Job Title
Senior ASIC DFT Engineer (Silicon)
Role Summary
Implement and validate design-for-test (DFT) architectures for next-generation ASICs targeted for space and ground infrastructure deployments. Work with cross-disciplinary teams (RTL, backend, test, and silicon bring-up) to develop test patterns, verify testability, and support silicon validation.
Experience Level
Senior β requires 5+ years of DFT engineering experience.
Responsibilities
Core responsibilities include developing DFT solutions and delivering validated test patterns for silicon release.
- Design and implement DFT architectures and testability infrastructure for ASIC projects.
- Create, validate, and maintain test patterns used for production and qualification testing.
- Collaborate with RTL, physical design, validation, and test teams to integrate DFT and resolve issues.
- Support silicon bring-up, failure analysis, and test debug during lab and production phases.
- Document DFT designs, test plans, and handoff artifacts for manufacturing and field teams.
- Deliver work under schedule pressure while maintaining test quality and reliability requirements.
Requirements
Must-have technical skills and experience; concise list of essential and desirable qualifications.
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Must-have: 5+ years of hands-on DFT engineering experience.
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Must-have: Proven experience implementing DFT for ASICs and producing validated test patterns.
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Must-have: Proficiency in programming/scripting for test automation and pattern generation.
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Must-have: Strong problem-solving skills and ability to work under pressure with cross-functional teams.
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Nice-to-have: Experience with silicon bring-up, production test flows, or deployment in space/ground infrastructure.
Education Requirements
Bachelor's degree in Electrical Engineering.
About the Company
Company: Latent AI
Headquarters: Austin, TX, USA
Latent AI develops AI hardware and systems, designing next-generation ASICs and tools for robotics, edge, and space applications. The company focuses on AI silicon, testing/DFT architectures, and deploying compute across ground and space infrastructures.

Date Posted: 2026-06-19