Radiation Effects & RAS Silicon Architect

AMD
San Jose
Workplace: HybridFull timeUSD 145,600 - 249,600 annuallyFunction: Hardware, Embedded & Systems EngineeringEducation: mastersSkills: ["Communication","Collaboration","Analytical skills","Problem-solving","Self-driven"]

Join the Advanced Architecture, Technology & Verification team to define and develop FPGA/SoC architectures focused on radiation effects and RAS mitigation. You’ll apply IC design and solid-state physics to build solutions for single event effects (SEU, SEL, SEFI), develop SEE PDKs and test vehicles, and specify SEE/RAS architecture for space-grade XQR products. You’ll also analyze scaling impacts and build predictive radiation-performance models while collaborating across engineering groups.

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FursaFursa
AMD
AMD
2 days ago

Radiation Effects & RAS Silicon Architect

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Source: Company careers pageValidated by: Fursa AI
Last checked: 22 hours agoStatus: Live

Job Summary

Join the Advanced Architecture, Technology & Verification team to define and develop FPGA/SoC architectures focused on radiation effects and RAS mitigation. You’ll apply IC design and solid-state physics to build solutions for single event effects (SEU, SEL, SEFI), develop SEE PDKs and test vehicles, and specify SEE/RAS architecture for space-grade XQR products. You’ll also analyze scaling impacts and build predictive radiation-performance models while collaborating across engineering groups.
Location: San Jose
Workplace: Hybrid
Employment Type: Full time
Job Function: Hardware, Embedded & Systems Engineering

Key Responsibilities

  • •Develop solutions for single event effects (SEE) such as SEU, SEL, and SEFI for FPGAs and space-grade silicon.
  • •Define and develop SEE PDKs, test vehicles, and system-level radiation hardening solutions; evaluate test vehicles at the FPGA level.
  • •Contribute to SEE/RAS architectural specifications for XQR/space-grade FPGA and SoC products.
  • •Analyze semiconductor technology scaling and its impact on radiation sensitivity.
  • •Build predictive models for next-generation radiation performance and collaborate with Silicon Technology, Advanced Architecture, and Marketing teams.
Travel: High travel

Pay and Benefits

Salary: USD 145,600 - 249,600 annually

Key Requirements

  • •Master’s or PhD in Electrical Engineering, Applied Physics, or equivalent.
  • •Deep knowledge of radiation effects (SEU, SEL, SEFI, TID) and their impact on semiconductor devices and FPGAs.
  • •Strong understanding of FPGA and SoC architecture, implementation, and associated software tools.
  • •Experience in advanced silicon process technologies and architectures at a leading semiconductor company.
  • •Self-driven, able to set direction and execute independently; willing to travel to worldwide test facilities and development consortia.
Experience:SemiconductorFPGASoCSpaceRadiation effects
Education:Master's in Electrical Engineering, Applied Physics
Skills:CommunicationCollaborationAnalytical skillsProblem-solvingSelf-driven
Languages:English
Tech Stack:FPGASoCIC designSolid state physicsSingle Event Effects (SEE)SEUSELSEFIRASProduct Design Kits (PDKs)Radiation hardeningXQRMoore's Law

Eligibility

Work Authorization:Authorization required. Sponsorship not provided.

Company Brief

AMD
Designs and produces semiconductor products including CPUs, GPUs, and adaptive SoCs for consumer, enterprise, and embedded markets, competing across PCs, data centers, and gaming industries.
Industry: Electronics Manufacturing
Company Size: Enterprise (1,001+ employees)
Revenue: USD 1B+
Growth: Public Company
Valuation: Public Company (Market Cap in USD)
Funding: IPO / Publicly Listed
Headquarters: Santa Clara, United States
Founded: 1969
Glassdoor
Glassdoor: 3.9
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