Total 34 product engineer job vacancies in batu kawan

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Productivity improvement project: Lead in cost saving projects such as Productivity improvement, cycle time improvement, MMR improvement, etc. to meet company goals.
• Capacity planning and analysis to meet the volume demand and maximize the plant utilization.
• Maintain IE database and lead on the IE related system project.
• Time study and time standards: Perform time study data collection and analysis, continuous improvement based on Lean concept.
• Define production layout to ensure high efficiency and ergonomic for Lean operation.
• Coordinate in tool relocation & re-layout activities.
• Resources planning for DL & IDL based on production volume targets.
• Carried out material flow & process flow analysis. Study and explore opportunity to improve current process flow, material flow, line balancing, etc.….
• Validate automation performance and capability.
• Support IE in validating offline process activity such as conversion time, kitting time, tooling preparation time, etc. and opportunity to improve the offline activities cycle time.
• Collaborate with Production, QA, Process, and Automation team to achieve Operations KPI’s
• Perform other duties as assigned.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Lead PCB DFM with multi-function teams for PCB design tape out.
• Act role of PCB designer including PCB DFM for staging SSD project.
• Proceed PCB placement and PCBA proposal with consideration of mechanical process & design feedback and thermal solution.
• Perform PCB design library maintenance, PCB panel and fabrication drawing template generation and Valor ERF maintenance.
• Lead PCB design rule roadmap development with multi-function teams.
• Interface seamlessly with PCB SQE, PCB venders and HW engineer for required PCB design rule development.
• Lead project to success and on time deliverable with various manufacturing and function teams at various WDC locations for new product development and PCB design improvement.
• Deliverable of Automation program for efficiency of PCB design and DFM.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Design & Develop new hardware & innovative solution on sensor integration (IoT) and data mining to existing manufacturing equipment.
• Perform new sensor development and selection for data mining to IoT platform.
• Collaborate with Data Analytics team to integrate and implement large scale data solution
• Responsible to develop/sustain existing software programs, algorithms and automate data to clean and evaluate huge amount of datasets from multiple sources.
• Continue improving the acquisition system through software updates or new/improved hardware
• Documentation of systems and procedures for the setup and maintenance of hardware systems.
• Ensure effective hand shaking process of new device/product introduction to the line and new process technology capabilities developments.

• Maximize Mold process capability to handle wide range of product portfolio.
• Drive for Mold process yield improvement and monitoring.
• Drive for Mold related test QDN investigation and improvement plan.
• Hand-sake with NPI team on new technology / product / Mold methodology transfer to mass production.
• Liaise and work with equipment team on equipment related improvement and new machine qualification.
• Project management in project related to Mold yield improvement, cost saving and process efficiency.

We are seeking a highly motivated, talented Software Development Engineer with knowledge in CAD software for the development and maintenance of Design Automation Infrastructure at Western Digital. Some of the job roles are summarize below:

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Engage in the development of our design automation infrastructure for the mechanical design process, enhancing efficiency and accuracy.
• Utilize machine learning and data analytics techniques to optimize the design process, develop a design recommendation system, identify anomalies, and support failure analysis.
• Develop and maintain software tools to streamline simulation workflows, mitigate human error, and enhance the analysis of simulation results.

1. In this position, the individual will be responsible for fully supporting the Department Manager on the development of the Company goals, strategy, and tactics.
2. The most important being the ability to work with the team to assure the good execution.
3. The individual will work with the team to fully support the company and department goals on yield, quality, and cost, utilization, productivity, and cycle time.
4. Knowledgeable in the Burn in Oven equipment and Burn in Board and Burn In Loader unloader.
5. Documentation: SOP, WI, FMEA, OCAP and Control Plan for related process.
6. Ensure effective hand shaking process of new device/product introduction to the line and new process technology capabilities developments.
7. Responsible for new material/component first articles inspection and final buyoff.
8. Continuous improvement on direct/indirect material cost down & yield enhancement program.
9. Ensure robustness of process control to meet yield & thru-put expectation.
10. Report any non-conformance/customer complains issue and develop/follow up the improvement actions.
11. Fully participate to resolve the issue thru teamwork and be the main coordinator for any internal/ external audit programs.

We are seeking a highly skilled and innovative staff 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.

SanDisk’s Penang SSD Platform Technology Development Integration (PTDI) organization is a SSD technology development group that will be embedded in SanDisk’s green-field production facility, SanDisk Storage Malaysia (SDSM) located in the new Batu Kawan Industrial Park, Penang, Malaysia. PTDI is looking for Process Module Engineer (Material/Process) to join a new team tasked with starting up a vertically integrated SSD-focused technology development team with the charter of developing new generations of SSD products for clients, enterprise, and emerging data storage solutions. The vertically integrated manufacturing capability of SDSM represents the most fundamental shift in completing the end-to-end manufacturing value chain for SanDisk’s solid-state NAND data storage products.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Defines IC package/SMT/SSD drive requirements, goals, and milestones for all SSD product groups and customer requirements.
• Develops SSD assembly and IC packaging material and processes to meet quality, reliability, cost, yield, productivity and manufacturing requirements.
• Develops new package and SMT process qualification programs.
• Prepares and/or updates specifications for piece parts of integrated circuits or semiconductor assemblies.
• Plans and conducts experiments to fully characterize material and processes throughout pathfinding to development to ramp.
• Develops solutions to improve quality, reliability, cost, yield, process stability/capability, productivity, and safety utilizing formal education, experience, statistical knowledge, and problem-solving tools.
• Establishes process control systems.
• Transfers process to high volume manufacturing and provide support in new factory start-up.
• Acts as a liaison with suppliers/vendors.
• Maintains product quality while developing and introducing package cost reduction programs.
• Coordinates the introduction of new package processes into production.
• Using appropriate tools, performs integrity analysis of packages.

PME Specific Role Description includes the following but not limited to:

• SMT material and process development
• SMT AI/ML integration development
• SMT technology (material/process/metrology/equipment) pathfinding & roadmap
• Stencil design/development for new components
• DFM assessment and NUDD risk management
• Process-Material-Component-board-drive interactions
• DOE & Mechanical and Material Lab Tools & Failure Analysis knowledge
• Quality Tools: FMEA, 8D, DMAIC, IPC knowledge etc.
• Statistical Tools: Statistical analysis (JMP/Minitab), GreenBelt/BlackBelt certification
• Special engineering characterization & improvement projects
• Factory emergency taskforce support

In this position, the individual will be responsible for fully supporting the Department Manager on the development of the Company goals, strategy and tactics. The most important being the ability to work with the team to assure the good execution. The individual will work with the team to fully support the company and department goals.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Documentation: SOP, WI, FMEA, OCAP and Control Plan for related process.
• Ensure effective hand shaking process of new device/product introduction to the line and new process technology capabilities developments.
• Support Automation and development for new automatic and robotic equipment qualification and sustaining.
• Support the Production Line. Report online machine status and issue to reporting manager
• Follow daily/shiftly line issue and production support for automation equipment.
• Continuous improvement on direct/indirect material cost down, UPH, MTBA, and MTBF enhancement program.
• Ensure automation equipment in good performance to meet the goals on quality, yield, and cost, utilization and cycle time.
• Perform automation equipment conversion and set up. Observe 6S on daily job to ensure the continued and smooth production line.
• Able to conduct trainings to Operator/technicians on machine operation and skill improvement.
• Able to replace spare parts and machine buy off.
• Experience in automation equipment’s
• Manage engineer’s logistic needs.
• Any other duties assigned from time base on schedule and unscheduled activities
• Participate in productivity improvement, Lean, Kaizen and similar activities and provide manufacturing process optimization solution

Process Development owner at BOP Process such as Package saw/ Laser mark/ Solder ball attached- SBA/UBA & EMI etc. 

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Define the process window and recipe baseline by using JMP DOE approach.
• Good in problem solving and work on the Root Cause Analysis/Finding using, 5 whys, DMAIC, 8D approach/methodology.
• Work closely with Cross site’s Package development team to understand the Package Design Rules & Requirements
• Ensure smooth transition from Development to new product qualification phase.
• Work closely with manufacturing process and equipment team, and cross site process development team.
• Documentation: SOP, WI, FMEA, OCAP and Control Plan for related process.
• Ensure effective handshake/pass over of process for New device/product introduction to the production line and new process technology capabilities development.
• Responsible for new material/component first article inspection and final buyoff.
• Continuous improvement on direct/indirect material/UPH cost down & yield enhancement program.
• Ensure robustness of process control to meet yield & through-put expectation.
• Report any non-conformance/customer complaint issue and develop/follow up the improvement actions.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Defines IC package/SMT/SSD drive requirements, goals, and milestones for all SSD product groups and customer requirements.
• Develops SSD assembly and IC packaging material and processes to meet quality, reliability, cost, yield, productivity and manufacturing requirements.
• Develops new package and SMT process qualification programs.
• Prepares and/or updates specifications for piece parts of integrated circuits or semiconductor assemblies.
• Plans and conducts experiments to fully characterize material and processes throughout pathfinding to development to ramp.
• Develops solutions to improve quality, reliability, cost, yield, process stability/capability, productivity, and safety utilizing formal education, experience, statistical knowledge, and problem-solving tools.
• Establishes process control systems. Transfers process to high volume manufacturing and provide support in new factory start-up.
• Acts as a liaison with suppliers/vendors.
• Maintains product quality while developing and introducing package cost reduction programs.
• Coordinates the introduction of new package processes into production.
• Using appropriate tools, performs integrity analysis of packages.

PME Specific Role Description includes the following but not limited to:

• SMT material and process development
• SMT AI/ML integration development
• SMT technology (material/process/metrology/equipment) pathfinding & roadmap
• Stencil design/development for new components
• DFM assessment and NUDD risk management
• Process-Material-Component-board-drive interactions
• DOE & Mechanical and Material Lab Tools & Failure Analysis knowledge
• Quality Tools: FMEA, 8D, DMAIC, IPC knowledge etc.
• Statistical Tools: Statistical analysis (JMP/Minitab), Green Belt/Black Belt certification
• Special engineering characterization & improvement projects
• Factory emergency taskforce support

The individual will be responsible for fully supporting the Department Manager on the development of the company goals, strategy and tactics. The most important being the ability to work with the team to assure the good execution. The individual will work with the team to fully support the company and department goals.

ESSENTIAL DUTIES AND RESPONSIBILITIES: 

• Documentation: SOP, WI, FMEA, OCAP and Control Plan for related process.
• Ensure effective hand shaking process of new device/product introduction to the line and new process technology capabilities developments.
• Support Automation and development for new automatic and robotic equipment qualification and sustaining.
• Support the Production Line. Report online machine status and issue to reporting manager
• Follow daily/shiftly line issue and production support for automation equipment.
• Continuous improvement on direct/indirect material cost down, UPH, MTBA, and MTBF enhancement program.
• Ensure automation equipment in good performance to meet the goals on quality, yield, and cost, utilization and cycle time.
• Perform automation equipment conversion and set up. Observe 6S on daily job to ensure the continued and smooth production line.
• Able to conduct trainings to Operator/technicians on machine operation and skill improvement.
• Able to replace spare parts and machine buy off.
• Experience in automation equipment’s
• Manage engineer’s logistic needs.
• Any other duties assigned from time base on schedule and unscheduled activities
• Participate in productivity improvement, Lean, Kaizen and similar activities and provide manufacturing process optimization solution

• Responsible for WB Process Recipe/Process Parameters setup
• Define the process window and recipe baseline by using JMP DOE approach.
• Good in problem solving and work on the Root Cause Analysis/Finding using, 5 whys, DMAIC, 8D approach/methodology
• Work closely with Cross site’s Package development team to understand the Package Design Rules & Requirements
• Ensure smooth transition from Development to new product qualification phase
• Work closely with manufacturing process and equipment team, and cross site process development team
• Documentation: SOP, WI, FMEA, OCAP and Control Plan for related process.
• Ensure effective hand shake/pass over of process for New device/product introduction to the production line and new process technology capabilities development.
• Responsible for new material/component first article inspection and final buyoff.
• Continuous improvement on direct/indirect material/UPH cost down & yield enhancement program.
• Ensure robustness of process control to meet yield & through-put expectation.
• Report any non-conformance/customer complaint issue and develop/follow up the improvement actions.

• Coordinating SSD mechanical qualification efforts for new products and change in designs, materials, or processes 
• Involve in mechanical reliability test include but not limited to solder joint analysis, environmental test, mechanical stress & solderability
• Providing recommendations on product release based on package reliability test results
• Jointly assess risk associated with excursions, conversions, reliability  ,qualification issues.
• Manage reliability schedule plan to stakeholders and provide progress update in timely manner
• Coordinate with technician to perform daily execution to meet project schedule
• Initiate failure tracker in JIRA and ensure it's properly closed
• Review Mechanical test result and provide recommendation
• Involve in New Product Introduction phase for tester bring up & resource readiness.

The QMS & BCMS Engineer is responsible for developing, implementing, and maintaining Quality Management Systems (QMS) and Business Continuity Management Systems (BCMS) in line with industry standards, regulatory requirements, and organizational objectives. This role ensures compliance with ISO standards, drives continuous improvement initiatives, and collaborates with cross-functional teams to enhance operational resilience and quality assurance.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Develop, implement, and maintain the Integrated Management System focusing on Quality Management System & Business Continuity Management System in accordance with ISO 9001 & ISO22301 and other applicable quality standards.
• Lead and conduct internal audits to ensure adherence to QMS & BCMS policies and procedures and follow up on corrective actions.
• Facilitate management reviews, coordinate audits with external certification bodies, and ensure readiness for external assessments.
• Monitor and analyze quality performance metrics, providing recommendations for improvement and driving initiatives to reduce non-conformances.
• Design and facilitate business continuity plans (BCP), ensuring that they are effective and kept up to date.
• Plan, coordinate, and conduct business continuity drills and simulations to evaluate the effectiveness of recovery procedures and improve preparedness.
• Conduct Business Impact Analysis (BIA) and risk assessments to identify critical business functions, potential risks, and necessary recovery strategies.
• Liaise with internal stakeholders, such as EHS, IT, facilities, and operations teams, to ensure the integration of business continuity measures into daily operations.
• Monitor and report on the progress of quality and business continuity projects, ensuring alignment with strategic goals.
• Identify opportunities for process improvements, lead root cause analysis, and implement corrective and preventive actions.
• Guide IMS & BCMS Coordinator to ensure the system being implemented and compliance.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Factory Capex planning base on the loading forecast, Capex budget control and monitoring on capital utilization and efficiency.
• Productivity improvement project: Lead in cost saving projects such as Productivity improvement, cycle time improvement, MMR improvement, etc. to meet company goals.
• Capacity planning and analysis to meet the volume demand and maximize the plant utilization.
• Maintain IE database and lead on the IE related system project.
• Time study and time standards: Perform time study data collection and analysis, continuous improvement based on Lean concept.
• Define production layout to ensure high efficiency and ergonomic for Lean operation.
• Coordinate in tool relocation & re-layout activities.
• Resources planning for DL & IDL based on production volume targets.
• Carried out material flow & process flow analysis. Study and explore opportunity to improve current process flow, material flow, line balancing, etc.….
• Validate automation performance and capability.
• Support IE in validating offline process activity such as conversion time, kitting time, tooling preparation time, etc. and opportunity to improve the offline activities cycle time.
• Collaborate with Production, QA, Process, and Automation team to achieve Operations KPI’s
• Perform other duties as assigned.

We are looking for a technical leader to spearhead the development and sustaining of our USB product, as well as the lifecycle management of our in-house testing system, SHRACK. This role demands a dynamic leader who thrives in a fast-paced manufacturing environment and can effectively guide a technical team. You will be responsible for diagnosing and resolving SHRACK system errors and test issues, leveraging your deep expertise in semiconductor manufacturing execution systems to drive operational excellence and innovation.

• Optimize Test Strategies: develop and execute comprehensive test plans, balancing test time, yield, and quality to achieve aggressive goals in high-volume manufacturing environments. Identify the most cost-effective testing methods through troubleshooting, validation, and continuous improvement.
• Lead and Collaborate on Engineering Solutions: Analyze & resolve in-house SHRACK system errors, including client communication challenges, database server issues, recipe management system errors, MKP server connection problems, and Advanced Storage Device Protocol errors
• System Upgrades: Responsible for SHRACK tester software upgrades and RMS integration, collaborating with software teams to analyze logs, manage bin-code interpretations, and maintain RMS functionality.
• Champion Innovation and Cost Efficiency: Partner with cross-functional teams to seamlessly integrate cutting-edge testing technologies and elevate existing practices. Conduct research and champion the adoption of cost-saving solutions like Test Time Reduction (TTR) and new test platform enablement, driving CAPEX reduction through innovative test strategies.
• Technical Expertise and Support: Provide technical leadership and expert support in electrical failure analysis for internal and external stakeholders. Address issues related to RMAs, production, reliability, and DPPM (Defects Per Million Parts) improvement.
• Technical Communication and Documentation: Develop and deliver clear, concise technical reports and documentation, including electrical failure analysis work instructions, test equipment guidelines, test reports, and specifications.
• Knowledge Sharing and Mentorship: Conduct technical training sessions for engineers, fostering knowledge transfer and team development.

• Yield Management: Oversee overall yield management for specific products, covering both assembly and test processes to ensure optimal performance and quality.
• Commonality Analysis: Coordinate cross-functional teams to perform commonality analysis by product design, process, machine, material, and measurement to identify root causes of issues and develop effective improvement plans.
• Engineering DOEs and Statistical Analysis: Conduct Design of Experiments (DOEs) and apply statistical analysis methods to solve complex problems, making data-driven decisions.
• Process Setup and Improvement: Set up and continuously improve assembly processes, specifically focusing on die preparation. Ensure familiarity with die preparation equipment such as Disco Sawing, Back grind, Laser, and DDS processes.
• Excursion and Abnormal Case Management: Manage production line excursions and abnormal cases, ensuring swift and effective resolution.
• Cost Reduction Projects: Follow up on and implement engineering value (cost reduction) projects to enhance efficiency and reduce expenses.
• Capacity and Productivity Improvement: Continuously improve production capacity and productivity through innovative solutions and process optimizations.
• Process Assessment and Optimization: Oversee and assess existing processes and workflows, designing, implementing, and testing new procedures to optimize productivity.
• Reporting and Documentation: Assemble detailed reports to document process status, changes, and improvements, ensuring clear communication of findings and proposals to upper management.
• Metrics Tracking: Track key metrics to identify areas for improvement and monitor the effectiveness of upgrades and changes.
• Simulation and Testing: Utilize process simulation software to test and identify the most appropriate production strategies.
• Implementation of Changes: Provide thorough instructions and support for the successful implementation of process changes.
• Risk Assessments: Conduct risk assessments to identify potential issues and mitigate risks effectively.
• Compliance Assessment: Ensure compliance with applicable safety and quality standards.
• Departmental Contribution: Contribute to departmental efforts by accomplishing related tasks as needed to support overall goals.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

• Factory Capex planning base on the loading forecast, Capex budget control and monitoring on capital utilization and efficiency.
• Productivity improvement project: Lead in cost saving projects such as Productivity improvement, cycle time improvement, MMR improvement, etc. to meet company goals.
• Capacity planning and analysis to meet the volume demand and maximize the plant utilization.
• Maintain IE database and lead on the IE related system project.
• Time study and time standards: Perform time study data collection and analysis, continuous improvement based on Lean concept.
• Define production layout to ensure high efficiency and ergonomic for Lean operation.
• Coordinate in tool relocation & re-layout activities.
• Resources planning for DL & IDL based on production volume targets.
• Carried out material flow & process flow analysis. Study and explore opportunity to improve current process flow, material flow, line balancing, etc.….
• Validate automation performance and capability.
• Support IE in validating offline process activity such as conversion time, kitting time, tooling preparation time, etc. and opportunity to improve the offline activities cycle time.
• Collaborate with Production, QA, Process, and Automation team to achieve Operations KPI’s
• Perform other duties as assigned.

In this position, the individual will be responsible on execution and analysis of NAND memory reliability qual and perform Failure Analysis. This involves designing and developing reliability sequences for given technology node in addition to performing actual reliability test execution followed by Failure Analysis to root cause the issues reported. Some of the other areas that this position will include: R&D support, DPPM improvement, test documentation, comprehension of design manuals and data sheets, using various bench equipment (oscilloscopes, logic analyzers, multimeter), and interacting with other engineering groups.

Job Description

In this position, the individual will be responsible for NAND memory DPPM testing and Failure Analysis. This involves designing and developing reliability sequences for given technology node,  actual reliability test execution followed by Failure Analysis to root cause the issues reported. Some of the other areas that this position will include will be: R&D support, DPPM improvement, test documentation, NAND device knowledge and understanding, using various bench equipment (oscilloscopes, logic analyzers, multimeter), and interacting with other engineering groups.

• Lead the design, development, and deployment of complex data systems and pipelines.
• Collaborate with cross-functional teams to integrate data solutions into business processes.
• Implement and optimize data processing frameworks and tools for large-scale data.
• Ensure data quality, integrity, and security through advanced testing and validation techniques.
• Develop strategies for data storage, retrieval, and scalability.
• Create and maintain comprehensive documentation for data systems and processes.
• Stay ahead of industry trends and emerging technologies to drive innovation.

• You will work as SSD (Solid State Drive) package integration engineer in packaging engineering group.
• Leads new SSD 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, South Korea, and Israel, review feasibility design drawings and propose design options.
• Collaborate extensively with internal teams, validate design options through characterization builds, perform comprehensive DFX (Design for eXellence) analysis, including DFM (Design for Manufacturability), DFA (Design for Assembly), DFRW (Design for Rework), as well as Cost and UPH (unit per hour) analysis, 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.

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.

As a Test Process Engineer, you’ll:

•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.

•Hold your teammates—and yourself—to high engineering standards

•Leverage your experience and knowledge to grow your teammates’ technical breadth and depth through direct coaching and mentoring

•Identify potential problems and ensure quality related to Testing Process in manufacturing.

•Document and monitor testing outcomes and establish steps to remedy problems

•Detailed understanding of how to properly document test cases and create effective and focused testing plans

•Work closely with departments within the company for cost saving projects

•Provide detailed specifications for proposed solutions including time and scope involved

•Define clear goals for all aspects of a product test and develop steps for their proper execution

Engineer under Product Development Team will be responsible for Platform (SSD) Test Development activities in relation to NPI Product Test Development. Scope of engineering work encompasses following:

• Participates in designing a complete comprehensive framework of Functional Product Test Plan for any specific Memory or SSD product (SATA,SAS,PCIe).
• Participates in designing processes for technical platforms, system specifications, input/output and working parameters for hardware and/or software compatibility.
• Conceives system interfaces and business application prototypes. Identifies, analyzes and resolves system design weaknesses.
• Influences the shaping of future products by contributing to the framework (architecture) used across multiple products or systems.
• Participates in designing, developing, and implementing effective methods of testing and troubleshooting systems and equipment for NPI phases of product development and manufacturing.
• Provides multi-layered technical expertise for next generation initiatives.
• Prepares test and diagnostic programs, designs test fixtures and equipment, and completes specifications and procedures for new products.
• Plans the labor, schedules, and equipment required for testing and evaluating standard and special devices.
• Participates in evaluating test strategy to best fit the quality-of-test for new product
• Develops Product characterization parameters by using test platform or instrumentation
• Performs analytical study by using statistical tools – SPC/MiniTab/JMP, conduct FMEA, custom DOE, prepare and liaise with other support Engineering groups for efficient manufacturing test platform
• Develops/modifies tools to aid test development using scripting languages such as C++,Python
• Publish Whitepaper(s) on area of Test Specialization
• Analyzing, troubleshooting and fixing issues discovered by internal test teams or by customer use of the products.
• Representing the team in one or more multi-disciplined engineering core team(s).