A specialist review service that finds integration, test, timing, power, and post-layout risks before a semiconductor design reaches fabrication.
Added Aug 13, 2026
Medium opportunity (63%)
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Semiconductor teams must coordinate memory, custom circuits, digital logic, physical design, manufacturing test, and silicon validation before releasing a chip design for fabrication. Errors at these boundaries can cause schedule slips, expensive design revisions, or silicon that fails to meet performance and reliability targets. The job signals show multiple chipmakers seeking scarce senior engineers capable of carrying designs across these boundaries.
Offer a fixed-scope tapeout readiness review for semiconductor design teams approaching major integration or release milestones. The service examines block integration, test coverage, timing and power closure, physical-layout findings, post-layout verification, and the silicon validation plan, then delivers a prioritized risk register and remediation workshop. Initial engagements can focus on memory-heavy and mixed-signal systems where integration failures are especially costly.
Advanced semiconductor designs combine more specialized memory, custom circuitry, power management, and test requirements, increasing the number of failure points between engineering teams. Concurrent hiring by NXP?, Google, Micron, and Analog Devices indicates sustained demand for experienced cross-functional integration capability.
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* Design and implement advanced Design-for-Test (DFT) architectures for complex semiconductor platforms Your day will be filled with complex problem-solving and collaborative innovation. You'll work alongside world-class DFT engineers in a dynamic environment, developing semiconductor technologies that support global cloud infrastructure. Our team thrives on creativity, technical excellence, and continuous learning.
We're looking for a talented SoC Integration Lead to join our Nitro team and help shape what comes next. You will spearhead the SoC integration activities of sophisticated networking chips, collaborating closely with Architecture, RTL Design, Physical Design, Package Design, Verification, Software, DFT, and additional teams in a dynamic, open, and fast-paced environment. As a member of the Nitro project, you will have influence over the device through its entire lifecycle from product definition to mass production. You'll work alongside a world-class, fast-moving engineering team, take full ownership of critical IP blocks, and see your work deployed at a scale no other platform can match, powering hundreds of thousands of businesses across 190 countries.
As ASIC design engineer you will be responsible for the design, verification, and evaluation of digital circuits in high-speed data communication ICs. Develop ASIC specification and micro-architecture of signal processing and communications algorithms.
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