Sandisk
Technical Program Manager – Product Security Engineering & Assurance
Milpitas, CA 95035
About the role
Sandisk’s Product Security Engineering & Assurance (PSEA) organization is seeking an experienced Technical Program Manager (TPM) to help operate and scale product security programs across Sandisk’s portfolio of hardware, firmware, embedded, and storage products. The TPM will work closely with Product Security Engineers, Security Architects, PSIRT, Adversarial Security Engineering, firmware and hardware engineering product teams, Legal, and other stakeholders to coordinate product security activities and improve the effectiveness and scalability of PSEA programs. The ideal candidate combines strong technical program management capabilities with a working understanding of product security, embedded systems, and hardware/firmware development. The candidate should be comfortable engaging in technical discussions involving firmware, secure boot, hardware roots of trust, firmware updates, device interfaces, cryptography, debug capabilities, provisioning, and product lifecycle security. This role is focused on enabling and scaling the Product Security Engineering & Assurance function, rather than managing product development schedules or engineering delivery.
Essential Duties and Responsibilities
Product Security Program Operations
• Coordinate Product Security Engineering & Assurance activities across product and engineering organizations.
• Establish and maintain operating mechanisms for PSEA programs, including security reviews, assessments, vulnerability management, assurance activities, and adversarial testing.
• Coordinate engagement between Product Security Engineers, Product teams, Legal and other stake holders.
• Maintain visibility into security assessments, findings, risk reviews, and other PSEA activities across the product portfolio.
• Help improve consistency and scalability of product security processes, workflows, templates, and operating mechanisms.
• Identify recurring operational challenges and opportunities to improve how PSEA engages with engineering organizations.
• Maintain security program metrics and data needed to understand coverage, effectiveness, and areas requiring attention. Secure Development Lifecycle & Security Readiness
• Coordinate execution of PSEA's Secure Development Lifecycle (SDL) and product security readiness processes.
• Facilitate security architecture reviews, threat modeling, product security risk assessments, and security readiness activities.
• Coordinate security engagement with firmware, hardware/ASIC, embedded software, validation, and product engineering teams.
• Maintain visibility into security requirements, assessments, findings, exceptions, and residual product risks.
• Coordinate collection and review of security evidence supporting product security assessments and readiness decisions.
• Identify recurring gaps and opportunities to improve SDL processes, security guidance, tooling, and automation. Product Security Assurance
• Coordinate security assurance activities across Sandisk product programs.
• Support collection and organization of technical security evidence including:
• threat models and architecture assessments,
• static analysis and SAST results,
• SBOM and dependency analysis,
• firmware and binary analysis,
• fuzzing and penetration testing,
• vulnerability remediation evidence,
• security validation results.
• Coordinate customer product security inquiries, technical security questionnaires, and security assurance requests.
• Support regulatory, certification, and industry product security initiatives in partnership with security engineering, Legal, Compliance, and product organizations.
• Coordinate independent security assessments and external security testing engagements.
• Maintain visibility into resulting findings and security commitments. PSIRT & Vulnerability Management
• Support operation of the Product Security Incident Response Team (PSIRT) program.
• Coordinate vulnerability intake, triage, technical investigation, risk assessment, remediation coordination, validation, and disclosure activities.
• Facilitate engagement between PSIRT, Product Security Engineers, firmware/hardware engineering, product teams, Legal, and other stakeholders.
• Maintain vulnerability records, decisions, technical evidence, remediation status, and disclosure information.
• Coordinate activities associated with external researchers, customers, and third-party vulnerability reports.
• Support security advisory and coordinated vulnerability disclosure processes.
• Develop and maintain metrics for vulnerability trends, response effectiveness, remediation, and recurring security issues. Adversarial Security Engineering
• Support operation and scaling of Adversarial Security Engineering (ASE) across Sandisk product families.
• Coordinate adversarial assessments involving firmware analysis, reverse engineering, fuzzing, penetration testing, hardware security testing, and vulnerability research.
• Work with security engineers and product teams to coordinate assessment scope, product access, test environments, hardware, technical information, and engineering engagement.
• Coordinate external security researchers and independent security assessment partners.
• Maintain visibility into adversarial findings, technical validation, remediation, and lessons learned.
• Help develop repeatable ASE engagement models, assessment processes, and reusable playbooks. AI-Assisted Product Security
• Support PSEA initiatives applying AI and agentic technologies to product security engineering.
• Coordinate initiatives involving AI-assisted threat modeling, firmware analysis, vulnerability research, security testing, and adversarial engineering.
• Help establish repeatable workflows for transitioning security engineering experiments into operational PSEA capabilities.
• Support measurement of AI-assisted security capabilities, including improvements in analysis coverage, engineering efficiency, and vulnerability discovery. Product Security Metrics & Operational Excellence
• Develop and maintain metrics and dashboards covering:
• SDL and security assessment coverage,
• security readiness,
• vulnerability trends,
• PSIRT operations,
• adversarial security assessments,
• security assurance activities,
• remediation trends,
• customer and regulatory security requests.
• Analyze PSEA operational data to identify recurring security themes and opportunities for improvement.
• Help automate manual security program workflows and reporting.
• Improve PSEA processes, documentation, templates, and operating mechanisms to enable the organization to scale across a growing product portfolio. Cross-Functional Coordination Collaborate closely with:
• Product Security Engineers and Platform Security Architects
• Product Teams
• Legal and Compliance
• Customer-facing engineering organizations
• Third Party Vendors
• External security researchers and assessment partners Serve as a key coordination point between PSEA and these organizations while respecting existing product and engineering ownership structures.
Qualifications
Required
• Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, Cybersecurity, Information Systems, or a related technical field, or equivalent practical experience.
• 7+ years of experience in technical program management, cybersecurity program management, product security, engineering, or related technical disciplines.
• Experience supporting technical programs involving hardware, firmware, embedded systems, or hardware/software integrated products.
• Working knowledge of product security disciplines including:
• Secure Development Lifecycle (SDL),
• threat modeling,
• security risk assessment,
• vulnerability management,
• product security testing,
• security assurance,
• incident and vulnerability response.
• Working understanding of hardware/firmware security concepts including:
• secure boot and roots of trust,
• firmware authentication and updates,
• cryptographic protections,
• device identity and provisioning,
• debug and manufacturing interfaces,
• embedded product lifecycles.
• Ability to engage effectively with Product Security Engineers, firmware engineers, hardware/ASIC engineers, validation teams, and product organizations.
• Ability to understand complex technical security discussions and translate them into well-structured security processes, coordination, documentation, and follow-up.
• Strong organizational and analytical skills with demonstrated ability to operate across multiple simultaneous technical security initiatives.
• Strong written and verbal communication skills.
• Ability to influence and coordinate effectively across organizations without direct authority.
Preferred
• Experience in a Product Security Engineering, Product Security Assurance, or PSIRT organization.
• Experience with SSDs, NAND Flash, NVMe, PCIe, semiconductor products, embedded devices, or related hardware/firmware technologies.
• Experience operating or supporting a Secure Development Lifecycle for hardware/firmware products.
• Experience with PSIRT, coordinated vulnerability disclosure, CVSS, and vulnerability management.
• Familiarity with hardware security concepts including roots of trust, secure boot, lifecycle security, anti-rollback, secure debug, and manufacturing controls.
• Familiarity with FIPS 140, Common Criteria, EU Cyber Resilience Act (CRA), SBOM requirements, NIST guidance, and software supply-chain security.
• Experience coordinating customer product security inquiries, certifications, regulatory initiatives, or independent security assessments.
• Experience developing security metrics, dashboards, workflows, and operational reporting.
• Experience with Jira, Confluence, or comparable engineering workflow platforms.
• Familiarity with AI-assisted security engineering, LLMs, security automation, or agentic AI workflows. What We Are Looking For We are looking for a TPM who can help operate, connect, and scale the Product Security Engineering & Assurance organization. The successful candidate will not own product development schedules or engineering delivery. Instead, they will make PSEA more effective by ensuring security engagements are well coordinated, security information and evidence are organized, stakeholders remain connected, and PSEA's processes and capabilities scale across the product portfolio. They should understand hardware and firmware products well enough to engage credibly with technical teams while bringing the organizational discipline, communication, and operational thinking necessary to make a complex Product Security organization effective.