RTL Design Engineer – Automotive IP (FUSA/ASIL)
Key Responsibilities & Requirements:
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RTL Design & Development
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Strong hands-on experience in RTL design for automotive IPs, including micro-architecture definition, RTL coding, and integration using SystemVerilog/Verilog.
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Functional Safety (FUSA)
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Solid experience working on FUSA-compliant designs with a clear understanding of ISO 26262 concepts and safety-driven design principles.
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ASIL & Safety Mechanisms
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Prior exposure to ASIL (A/B/C/D) requirements. Experience implementing safety mechanisms such as redundancy, error detection, diagnostics, and safe-state handling.
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End-to-End IP Development
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Experience across the automotive IP development lifecycle—from specification review through RTL implementation to sign-off—while collaborating with architecture, design verification (DV), and safety teams.
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RTL Quality & Compliance
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Hands-on experience with RTL quality checks including Lint, CDC, and RDC. Ability to analyze and resolve violations in line with safety and quality standards.
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Safety Reviews & Audits
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Ability to support and participate in FUSA/ASIL compliance reviews, safety assessments, and design audits with internal and external stakeholders.
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Documentation & Traceability
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Familiarity with automotive documentation requirements, including safety manuals, design justifications, and traceability artifacts.
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Error Handling & Safety Behavior
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Good understanding of safety-driven error handling concepts, including:
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Single-bit vs. multi-bit errors
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Correctable vs. non-correctable errors
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Designing RTL to support detection, reporting, escalation, and safe-state transitions
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All aligned with ISO 26262 and ASIL-B (or higher) safety requirements.
Interested,please share your updated resume to [email protected]