Total 66 job vacancies by Sandisk

We are seeking an experienced and proactive Senior Cyber Security Engineer to join our Global Cyber Security Operations team. This role requires an experienced security professional responsible for executing and supporting cybersecurity operations globally but with a focus on our manufacturing facility. This role has a primary focus on global insider risk management and data loss prevention (DLP), while also providing hands‑on operational support for local manufacturing risks. You will work closely with our Security Operations Center (SOC), incident response teams, and other IT stakeholders to stay ahead of emerging threats and ensure we’re able to build great products securely.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

Insider Risk Management & Data Protection

• Assist in the management and configuration of Sandisk governance controls related to data security
• Execute day‑to‑day operations of insider risk management and data security controls using Microsoft Purview, MIP, IRM, and DLP technologies.
• Monitor, triage, and investigate insider risk alerts and data loss events using Microsoft Purview, Microsoft Defender, and SIEM tooling, following defined procedures and escalation paths.
• Conduct detailed analysis and documentation of insider risk and data protection incidents, including evidence handling and recommended follow‑up actions.
• Support tuning and refinement of DLP and insider risk policies to improve signal quality and reduce false positives, in coordination with platform owners and senior analysts.

Endpoint Detection, Response & Manufacturing Security

• Perform hands‑on monitoring, investigation, and response activities using Microsoft Defender for Endpoint and CrowdStrike Falcon in an enterprise environment.
• Investigate endpoint‑based alerts affecting manufacturing office systems, engineering workstations, and privileged users, correlating activity across EDR, identity, and data signals.
• Support incident response efforts impacting the manufacturing site, including containment actions, evidence collection, and post‑incident documentation.
• Maintain awareness of manufacturing‑specific risks, including engineering workflows, shared systems, and IP‑sensitive environments.

Automation, Scripting & Analysis

• Use scripting and basic programming to support investigations, data analysis, and operational efficiency.
• Develop and maintain simple scripts or queries (e.g., PowerShell, Python, KQL) to assist with alert triage, log analysis, data validation, and reporting.
• Leverage scripting to reduce repetitive manual tasks while operating within established security tooling and change controls.

Work Style & Attributes

• Self‑motivated and dependable, with a strong work ethic in an on‑site, semi‑isolated environment.
• Comfortable operating as an individual contributor with defined scope and responsibilities.
• Collaborative and approachable, with a service‑oriented mindset toward local manufacturing and IT teams.
• Detail‑oriented and risk‑aware, with an appreciation for balancing security controls against manufacturing uptime and business impact.
• Strong analytical and critical-thinking skills with high attention to detail.
• Clear and concise written and verbal communication, including to non-technical stakeholders.
• Ability to remain composed and effective under pressure during active security incidents.
• Team-oriented and collaborative with a proactive, security-first mindset.
• Ability to approach security challenges with genuine curiosity and a questioning attitude, consistently digging deeper to understand the "why" behind alerts, behaviors, and anomalies rather than accepting surface-level conclusions.

As a Pricipal Emulation Engineer in the ASIC Emulation team, you will be responsible for Emulation builds, sanity test suite & methodology. 

• Providing technical leadership and expertise to define requirements for Emulation and Emulation IP development.
• Create emulation models from RTL / Netlist. Develop hardware collateral to be integrated with the Palladium / FPGA emulation mode.
• Experience in Palladium or Zebu Platforms Automation and increase process efficiencies.
• Collaborating cross-functionally to optimize emulation workflows and standardize methodologies.
• Work with extended teams to debug environment and drive cross-functional testing (Firmware, Software, Verification and Design)
• Triage failures with design, verification, firmware, software teams.
• Mentoring and guiding junior engineers, fostering a culture of collaboration, innovation and continuous improvement.

Skills Required:

• Working knowledge of Linux/Unix environment and shell scripting
• Excellent debugging and problem-solving skills with simulation and emulation environments.
• Cross-Functional Collaboration: Ability to work closely with design, validation, firmware, and physical design teams to resolve system-level issues.
• Strong team player, able to collaborate effectively across architecture, design, and validation teams.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Good discipline and behavior, willing to learn and grow.
• Responsible for Equipment Engineering KPI which is MTBA, OEE, machine downtime, Quality and Preventive maintenance.
• Ability to support on hardown machines and assist technician to troubleshoot the machine.
• Ability to support on machines improvement in term of productivity and quality.
• "This role requires reliable presence to support operational and team objectives. Employees are expected to maintain regular attendance aligned with the company’s work schedule."

We are looking for a Front‑End PCIe Firmware Engineer to design, develop, and maintain the device‑side PCIe Front‑End firmware stack for next‑generation high‑performance storage controllers. In this role, you will own key layers of the PCIe firmware responsible for link bring‑up, configuration space management, MMIO, interrupts, DMA, and command/queue handling, working closely with hardware, validation, and host‑software teams.

Key Responsibilities

• PCIe Front‑End Firmware Development

  • Design and implement firmware for PCIe initialization, link bring‑up, and configuration space programming (BARs, capabilities, MSI/MSI‑X).
  • Develop MMIO‑based control and status interfaces used by host software.
  • Work closely with DMA engines to enable high‑bandwidth, low‑latency host‑to‑device and device‑to‑host data transfers. 

• Architecture & Cross‑Functional Collaboration

  • Collaborate with hardware design teams on PCIe IP integration and bring‑up.
  • Partner with validation teams on FPGA, emulation, and ASIC debug.
  • Work with host‑side driver and system software teams to define clean, scalable interfaces. 

• Debugging & Performance Optimization

  • Debug complex system‑level issues spanning firmware, hardware, and host.
  • Profile and optimize PCIe throughput, latency, and interrupt efficiency.
  • Support bring‑up on pre‑silicon and post‑silicon platforms.

• We are seeking a Staff Engineer, who understand embedded NAND system design and firmware algorithms in order to create a test validation plans and implement them in modern object oriented languages.
• Work closely with the system architects and the firmware team to develop Validation plans, test bench and test cases
• Develop an overall validation strategy including defining validation infrastructure and validation methodology
• Debug the firmware and expose design issues
• Define and design functional tests required to meet customer needs
• Review SanDisk UFS/eMMC embedded NAND validation requirements and influence future SanDisk product design for debug and test
• Work with customers to understand field bugs and to enhance the validation coverage
• Interface with all key stakeholders to ensure product validation meets customer expectations and needs

We are seeking an experienced Firmware Engineering Program Manager (EPM) to drive execution excellence across complex firmware development programs. This role partners closely with Firmware Engineering, Validation, Architecture, and Cross‑Functional stakeholders to ensure predictable delivery, risk management, and transparent execution across multiple concurrent firmware projects.

The ideal candidate brings strong program management fundamentals combined with working knowledge of firmware / embedded systems, enabling effective engagement with engineering teams and leadership.

Key Responsibilities

Program & Delivery Management

• Own end‑to‑end project execution for one or more firmware programs, from planning through release.
• Build and maintain integrated project plans covering firmware development, validation, integration, and release milestones.
• Drive milestone tracking, dependency management, and timely escalation of risks and issues.
• Ensure delivery commitments are met in terms of schedule, scope, and quality.

Execution Tracking & Reporting

• Establish and maintain execution dashboards using JIRA, dashboards, EasyBI, SmartSheets, or similar tools.
• Track sprint execution, feature progress, defect trends, validation readiness, and release health.
• Prepare clear, concise management summaries for senior leadership reviews.
• Ensure action items from reviews and interlocks are tracked to closure.

Stakeholder & Cross‑Functional Coordination

• Act as the primary execution interface between Firmware Engineering, Validation, Hardware, System, Product, and Operations teams.
• Drive regular interlocks, syncs, and reviews to align on priorities, risks, and mitigation plans.
• Facilitate effective communication across geographically distributed teams.

Process & Operational Excellence

• Support adoption of Agile / Scrum like execution models within firmware teams.
• Help standardize execution practices, reporting formats, and release readiness criteria.
• Identify execution gaps and continuously improve planning, tracking, and reporting mechanisms.

Budget & Resource Tracking

• Support budget consolidation, spend tracking, and forecasting for firmware programs.
• Track contractor/vendor engagement, PO execution, and alignment with financial plans.
• Ensure timely execution of staffing and resource requests 

We are looking for an Embedded Storage Firmware Engineer to design, develop, and maintain firmware for high performance storage devices and controllers. In this role, you will work close to the hardware, building reliable, high‑performance firmware that manages data movement, flash media, and device behavior under real‑world workloads.

You will contribute across the storage firmware stack, including boot, device initialization, data path, error handling, diagnostics, performance optimization, and reliability features, working closely with hardware, validation, and system teams.

Key Responsibilities

Storage Firmware Development

• Design and implement embedded firmware for storage devices such as SSDs or storage controllers.
• Develop firmware modules for device initialization, command processing, and data movement.
• Implement and maintain state machines and control logic for reliable storage operation.
• Implement recovery mechanisms to ensure data integrity and device reliability.
• Optimize firmware for throughput, latency, and power efficiency.
• Analyze and improve performance under various workloads.
• Add robust error detection, logging, and recovery mechanisms.
• Develop low‑level drivers and hardware interfaces as required.
• Support firmware integration with host software and system drivers.
• Debug complex firmware and hardware interaction issues using JTAG, logs, traces, and emulation/simulation tools.
• Collaborate with validation teams to reproduce, analyze, and fix issues.
• Support bring‑up and stabilization on new platforms and silicon revisions.

We are looking for an Embedded Storage Firmware Engineer to design, develop, and maintain firmware for high performance storage devices and controllers. In this role, you will work close to the hardware, building reliable, high‑performance firmware that manages data movement and device behavior under real‑world workloads.

You will contribute across the storage firmware stack, including boot, device initialization, data path, error handling, diagnostics, performance optimization, and reliability features, working closely with hardware, validation, and system teams.

Key Responsibilities

Storage Firmware Development

• Design and implement embedded firmware for storage devices such as SSDs or storage controllers.
• Develop firmware modules for device initialization, command processing, and data movement.
• Implement and maintain state machines and control logic for reliable storage operation.
• Implement recovery mechanisms to ensure data integrity and device reliability.
• Optimize firmware for throughput, latency, and power efficiency.
• Analyze and improve performance under various workloads.
• Add robust error detection, logging, and recovery mechanisms.
• Develop low‑level drivers and hardware interfaces as required.
• Support firmware integration with host software and system drivers.
• Debug complex firmware and hardware interaction issues using JTAG, logs, traces, and emulation/simulation tools.
• Collaborate with validation teams to reproduce, analyze, and fix issues.
• Support bring‑up and stabilization on new platforms and silicon revisions.

We are seeking a Security Firmware Engineer to design, implement, and maintain security‑critical components in embedded firmware for next‑generation storage and controller products. This role focuses on device‑level security, including secure firmware update, lifecycle management, debug port control, Root of Trust (RoT) interactions, and protection of critical assets such as keys, OTP, and credentials.

The ideal candidate has strong low‑level firmware expertise combined with hands‑on experience in embedded security architectures and secure system design.

Key Responsibilities

Security Firmware Architecture & Development

• Design and implement security layers within device firmware, aligned with product security requirements and ASIC security IP capabilities
• Integrate firmware with Root of Trust (RoT) subsystems, including support for both hardware‑based and firmware‑based RoT models where applicable. 
• Ensure secure handling of cryptographic material and prevention of unauthorized access.
• Implement and integrate cryptographic primitives and related authentication and encryption flows used in firmware
• Work closely with hardware teams to leverage ASIC security IPs, HSMs, and secure key storage.
• Support security testing, threat analysis, and vulnerability mitigation during development and validation cycles.
• Participate in design reviews, security assessments, and risk evaluations.

We are seeking a deep technical Technologist to join our Firmware Engineering team, focusing on the core, low-level firmware for our next-generation flash project. You will be a key player in implementing the firmware that directly interacts with the NAND memory, manages system power and thermals. This is a hands-on role for a problem-solver who can ensure the performance, reliability, and efficiency of our flash storage solutions.

Key Responsibilities

• NAND Flash Firmware: Design and implement the firmware that directly controls and accesses the flash memory. This includes developing drivers for high-speed flash interfaces and designing algorithms for raw data access, error correction, and wear leveling at the physical layer.
• Power & Thermal Management: Lead the design and implementation of intelligent firmware for low-power states, dynamic voltage and frequency scaling (DVFS), and thermal throttling. You will be responsible for optimizing power consumption and managing the thermal profile of the controller under various workload conditions.
• Debug & Optimization: Utilize your expertise to debug complex, system-level issues related to NAND access, power, thermal, and memory subsystems. You'll profile and optimize the firmware to squeeze out every bit of performance and efficiency.
• Cross-Functional Collaboration: Work closely with the hardware, ASIC, and verification teams to define requirements and debug issues, ensuring a cohesive and high-performing system.

About the position:

As a Staff firmware verification engineer, you will be part of firmware verification team that design and develop white box and grey box tests in Python to verify SSD firmware designs for each firmware feature. This position is specifically to focus on verification and validation of SSD firmware features. You will be working closely with product architects and firmware engineers to create a comprehensive firmware verification test for SSD features. In this role, you will be contributing to test strategy, test development, integrating the tests using various development platforms, deploying it on firmware verification lab for regression runs and perform failure analysis. The role focuses on defining and executing robust firmware verification strategies for PCIe, MMIO, DMA, and custom host–device protocols across both pre‑silicon and post‑silicon environments.

Responsibilities:

• Collaborate closely with firmware engineers & architects on product architecture and designs to define the comprehensive verification plan to validate each SSD features
• Design, Develop and Integrate the white box and gray box tests on SSD products in roadmap
• Conduct test plan reviews and code reviews to ensure the tests are scalable and meeting the requirements
• Participate in driving failure analysis and collaborate with integration/execution engineers for test deployment.
• Validate designs against PCI Express Base Specification (up to Gen5/Gen6), ensuring compliance with electrical, logical, and transaction-layer requirements.
• Define and own firmware validation strategy for PCIe front-end subsystems, including MMIO address spaces, BARs, resets, interrupts, and error handling.
• Define, plan, and execute system-level validation strategies for PCIe front-end (PHY + controller) IP and SoC-level integration.
• Integrate tests into scalable automation frameworks supporting simulation, emulation, and silicon validation.
• Debug firmware issues, perform front-end error injection, and expose design or integration defects.
• Validate PCIe compliance, MMIO access integrity, and robustness of fault detection and recovery mechanisms.
• Review and verify firmware trace logs and debug telemetry for correctness and completeness.
• Drive validation readiness across pre‑silicon and post‑silicon platforms, ensuring alignment of firmware specs, drivers, and test collateral.
• Interface with cross‑functional stakeholders to ensure validation coverage meets product and customer requirements.
• Drive compliance and interoperability testing with various endpoint/root-complex devices, switches, and add-in cards.

Job Description: 

• Should be good in understanding the PCB board’s w.r.t layout schematics and information about the various active and passive components on the PCB.
• Good hands on BOM components, analysis and report preparation.
• Excellent equipment Failure Analysis skills to tools like protocol analysers, Logical analysers, CRO etc.
• Good to have Experience in Storage Domain products HW knowledge.
• Good to have Knowledge on the PCB Construction and Assembly details
• Mindset towards delivering the Highest Quality product to the customer.
• Must be execution focused, have zeal to learn more and do more. Take initiatives.
• Proven ability to achieve results in a fast moving, dynamic environment.
• Should be good team player, approachable with to do attitude.

Job Description: 

• Should be good in understanding the PCB board’s w.r.t layout schematics and information about the various active and passive components on the PCB.
• Good hands on BOM analysis and report preparation.
• Excellent debugging and Failure Analysis skills with exposure to tools like protocol analysers, Logical analysers, CRO etc. Should be good at reproducing and root causing the issues.
• Good Power analysis and Power tree Distribution Reverse engineering skills
• Good to have Experience in Storage Domain.
• Good to have Knowledge on the PCB Construction and Assembly details
• Good Experience in System level activities for hardware design and validation.
• Good to have Experience working with Flash memory technologies and internals.
• Good to have Experience in NVMe, SD/uSD, USB or PCIE protocols understanding.
• Mindset towards delivering the Highest Quality product to the customer.
• Must be execution focused, have zeal to learn more and do more. Take initiatives.
• Proven ability to achieve results in a fast moving, dynamic environment.
• Should be good team player, approachable with to do attitude.

Job Description: 

• Should be good in understanding the PCB board’s w.r.t layout schematics and information about the various active and passive components on the PCB.
• Good hands on BOM analysis and report preparation.
• Excellent debugging and Failure Analysis skills with exposure to tools like protocol analysers, Logical analysers, CRO etc. Should be good at reproducing and root causing the issues.
• Good Power analysis and Power tree Distribution Reverse engineering skills
• Good to have Experience in Storage Domain.
• Good to have Knowledge on the PCB Construction and Assembly details
• Good Experience in System level activities for hardware design and validation.
• Good to have Experience working with Flash memory technologies and internals.
• Good to have Experience in NVMe, SD/uSD, USB or PCIE protocols understanding.
• Mindset towards delivering the Highest Quality product to the customer.
• Must be execution focused, have zeal to learn more and do more. Take initiatives.
• Proven ability to achieve results in a fast moving, dynamic environment.
• Should be good team player, approachable with to do attitude.

Role Summary:

We are seeking a Software Engineer to contribute to the development of AI/ML software for our AI Privacy Box platform. This role involves implementing and optimizing LLM and RAG workflows, with a focus on efficient use of storage and system resources.

Key Responsibilities:

• Develop AI/ML software components for the AI Privacy Box platform.
• Implement and integrate LLM and RAG models into the software stack.
• Work on performance optimization of AI workloads using storage and system‑level techniques.
• Contribute to system software components interacting with OS, memory, and I/O subsystems.
• Collaborate with senior engineers on architecture, design, and optimization.
• Debug, test, and maintain high‑quality, production‑ready code.

Required Skills:

• Knowledge of Machine Learning and AI/ML fundamentals.
• Exposure to LLMs and RAG concepts or frameworks.
• Proficiency in C and/or C++.
• Understanding of Operating Systems concepts.
• Strong knowledge of Data Structures and Algorithms.