דרושים Product Manager - Development Environments ב-Arm ב-United Kingdom, England, Cambridge

• Review firmware and SoC architecture for security risks and threat models.
• Evaluate critical security features like secure boot, rollback protection, memory isolation, and TEE.
• Perform C/C++ security code reviews to spot implementation-level flaws.
• Conduct targeted hands-on tests to validate security concerns when needed.
• Collaborate with cross-functional teams to embed security into the development lifecycle.
• Help shape secure firmware architectures for key handling, update flows, and hardware-backed protections.
• Communicate risks and solutions clearly to both technical and non-technical audiences.

• Proven experience securing hardware-firmware interfaces or embedded systems.
• Strong hands-on expertise in C/C++ security code reviews.
• Background in secure boot, key provisioning, firmware hardening, and trusted computing.
• Solid understanding of firmware attack surfaces: fault injection, code injection, privilege escalation.
• Familiarity with isolation technologies such as Arm TrustZone, secure monitor, or memory protection.
• Ability to run and interpret quick tests to verify security assumptions.
• Experience with advanced attack surfaces like side-channel or fault attacks.
• Excellent collaboration, communication, and documentation skills.

• Familiarity with hardware design flows (e.g., RTL, UVM/SystemVerilog).
• Exposure to TPMs, Secure Elements, or hardware-backed crypto modules.
• Background in academic research or industry work in embedded security, firmware, or cryptographic implementation.
• Discovering or analysing security vulnerabilities in products, ideally with public CVEs or equivalent internal findings.
• Hands-on experience evaluating or testing products against certification schemes such as SESIP, PSA Certified, or Common Criteria.

In this role you will lead and oversee AD/ADAS software solutions within our Automotive Line of Business. You will drive the development of cutting-edge ADAS technologies from concept to production. You will work at the intersection of technology and strategy, evaluating the best ADAS solutions in the market and coordinating cross-functional efforts to integrate them into our platform.

This position requires an experienced professional with a strong track record in Product management for ADAS or Autonomous driving systems. You will be adept at bridging external vendors and internal teams to deliver high-quality, automotive-grade software solutions. As the AD/ADAS PM, you will be instrumental in defining system requirements and use cases, managing stakeholder communications, and guiding the team through the full development lifecycle to a successful production launch.

Key Responsibilities

• Define clear ADAS system requirements, functional specifications, and use cases that align with customer needs and product objectives. Ensure these requirements cover various driving scenarios (Operational Design Domains) and inform a robust system architecture design.
• Coordinate with internal software engineering teams and other departments (e.g. product management and go-to-market teams) to ensure proper implementation of ADAS features and alignment with overall product roadmaps
• Collaborate with product and engineering leadership to develop the ADAS technology roadmap and long-term strategy. Propose new features or improvements by analysing market trends and customer feedback, ensuring our solutions remain competitive and innovative.
• Act as the key liaison with external technology partners, Tier-1 suppliers, and ADAS vendors to integrate their solutions and ensure they meet our platform requirements. Manage these supplier relationships by coordinating joint development activities, monitoring deliverables, and ensuring on-time delivery of components with automotive-grade quality

Required Skills and Experience:

• Bachelor’s or Master’s degree in Computer Science, Electrical/Computer Engineering
• 10+ years of experience in software Product management or technical leadership, including a significant focus on ADAS, autonomous driving, or related automotive software projects
• 5+ year’s of experience with ADAS/AD Software (stack) development for L2+/L3 systems
• In-depth understanding of ADAS functionalities and architectures, including experience defining features, system requirements, and system architecture for driver-assistance or autonomous systems
• Good communication skills and a high level of organization. Capable of preparing clear technical documentation, reports, and presentations for both technical teams and executive stakeholders

Nice to have Skills and Experience:

• Experience working closely with automotive OEMs or Tier-1 suppliers on ADAS or autonomous driving programs in taking automotive software systems from concept to production (full product launch)
• Understanding of automotive development cycles and prior exposure to the automotive supplier ecosystem is a strong plus
• Hands-on knowledge of the automotive software development lifecycle and vehicle sensor integration is highly beneficial

• Familiarity with automotive safety and quality standards – such as ISO 26262 (functional safety), ASPICE, SOTIF, and other regulatory guidelines for ADAS – is highly desirable

• Lead Strategy for IoT Developers

Own the go-to-market strategy for Arm’s IoT developer audience. Identify key use cases and developer segments, create clear messaging, and build plans that help developers get started and scale with ease.

• Launch Programs and Campaigns

Drive developer-focused programs that introduce new tools, platforms, and content. Collaborate with content, campaigns, and events teams to deliver high-impact launches and sustained engagement.

• Collaborate Across Teams

Work closely with product, engineering, developer experience, and partnerships to align on developer needs, goals, and upcoming initiatives.

• Grow the Ecosystem

Support and activate partnerships with platforms, tool vendors, and community leaders. Co-create resources and run joint programs that make it easier for developers to succeed on Arm-based solutions.

• Be the Voice of the Developer

• Demonstrable experience in developer marketing, product strategy, or technical enablement roles
• Familiarity with IoT developer workflows—especially in areas like embedded systems, edge AI, or connectivity
• Strong written and verbal communication skills, especially when explaining technical ideas
• A collaborative spirit—you enjoy working with cross-functional teams and external partners
• Curiosity, empathy, and a desire to support developers at every stage

Job Overview:

As a member of this team your day-to-day work will consist primarily of driving verification of SoC (System on Chip) RTL designs that are modified for FPGA implementation, developing and maintaining SoC verification testbench, integrating third party VIPs, writing Testcases in C, reusing C Testcases from internal IP/ SoC frontend team, creating test-plans, developing tools using scripting languages like Python, Perl, Shell for automation of tasks.

Responsibilities:

• Implement and execute verification strategies to ensure detailed testing of the assigned Subsystem or SoC module.
• Work closely with design engineers, architects, and other verification engineers to understand design requirements and plan verification.
• Apply excellent verbal and written communication skills to report verification progress, issues, and results to customers.
• Automate test cases and regression suites to improve verification efficiency and coverage.

Required Skills and Experience :

• Solid understanding of SoC Verification (using C Testcases), hardware description and verification languages e.g. SystemVerilog, Verilog, VHDL.
• Understanding of Computer architecture, bus protocols (e.g., AXI, AHB), and peripherals.
• Experience with Tcl, Python or other scripting languages.

“Nice To Have” Skills and Experience :

• Experience with ARM-based designs and/or ARM System Architectures.
• Familiarity with ARM debugger and trace features e.g ARM DS, DSTREAM.
• Experience with verification methodologies – UVM/OVM.
• Knowledge of PCIe and CXL will be a plus.

DDR Subsystem Architect is a technical role responsible for hardware architecture of LPDDR, DDR, HBM and GDDR subsystems for high-volume, sophisticated, SoC platforms on groundbreaking process nodes across multiple market segments including mobile, automotive, datacenter and networking, and IoT.

• Consume JEDEC specs and DRAM vendor roadmaps to create product intercept roadmaps.
• Work with SoC architects, business-units, and customers to establish & reconcile DDR subsystem features & requirements.
• Author architectural specifications to a mature stage allowing design and implementation teams to engage actively.
• Work with IP vendors to draft, negotiate, and execute SoWs/contracts.
• Work with design, verification, and validation teams to draft and review design specifications & test-plans (pre & post silicon), and support execution teams as required.
• Debug performance and functional issues with high-level models, RTL simulation, hard and soft IP.

• Deep understanding of DDR controller design and memory types (LPDDR, DDR, HBM, GDDR).
• Experience with controller-to-PHY interface protocols (DFI).
• Familiarity with Arm bus protocols such as APB, AXI, CHI, CXS, etc.
• Experience with performance/QoS, RAS, security, power-management, debug, and test features in the context of DDR subsystems.
• Bachelor's or Master’s degree in Electrical or Computer Engineering with minimum 10 years of experience in a senior development position.
• Excellent presentation, interpersonal, written, and verbal communication skills.

Arm is proud to have a set of behaviors that reflect our culture and guide our decisions, defining how we work collaboratively to defy ordinary and shape extraordinary!

• Partner and customer focus
• Collaboration and communication
• Creativity and innovation
• Team and personal development
• Impact and influence
• Deliver on your promises

Responsibilities:

• Define SoC , Platform solutions architectures with advanced machine learning capabilities for autonomous vehicles, Advanced Driver Assistance Systems (ADAS) and/or digital cockpit applications using Arm IP.

• Create the architecture specifications that define system topology and interfaces and describe the programmer-visible behaviours.

• Collaborate across complementary teams to develop and trace system requirements, safety and security concepts.

• Guide and align the development work taking place across multiple design teams. This includes steering the development of functional, performance, and power models, reviewing the micro-architectural specifications and test plans, and supporting the Software/Firmware development.

• Define performance and power metrics and goals plus work with the performance analysis team to refine the results, including expected latency and bandwidth targets, other Quality of Service (QoS) requirements and memory requirements

• Stay up-to-date with the latest advancements in ML, automotive technologies, and semiconductor design to drive innovation and continuous improvement.

Required Skills & Experience:

• Bachelor’s or Master’s in Electrical Engineering, Computer Engineering, Computer Science, or related field. With experience in the automotive sector, specializing in translating requirements into system architectures
  proven years experience in Automotive Security Domain
• Strong know how on Vehicle Topology/ E/E architecture and its impact on Security at the ECU level.
• Experience in managing and driving Security features, requirements for ECU/SoC level
• Knowledge on Key management, Security software stack and provisioning strategies for SoC.

“Nice To Have” Skills & Experience:

• Excellent communication (written, verbal, presentation) skills. Proven track record of generating consistent, complete, and concise written specifications
• Motivated to continuously develop skills, development processes, and improve results

System Validation engineers in this group are responsible for driving validation specifications & methodology and deliver on the validation of subsystems for the next generation of compute solution. Working in a highly focused group, you will help validate our next generation compute solutions using innovative technologies, methodologies and tools. You will work closely with architecture, design, verification, Implementation, modelling, performance analysis, SW development, FPGA and Board development engineers.

As a creative engineer with a demonstrated knowledge of SoC Validation containing multi core CPU/GPU subsystems as well as high speed interfaces like PCIe/CXL, DDRx/LPDDRx, HBM etc. you will be owning validation of IP/ complex subsystems in systems’ environment and developing robust validation methodology for subsystems/solutions.

• 5 to 12 Years of Experience.
• You will need experience of silicon validation for multiple sophisticated SoCs /ASICs containing multi core CPU/GPU subsystems as well as high speed interfaces like PCIe/CXL, DDRx/LPDDRx, HBM etc.
• Your ability to make trade-offs between power, performance and area will be vital
• You possess the expertise knowledge of developing Validation test content using C, C++ etc.
• Exposure to all stages of Silicon Validation will be crucial, including use-case validation.
• Exposure to producing validation specifications and documentation describing sophisticated designs.
• Expert-level knowledge in Computer Architectures and Systems.
• Practical experience of working on Processor based system designs
• Knowledge of shell programming/scripting (e.g. Tcl Perl, Python etc.)

• Deeper understanding of CPU/ GPU/ Media subsystem in SoC environment and proven expertise in owning validation requirements & Validation Plan.
• Deeper Understanding of High speed peripheral controller validation like PCIe/CXL, DDRx/LPDDRx, HBM, Ethernet.
• Hands on Experience in validating multiple sub systems for ASICs/ SoCs in system environment ( across Emulation, FPGA and Development/Eval board), owning all phases of validation ( Test development, Execution and Debug) for owned sub systems.
• Understanding of SoC security aspects.