Total 34 job vacancies by Sandisk

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Perform failure analysis, root cause investigation, and fault isolation on SSD products during NPI, qualification, and mass production phases using test logs, diagnostic tools, and hardware analysis techniques. 

• Debug hardware and manufacturing-related failures by analyzing tester logs, power rails, NAND, DRAM, controller behavior, and interface issues to drive corrective and preventive actions. 

• Collaborate with cross-functional teams including Product Engineering, Process Engineering, Quality, Manufacturing, and Suppliers to resolve yield, process, and test related issues. 

• Develop and maintain debug procedures, cookbooks, troubleshooting guides, debugging tools, and knowledge databases to improve diagnostic accuracy, turnaround time (TAT), and operational efficiency. 

• Generate technical reports and present failure findings, corrective actions, and yield improvement recommendations to management and stakeholders while supporting continuous improvement initiatives. 

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Develop/Characterize, validate & verify new process dev for NPI products to successful qualify 
• Design and develop processes to optimize efficient process flow, reduce process or product variability, improve process capability 
• Develop process improvements for high efficiency and cost effectiveness 
• Develop and maintain process optimization and validation programs 
• Evaluate current processes and provide recommendations 
• To review & buyoff process CTQs data, PFMEA, control plan, SPC 
• To work close with design team for new packing/giftbox construction relate to process window/guideline 
• Sustaining production process/assembly engineering management: Yield/Cycle time/production efficiency CIP 
• Cost saving initiative from product and process introduction 

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• You will work as SiP (System In Package ) package integration engineer in packaging engineering group. Leads new SiP product development from concept design and qualification to mass production. Generate innovative product concepts and transform them into tangible, market-ready products.
• Work closely with global functional teams in US, India, China, and Taiwan, review feasibility design drawings and propose design options. Collaborate extensively with internal teams, validate design options through characterization builds, perform comprehensive DFx (Design for x) analysis, Product performances , Quality , Cost , Manufacturability and etc, as well as review mechanical and electrical simulations, initiate assembly process flow, and deliver most optimized design for manufacturing with yield and quality.
• Ensuring build readiness, execute package qualification plan, follow up package reliability status, investigate and close failures on time. Monitor assembly and test yield on engineering/customer sample and low volume production builds. Drive yield improvement and manage excursions.
• Lead new product from low volume to high volume production transition with yield and quality meeting goals. Ensure FMEA, SOD, Control Plan, recipe guideline, SPC and other assembly controls are ready prior to high volume production.
• Lead new technology transition (new wafer tech/process/material) from engineering stage to volume production.

ESSENTIAL DUTIES AND RESPONSIBILITIES 

In this position, you will work in the Material Engineering team within the Packaging R&D organization who owns and deploys best-in-class material engineering solutions to the top-edge product and technology development across advanced semiconductor packaging, flash memory product and host levels. Your essential duties and responsibilities include:

• Drive advancement in packaging materials by addressing material-related design and process challenges. Develop solutions to support next-generation package requirements, including smaller form factors, thinner die, higher interconnect density, increased power, and enhanced reliability.
• Lead the evaluation, development, and qualification of advanced packaging materials for both product development and high-volume manufacturing. Ensure compliance with industry standards and sustain high material quality to enable reliable, high-yield, and cost-efficient manufacturing.
• Responsible for material characterization, lab testing, and design of experiments (DOE) to simulate manufacturing processes and use-condition failure. Analyze thermal, mechanical, and environmental performance to ensure materials meet reliability and performance targets.
• This position will interface with package and product design (in particular, thermal and mechanical), reliability, failure analysis, assembly R&D, and process teams to define material requirements and solutions. Collaborate with suppliers to develop, optimize, and qualify materials for successful production integration.

As a Test Engineer - Process, you will lead the Project improvement in Burn In area, and support execution and manufacturing issues related to Test Process, and continue improve manufacturing issues with new ideas from time to time through close collaboration across teams and disciplines. In addition, you'll drive Test Process improvements to make our systems more robust and scalable via systematic and proper tools.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Own and sustain burn-in manufacturing processes to ensure stable production performance.
• Monitor burn-in process health, yield trends, uptime, and quality indicators.
• Analyze yield excursions, failures, and process deviations using data-driven methodologies.
• Lead root cause analysis (RCA) and corrective/preventive actions (CAPA).
• Drive continuous improvement initiatives to improve burn-in efficiency, reliability screening effectiveness, and cost reduction.
• Provide timely disposition and technical support for production issues impacting shipment and manufacturing flow.
• Support lot handling, disposition decisions, and recovery actions during abnormal events.
• Support qualification and release of new products into burn-in manufacturing.
• Partner closely with product managers, NPI engineers, Assembly engineers, Manufacturing supervisor and QA to scope, plan, design, and build new features as well as maintain existing functionality.
• Generate and maintain SOPs, OCAPs, FMEA, control plans, and engineering documentation.
• Ensure compliance with manufacturing standards, ESD requirements, and quality management systems
• Participate in audits and customer quality reviews as required.
• Leverage your experience and knowledge to grow your teammates’ technical breadth and depth through direct coaching and mentoring

We are seeking a highly skilled and innovative senior engineer to lead our technical team in bringing new products to market within a dynamic environment. In this role, you will lead and contribute to the development and implementation of advanced test engineering strategies for our cutting-edge storage products. Below are the key responsibilities:

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Optimize Test Strategies: Design and execute efficient test plans, test time, yield, and quality to meet factory financial goals. Identify cost-effective testing methods through troubleshooting, validation, and continuous improvement.
• Lead and Collaborate on Engineering Solutions: Lead and implement innovative engineering solutions while collaborating with cross-functional teams to ensure project success under competitive timeline.
• Champion Innovation and Cost Efficiency: Collaboratively integrate advanced testing technologies, research, and adopt cost-saving solutions like Test Time Reduction (TTR) and new test platforms, driving CAPEX reduction. Continuously improve test programs and test infrastructure to enhance product quality and reliability.
• Technical Expertise and Support: Provide leadership in electrical failure analysis (EFA), exploring new test method/EFA technique to address RMAs, production, reliability, and DPPM improvement. Analyze test results and deliver reports to stakeholders with actionable insights for improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including EFA, work instructions, test equipment guidelines, test reports, and specifications.
• NPI Support: Lead NPI projects, ensuring smooth transfer of test technology to mass production.
• Knowledge Sharing and Mentorship: Mentor junior engineers, promote best practices, and facilitate knowledge transfer through technical training.

We are seeking a highly skilled and innovative Staff engineer to lead our technical team in providing memory storage test solutions for new and existing products within a dynamic and high volume manufacturing environment. In this role, you will lead and contribute to the development and implementation of advanced test engineering strategies to ensure product performance, quality and manufacturing efficiency for our cutting-edge storage products. 

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Act as the primary technical owner for product performance in High Volume Manufacturing.
• Optimize Test Strategies: Design and execute efficient test plans, test time, yield, and quality to meet factory financial goals. Identify cost-effective testing methods through troubleshooting, validation, and continuous improvement.
• Lead and Collaborate on Engineering Solutions: Lead and implement innovative engineering solutions while collaborating with cross-functional teams to ensure project success under competitive timeline.
• Champion Innovation and Cost Efficiency: Collaboratively integrate advanced testing technologies, research, and adopt cost-saving solutions like Test Time Reduction (TTR) and new test platforms, driving CAPEX reduction. Continuously improve test programs and test infrastructure to enhance product quality and reliability.
• Technical Expertise and Support: Provide leadership in electrical failure analysis (EFA), exploring new test method/EFA technique to address RMAs, production, reliability, and DPPM improvement. Analyze test results and deliver reports to stakeholders with actionable insights for improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including EFA, work instructions, test equipment guidelines, test reports, and specifications.
• NPI Support: Co-lead NPI projects with NPI team, ensuring smooth transfer of test technology from LVM to mass production.
• Knowledge Sharing and Mentorship: Mentor junior engineers, promote best practices, and facilitate knowledge transfer through technical training.

We are seeking a highly skilled and innovative engineer to lead our technical team in bringing new products to market within a dynamic environment. In this role, you will lead and contribute to the development and implementation of advanced test engineering strategies for our cutting-edge storage products. Below are the key responsibilities:

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Optimize Test Strategies: Design and execute efficient test plans, test time, yield, and quality to meet factory financial goals. Identify cost-effective testing methods through troubleshooting, validation, and continuous improvement.
• Lead and Collaborate on Engineering Solutions: Lead and implement innovative engineering solutions while collaborating with cross-functional teams to ensure project success under competitive timeline.
• Champion Innovation and Cost Efficiency: Collaboratively integrate advanced testing technologies, research, and adopt cost-saving solutions like Test Time Reduction (TTR) and new test platforms, driving CAPEX reduction. Continuously improve test programs and test infrastructure to enhance product quality and reliability.
• Technical Expertise and Support: Provide leadership in electrical failure analysis (EFA), exploring new test method/EFA technique to address RMAs, production, reliability, and DPPM improvement. Analyze test results and deliver reports to stakeholders with actionable insights for improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including EFA, work instructions, test equipment guidelines, test reports, and specifications.
• NPI Support: Lead NPI projects, ensuring smooth transfer of test technology to mass production.
• Knowledge Sharing and Mentorship: Mentor junior engineers, promote best practices, and facilitate knowledge transfer through technical training.
   

We are looking for a curious and motivated Junior Data Management Engineer with foundational experience in machine learning, Computer Vision and GenAI  to join our growing data team. This role is perfect for someone early in their career who is eager to contribute to data engineering tasks while gaining hands-on exposure to machine learning workflows. You'll help ensure data pipelines are optimized for analytics and ML model development, supporting both operational and strategic decision-making. 

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Work with multiple stakeholders to identify, diagnose and resolve manufacturing process related problems such as quality excursions, manufacturing excellence and cost improvement. 
• Apply computer vision algorithms to inspect production lines for defects, improve yield, and enhance overall quality control. Leverage techniques such as object detection, image segmentation, and defect localization to identify issues early in the manufacturing process. 
• Build, train, and validate machine learning models to address complex manufacturing challenges, such as defect detection, process optimization, and performance prediction. 
• Able  to deploy trained models into production environments, including APIs, edge devices, or embedded systems. Ensure seamless integration with manufacturing systems and establish real-time monitoring for model performance. 
• Design and develop scalable GenAI applications using LLMs tailored to manufacturing use cases.

The Automation & Analytics team is seeking a highly motivated Software & AI Platform Engineer to help drive the next generation of intelligent factory solutions. In this role, you will contribute to the design, development, and evolution of in-house digital platforms that power automation, analytics, and AI-driven operations across semiconductor manufacturing environments.

Beyond traditional software and data engineering, this role focuses on enabling AI capabilities within operational platforms, including intelligent agents, real-time analytics, workflow automation, computer vision, and AI-assisted decision support. You will work closely with cross-functional engineering, manufacturing, automation, and operations teams to build scalable systems that support the Factory of the Future vision.

This position is ideal for individuals passionate about software engineering, AI systems, industrial digitalization, and building impactful technologies that bridge manufacturing operations with advanced analytics and generative AI.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Design, develop, and maintain scalable software platforms supporting factory automation, analytics, and AI applications.
• Build and optimize data pipelines, APIs, and backend services for structured and unstructured manufacturing data.
• Contribute to the integration of AI capabilities into operational platforms, including machine learning, generative AI, intelligent agents, and workflow automation.
• Collaborate with cross-functional stakeholders including engineering, manufacturing, automation, IT, and operations teams to deliver end-to-end digital solutions.
• Develop solutions that support real-time data processing, event-driven architectures, and streaming analytics environments.
• Participate in the development of AI-enabled applications such as conversational assistants, recommendation systems, anomaly detection, computer vision, or predictive analytics solutions.
• Ensure system reliability, scalability, data quality, and security through monitoring, testing, and documentation.
• Support platform interoperability through APIs, microservices, and integration frameworks.
• Contribute to software architecture discussions, technical roadmaps, and continuous improvement initiatives.
• Stay current with emerging technologies in AI, cloud-native systems, industrial automation, and software engineering best practices.

This internship is for a student who can develop a yield application/system to improve visibility, speed, and consistency of yield analytics and reporting. You will work with engineering stakeholders to transform manufacturing/test data into usable applications, dashboards, and automation workflows, including data extraction, transformation, visualization, and deployment.

Roles / Responsibilities

• Develop and enhance a Yield Application/System to support engineering yield analytics and decision-making.
• Build data pipelines / ETL to pull and harmonize data from common factory/test sources.
• Work with stakeholders to translate yield analysis needs into system requirements, functional specs, and UI workflows; document assumptions and business rules clearly.
• Create dashboards or reporting layers and ensure metrics definitions are consistent and traceable.
• Implement data quality checks to improve trustworthiness of yield data.
• Support deployment and sustainment activities such as packaging code, organizing repository structure, and preparing for hosting on internal environments.
• Produce user guides / system instructions and handover documentation to enable future enhancement by engineering/automation teams.
• Collaborate with cross-functional partners (engineering, automation, manufacturing/test teams) and participate in reviews/demos of progress and results.

We are seeking a detail-oriented and analytical Component DFM Engineering Technician to join our team in Seberang Prai Batu Kawan, Malaysia. 

• Responsible to review and validate the new component request whether it is conformance to internal process requirements and other DFM criteria.
• Responsible to review, validate and buyoff for 2nd/ALT source versus the primary source in term of DFM perspective.
• Able to perform DFM assessment on components with respect to packaging structure, process interaction and reliability.
• Involve in NUDD assessment focusing on components and could be extended to complete product PCBA level.
• Perform Design for Assembly (DfA) & Design for Mechanical Assembly (DfMA) assessment to ensure product meets all assembly criteria with no quality issue.
• Establish DfMA framework that extends the coverage to all mechanical aspect including material selection, thermal dependency, new technology etc.
• Knowledge in SolidWorks application is an added advantage.
• Support Lab activities such as monitor the yearly/regular PM and CAL for each measurement machine and system.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• As a Packaging Engineer, you will work in the Packaging R&D group on thermal designs across semiconductor packaging level, flash product printed circuited board assembly (PCBA) level, and host level.
• The ideal candidate will be responsible for thermal modeling (CFD) and validation of flash products PCBA using analytical/numerical analysis and measurement techniques.
• The focus will be on solutions to meet increased demands for small form factor packages with constrained physical and thermal environments.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Maintain and develop the reliability test procedure.
• Managing the reliability test capability, improvement /automation. 
• Characterize various test profiles to meet customer specific requirements.
• Hands-on experience (tester setup) with automated test equipment (tester) and environmental chambers focusing on Temperature Cycling Test (TCT), Temperature Humidity, Highly Accelerated Stress Test (HAST) or other relevant equipment.
• Develop reliability test capability /test programs/ testing methods for new products or technologies.
• Involve in tester development & improvement. 
• Hands-on experience with electronic testing, debugging, and measurement tools (e.g., oscilloscopes, multimeters, thermal chambers, power supplies) or any other relevant tools/ equipment.
• Build and maintain dashboards and visualizations to support data‑driven decision making within the Reliability Engineering team.
• Support equipment and lab readiness initiatives through data tracking, automation, and system enablement.

As a member of the SSD Quality & Reliability Engineering team, you will leverage your expertise in project and program management, risk management, conflict resolution and quality standards & best practices. You will collaborate closely with cross-functional teams and engage with key stakeholders, including Program Management, Customer Management, Marketing, Manufacturing, and Engineering, to ensure the successful execution of quality and reliability initiatives.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Represent product quality as the Sustaining Program Manager in core teams, ensuring alignment with quality and reliability goals throughout the product lifecycle.
• Accountable for product quality and reliability when product transitions into sustaining phase. Drive activities to ensure that product quality & reliability expectations are met.
• Lead the resolution of quality-related issues during both New Product Introduction (NPI) and Sustaining phases.
• Communicate quality excursions to executive management and core teams.
• Lead crisis processes, driving closure through risk assessment, containment actions, 8D root cause analysis, CAPA, and lessons learned.
• Collaborate with NPI counterparts to ensure seamless product transition into Sustaining, meeting all product, customer, and regulatory requirements.
• Participate in new product kick-off reviews and Manufacturing Readiness Reviews (MRRs).
• Coordinate with other QAPMs/SMEs to share lessons learned and support continuous process improvement across programs.