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Automotive MCU Chip Architect
<div>We are looking for an experienced Automotive MCU Chip Architect to define the system and subsystem architecture of next-generation automotive microcontrollers. The role includes ownership of chip-level architecture concepts, subsystem partitioning, compute and memory architecture, interconnect strategy, safety and security integration, power/reset/clock concepts, and hardware/software interface definition. The successful candidate will work closely with product management, safety, security, design, verification, software, and implementation teams to ensure the MCU architecture meets demanding automotive<br>requirements for real-time performance, functional safety, cybersecurity, reliability, scalability, and cost efficiency.</div><br><strong>What you'll do</strong><br><p>Key Responsibilities</p>
<div>System Architecture Definition</div>
<li>Define the overall automotive MCU architecture from product, customer, and market requirements.</li>
<li>Translate use cases into chip-level requirements covering performance, safety, security, power, cost, and<br>scalability.</li>
<li>Drive system partitioning across CPUs, memories, interconnects, peripherals, safety/security functions,<br>debug, test, and power domains.</li>
<li>Own architecture trade-offs and document decision rationale for reuse across MCU families and<br>derivatives.</li>
<p>Subsystem Architecture Ownership</p>
<li>Align subsystem concepts and interfaces across compute, memory, bus/interconnect, peripheral, safety,<br>security, power/reset/clock, debug/trace, and DFT/test domains.</li>
<li>Ensure subsystem requirements are implementation-feasible and verifiable at RTL, subsystem, chip,<br>silicon, and software levels.</li>
<li>Define hardware/software-visible architecture elements such as memory maps, register model<br>principles, interrupts, DMA, boot flow, and access-control concepts.</li>
<p>Cross-Functional Technical Leadership</p>
<li>Lead architecture reviews and resolve trade-offs between product management, system engineering,<br>safety, security, design, verification, software, backend, test, and validation teams.</li>
<li>Provide technical guidance during concept, design, verification, silicon bring-up, qualification, and<br>customer support phases.</li>
<li>Ensure architectural consistency, requirement traceability, and risk closure across global engineering<br>teams.</li>
<br><strong>What we require</strong><br><div>Required Technical Expertise</div>
<div><br>MCU / SoC Architecture</div>
<li>Deep understanding of real-time MCU architectures, CPU subsystems, memories, peripheral integration,<br>low-power design, product-family scalability, and silicon implementation constraints.</li>
<div><br>Automotive Functional Safety</div>
<li>Practical ISO 26262 expertise including ASIL concepts, safety goals, technical safety requirements,<br>FMEDA/DFA/FTA awareness, and definition of safety mechanisms at system and subsystem level.</li>
<div><br>Automotive Cybersecurity</div>
<li>Understanding of secure boot, hardware root of trust, HSM integration, cryptographic accelerators, key<br>management, lifecycle states, secure debug, and ISO/SAE 21434 concepts.</li>
<div><br>Digital Design and Implementation Awareness</div>
<li>Ability to reason about RTL feasibility, timing, area, power, DFT, backend constraints, IP integration,<br>verification closure, and bring-up observability.</li>
<div><br>Embedded Software Awareness</div>
<li>Working knowledge of startup software, boot flows, drive