, analyze supply-chain data, develop installation tools, characterize thermal or acoustic performance, and present evidence-backed recommendations to the Hardware team.