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Solidigm
Process TD Engineer
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Job Description
Job DescriptionWe are seeking a highly skilled Mechanical Engineering professional with strong expertise in simulation and process development to join our team supporting next-generation SSD product development and manufacturing.
This is a niche and high-impact role where you will combine mechanical simulation, engineering analysis, and process innovation to enable scalable, reliable, and manufacturable designs. You will play a critical role in bridging product design and high-volume manufacturing (HVM). Key ResponsibilitiesMechanical Simulation & Engineering Analysis (Core Focus)Perform advanced mechanical simulations using ANSYS, SolidWorks, or equivalent toolsAnalyze stress, strain, deformation, fatigue, and failure mechanisms in components and assembliesEvaluate product performance under thermal, environmental, and operational conditionsConduct simulations supporting SSD rework, disassembly, and structural integrityConduct simulation on semiconductor packaging and solder joint reliabilityDevelop simulation workflows to verify and validate design concepts.
Identify potential design risks and propose mitigation strategies during disassembly.
Translate simulation results into actionable design and process improvements Process Development & New Product Introduction (NPI)Define and develop end-to-end SSD manufacturing process flows, including tooling and equipment configurationsLead process development, characterization, and qualification for new productsEstablish and validate manufacturing recipes and parameters for HVM transfer Rework Technology & Mechanical SolutionsDevelop advanced rework techniques, including PCBA component replacement and product disassemblyEvaluate new approaches to support complex mechanical structures and miniaturized designsPerform risk assessments (TRA) and implement process controls across the product lifecycle DFM/DFA & Cross-Functional CollaborationProvide strong mechanical input into DFM/DFA reviewsCollaborate with design, manufacturing, quality, and supply chain teamsEnsure smooth transition from design to NPI to high-volume productionWork closely with ODMs and suppliers on process and technology developmentQualificationsEducationMaster's or PhD in Mechanical Engineering (strongly preferred)Bachelor's degree with significant relevant experience may be consideredExperience3+ years (Master's) or 5+ years (Bachelor's) in:
Mechanical simulation and analysisProcess development, NPI, or manufacturing engineeringExperience in one or more of the following industries:
SemiconductorElectronics or consumer devicesAutomotive or precision manufacturingTechnical ExpertiseHands-on experience with:
ANSYS (preferred), SolidWorks, or similar simulation toolsStrong understanding of:
Structural mechanics (stress, strain, fatigue, failure analysis)Mechanical behavior of components and assembliesExperience in:
Manufacturing process development and integrationRework or failure analysis in electronic assembliesFamiliarity with:
DFM/DFA principles (mechanical focus)Statistical analysis and process controlSkills & CompetenciesStrong analytical and problem-solving skillsAbility to translate simulation data into practical engineering solutionsEffective communication and cross-functional collaborationComfortable working in a fast-paced, global environmentAdditional InformationAll your information will be kept confidential according to EEO guidelines.
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This is a niche and high-impact role where you will combine mechanical simulation, engineering analysis, and process innovation to enable scalable, reliable, and manufacturable designs. You will play a critical role in bridging product design and high-volume manufacturing (HVM). Key ResponsibilitiesMechanical Simulation & Engineering Analysis (Core Focus)Perform advanced mechanical simulations using ANSYS, SolidWorks, or equivalent toolsAnalyze stress, strain, deformation, fatigue, and failure mechanisms in components and assembliesEvaluate product performance under thermal, environmental, and operational conditionsConduct simulations supporting SSD rework, disassembly, and structural integrityConduct simulation on semiconductor packaging and solder joint reliabilityDevelop simulation workflows to verify and validate design concepts.
Identify potential design risks and propose mitigation strategies during disassembly.
Translate simulation results into actionable design and process improvements Process Development & New Product Introduction (NPI)Define and develop end-to-end SSD manufacturing process flows, including tooling and equipment configurationsLead process development, characterization, and qualification for new productsEstablish and validate manufacturing recipes and parameters for HVM transfer Rework Technology & Mechanical SolutionsDevelop advanced rework techniques, including PCBA component replacement and product disassemblyEvaluate new approaches to support complex mechanical structures and miniaturized designsPerform risk assessments (TRA) and implement process controls across the product lifecycle DFM/DFA & Cross-Functional CollaborationProvide strong mechanical input into DFM/DFA reviewsCollaborate with design, manufacturing, quality, and supply chain teamsEnsure smooth transition from design to NPI to high-volume productionWork closely with ODMs and suppliers on process and technology developmentQualificationsEducationMaster's or PhD in Mechanical Engineering (strongly preferred)Bachelor's degree with significant relevant experience may be consideredExperience3+ years (Master's) or 5+ years (Bachelor's) in:
Mechanical simulation and analysisProcess development, NPI, or manufacturing engineeringExperience in one or more of the following industries:
SemiconductorElectronics or consumer devicesAutomotive or precision manufacturingTechnical ExpertiseHands-on experience with:
ANSYS (preferred), SolidWorks, or similar simulation toolsStrong understanding of:
Structural mechanics (stress, strain, fatigue, failure analysis)Mechanical behavior of components and assembliesExperience in:
Manufacturing process development and integrationRework or failure analysis in electronic assembliesFamiliarity with:
DFM/DFA principles (mechanical focus)Statistical analysis and process controlSkills & CompetenciesStrong analytical and problem-solving skillsAbility to translate simulation data into practical engineering solutionsEffective communication and cross-functional collaborationComfortable working in a fast-paced, global environmentAdditional InformationAll your information will be kept confidential according to EEO guidelines.
Powered by SmartRecruiters - Candidate Privacy Policy