Advanced Quality, Senior Engineer

Staff Mechanical Engineer – Global Facilities

Quality & Reliability Technician

Sr. Manager, Quality & Reliability Engineering

Staff/Principal Engineer, NAND TD, RDA

Process Engineering Manager

Senior Product Development Engineer

Sr. Manufacturing & Process Development Engineer

Staff Advanced Quality Engineer (Software)

Customer Quality Engineer (CQE)

Responsiblities: <ul><li>Design Quality Assurance: Organize and facilitate Design Reviews (DR) and DFMEA sessions to ensure robust product design and risk mitigation.</li><li>Prototype &amp; Sample Build Quality: Implement quality planning and controls for prototype/sample builds, including documentation and build record management.</li><li>Measurement System Validation: Conduct Measurement System Analysis (MSA) for inspection systems and gages used in the project.</li><li>Development Stage Quality Oversight: Analyze samples, address quality issues, and drive improvement actions during product development.</li><li>Verification &amp; Qualification: Lead design verification activities prior to design freeze and manage product qualification testing before Gate 5.</li><li>Tool &amp; Process Validation: Perform process capability studies and support Final Tool Approval (FTAR) using Comprehensive Tool Approval Reports (CTAR).</li><li>Production Quality Control: Establish and maintain quality controls and documentation for the production shop floor.</li><li>Ongoing Quality Monitoring: Monitor process capability and manage corrective actions to ensure sustained quality performance.</li><li>Inspection Review: Review and approve measurement and cosmetic inspection results to ensure compliance with specifications.</li><li>Audit Support: Provide support during customer and internal/external quality system audits.</li><li>Lead the development and implementation of Advanced Quality Planning (AQP) tools and methodologies within cross-functional product development teams.</li><li>Manage and mitigate project risks, ensuring customer requirements are clearly understood and integrated from the outset.</li><li>Conduct design and process audits for NPI projects, ensuring compliance with internal and external standards.</li><li>Collaborate closely with manufacturing sites to ensure seamless transition from design to production, including training facilitation and sharing of best practices and lessons learned.</li><li>Support customer complaint investigations during NPI, including documentation collection, in-process record review, and postmortem analysis.</li><li>Ensure effective deployment of control plans and support supplier development and management to meet quality expectations for NPI shipments.</li></ul> Requirements: <ul><li>Bachelor’s degree or higher in Electrical, Mechanical Engineering, or a related field.</li><li>Min 4 years experience in advanced quality</li><li>Proven quality control experience in cable assemblies, connectors, sockets, or related industries.</li><li>Strong understanding of ISO 9001 and APQP procedures.</li><li>Familiarity with EIA-364 test methods and internal/external auditing practices.</li><li>Knowledge of Model-Based Definition (MBD) and GD&amp;T requirements.</li><li>Proficient in Root Cause Analysis (8D, Fishbone, 5 Whys).</li><li>Skilled in Risk Management (DFMEA/PFMEA), Process Capability (Cp, Cpk, Pp, Ppk), and Tolerance Stack-Up Analysis.</li><li>Experienced in Design of Experiments (DOE) and Six Sigma methodologies (Black Belt preferred).</li><li>Competent in data analytics and visualization tools (Power BI, Tableau, Python/R).</li><li>Skilled in statistical software such as Minitab and JMP.</li><li>Strong organizational and strategic planning abilities.</li><li>Effective communicator with excellent written and verbal English skills.</li><li>Ability to mentor junior engineers and lead cross-functional teams.</li><li>Demonstrated capability in change management and driving continuous improvement.</li><li>Strong interpersonal skills for conflict resolution and stakeholder negotiation.</li><li>Committed to delivering high-quality solutions aligned with customer expectations and business strategy.</li></ul>

Responsibilities: Project Leadership <ul><li>Lead design and execution of regional construction and expansion projects</li><li>Review and approve site capital expenditures for capacity and sustainability initiatives</li><li>Ensure alignment with global facility standards and sustainability goals</li></ul> Reliability and Continuous Improvement <ul><li>Lead system reliability programs, including quality improvements and equipment lifecycle replacements</li><li>Drive implementation of preventive and predictive maintenance frameworks</li><li>Standardize reliability practices across sites such as SPC, MOC, and 8D</li></ul> Strategy and Governance <ul><li>Prioritize facility improvement investments based on business needs</li><li>Support major engineering reviews such as SIPP</li><li>Align programs including business continuity, quality systems, and critical specifications</li><li>Cross-functional Leadership</li><li>Collaborate with global teams including construction, planning, engineering, and operations</li><li>Provide technical consultation to resolve complex issues</li><li>Mentor and guide junior engineers</li></ul> Requirements: <ul><li>Bachelor’s Degree in Mechanical Engineering or related field</li><li>8 or more years of facility engineering experience</li><li>Expertise in mechanical systems design and operations</li><li>Experience in construction execution and capital project management</li><li>Knowledge of reliability engineering and system optimization</li></ul>

Responsibilities: <ul><li>Testing &amp; Inspection: Conduct dimensional, mechanical, and electrical tests on incoming components, prototypes, and finished products (e.g., connectors and sensors).&nbsp;</li><li>Data Management: Record test results, prepare statistical performance reports, and analyze data for quality trends.&nbsp;</li><li>Quality Compliance: Assist in audits, maintain Quality Management System (QMS) documentation, and ensure adherence to standards like ISO 9001 and IATF 16949.&nbsp;</li><li>Problem Solving: Facilitate Root Cause Analysis (RCA), raise Non-Conformance Reports (NCRs), and support corrective action implementations.&nbsp;</li><li>Collaboration: Act as a liaison between production, engineering, and quality teams to troubleshoot issues and improve processes.&nbsp;</li></ul> Requirements: <ul><li>Education: Diploma in Engineering (e.g., Electrical, Mechanical) or an Associates degree/relevant vocational qualification.</li><li>Experience: Typically requires 2 to 5+ years of hands-on experience in a manufacturing, quality, or testing environment (often dealing with automotive or electronic assemblies).</li><li>Technical Skills: Familiarity with test equipment (e.g., microscopes, multimeters, Universal Testing Machines), blueprint reading, and Geometric Dimensioning and Tolerancing (GD&amp;T).</li><li>Core Tools: Understanding of core quality methodologies such as 8D, FMEA, and SPC.&nbsp;</li></ul>

Responsibilities: <ul><li>Lead a global team of Advanced Quality Engineers in support of all new product introductions for a Strategic Product Line Portfolio within the Digital Data Networks (DDN) business unit. Lead all AQE activities from project inception to product launch and introduction.</li><li>Participate in the project Kick-off Meetings, support project team development for internal requirements, customer specific requirements, Risk Priority Number (RPN) reductions, analyze SPC data, etc.</li><li>Serve as the liaison between engineering and the plants on new product introductions to ensure robust process capability on all programs.</li><li>Attend project meetings and APQP driven events with the customers and the Project/Program Management Team.</li><li>Document the results for specific program characteristics and ensure the internal and external requirements are met including deviations.</li><li>Accountable for developing and driving on time delivery of Control Plans, Capability Studies, Part drawings, Inspection Instructions, Gage design and R&amp;R, DFMEAs, PFMEAs, AFMEAs for all assigned projects. Ensure the products developed are Designed for Manufacturing &amp; Assembly (DfMA) and are launched capably of meeting internal requirements and customer requirements.</li><li>Understand product requirements and define/approve Design Validation Test (DVT) and quality plans to ensure products meet the product specifications.</li><li>Authorize and approve that all Design Validation Test (DVT) results meet product specifications and customer requirements.</li><li>Actively participate in early product Concept Reviews and Design Review meetings with the Product Development Engineering (PDE) for the assigned product, related tooling and fixturing, and overall quality plans.</li><li>Generate and/or champion 8-Ds for the prototype process including 8-Ds for problem solving, test failures, and prototype failures.</li><li>Complete the Change Control process and identify special characteristics for projects/programs.</li><li>Work in conjunction with the Manufacturing Process Development Engineering (MPDE) teams to ensure the manufacturing process and equipment meets the product’s defined quality level and that the process also meets the capability levels identified for the product and project.</li><li>Assemble and submit PPAP package on time to the customer specific requirement.</li><li>Team with Supplier Quality Engineers to conduct and analyze process capability studies in support of Final Tool Approval (FTAR) for all tools and production lines associated with the project using the Comprehensive Tool Approval Report (CTAR), support completion of Supplier PPAPs.</li><li>Perform Six Sigma Capability Analysis of new equipment/processes to reduce variation.</li><li>Regularly reports to executive management on the overall performance and effectiveness of the Global Supplier Quality Program.</li><li>Drive high performance organization by providing your team routine coaching and feedback, holding your team accountable to meet performance objectives, and providing meaningful development to increase individual/team capability.</li><li>Manage employee well-being by prioritizing work, effectively managing resource loading, and providing flexibility to enable employees to successfully balance their work and personal lives.</li><li>Drive organization effectiveness by structuring your organization in a way that best enables the BU strategy, maximizes resource efficiency and productivity, and provides role clarity and clear lines of accountability.</li><li>Manage the talent in your organization to support the business now and to proactively prepare for the future by identifying organization skillset/role gaps, implementing plans to fill any skillset/role gaps, and assessing current talent fit to ensure the right talent is matched to the right roles to best meet the needs of the business.</li></ul> Requirements: <ul><li>Bachelor/ Master’s degree in technical discipline (Electrical Engineering, Electronics, Mechatronics)</li><li>10+ years of Experience in Quality, Advanced Quality Engineering, and working in global organizations.</li><li>Experience managing engineering teams in cross-functional, multi-site global organizations to drive effectiveness across geographical boundaries and deliver projects with multiple dependencies and constraints.</li><li>Demonstrated ability to forge strong internal working relationships with senior functional counterpart leaders.</li><li>Experience in the use of Lean, Six Sigma, Design for Six Sigma (DFSS), Design for Manufacturability &amp; Assembly (DfMA), Kaizen, 8D and other advanced statistical methods including Design of Experiments (DoE), Statistical Process Control (SPC) and Process Capability (CpK) analysis techniques.</li><li>Comprehensive knowledge and understanding of departmental, company, and corporate procedures and systems, i.e. ISO9000, ISO9001, IATF16949, ISO14001, VDA, PPAP, DFMEAs, PFMEAs, APQP Gate Reviews, GD&amp;T.</li><li>Excellent verbal and written communication skills and the ability to interact professionally with customers, leadership, stakeholders, cross functional teams and subject matter experts.</li><li>Proven track record of being able to work on multiple demanding programs in parallel while maintaining on-time completion of all defined project tasks and deliverables.</li><li>Ability to prioritize responsibilities in a fast-paced dynamic work environment.</li><li>Willingness to travel as required, ~30%</li></ul>

Responsibilities: <ul><li>Own the site-level RDA strategy and annual roadmap aligned to NAND TD technology nodes.</li><li>Lead analysis of experimental and production flows to detect, classify, and trend systematic and random defects.</li><li>Establish, track, and report program health metrics (baseline health, detection rates, false positives, MTTR).</li><li>Direct fast containment for defect excursions: trigger tool quarantines, define hold criteria, and lead 8D corrective actions.</li><li>Architect inspection recipes and sampling strategies; optimize sensitivity, throughput, and cost of ownership.</li><li>Partner with Process Integration, Yield, and Data Science to correlate inspection signals to device performance and yield.</li><li>Influence supplier roadmaps; evaluate, qualify, and release next gen optical/e-beam inspection capabilities.</li><li>Standardize and disseminate Best Known Methods (BKM) across global TD and manufacturing sites.</li><li>Mentor, coach, and upskill engineers; develop succession plans and technical ladders within the RDA domain.</li><li>Champion safety and continuous improvement (CIP); drive kaizen/lean initiatives that improve cycle time and learning velocity.</li></ul> Requirements: <ul><li>Bachelor’s degree with 7+ years relevant semiconductor experience, or Master’s/PhD with 5+ years.</li><li>Minimum 3+ years hands-on RDA experience in semiconductor manufacturing or equipment engineering.</li><li>Demonstrated expertise in defect inspection, process monitoring, and yield learning.</li></ul> Technical Competencies <ul><li>Realtime Defect Analysis (RDA) systems and workflows.</li><li>Optical and e-beam inspection technologies.</li><li>Statistical data analysis, correlation development, and large dataset interpretation.</li><li>Semiconductor process integration and technology development.</li><li>Root cause analysis and systematic problem solving (e.g., 8D, DMAIC).</li><li>Leadership &amp; Behavioral Competencies</li><li>Recognized technical authority with the ability to influence without direct authority.</li><li>Strong mentoring and coaching mindset with proven talent development outcomes.</li><li>Clear, concise communication skills across technical and executive audiences.</li><li>Ownership-driven, execution-focused; comfortable operating in ambiguity.</li><li>Impact &amp; Success Measures</li><li>Reduced defect-related yield loss and faster learning cycles.</li><li>On-time qualification and adoption of next-generation inspection capabilities.</li><li>Uplift in organizational RDA skill depth and succession pipeline.</li><li>Alignment of inspection strategy and capability to future NAND nodes.</li></ul>

Responsibilities: <ul><li>Own and lead the process engineering function for cleanroom assembly, end-of-line test and pre-packing, ensuring safe, compliant and capable processes that meet cost, quality, safety and delivery targets.</li><li>Define department objectives, KPI dashboard and governance (e.g., NPI definition and handover lead times, first pass yields, failure rates, quality qppm) and drive execution through standard routines and reviews.</li><li>Lead, coach and develop a team of process engineers / technicians; set clear expectations, provide performance feedback, support competency development and ensure effective succession and talent retention.</li><li>Plan and manage resources (headcount, skills, priorities) to support daily manufacturing needs, escalations, and strategic projects; balance workload across product series and value streams.</li><li>Own process engineering deliverables for NPI or transfer projects: feasibility, process concept, capacity planning, industrialization roadmap, and readiness reviews to ensure on-time SOP.</li><li>Lead cross-functional collaboration with Product Design, Quality, Production, Maintenance, Supply Chain and global counterparts to deliver robust processes supported by Design for Manufacturing / Assembly / Test (DFM / DFA / DFT) improvements.</li><li>Own the strategy and budget for process equipment, tools, fixtures, testers and workstations; approve specifications, manage procurement, acceptance, validation and release to production.</li><li>Drive continuous improvement programs (CIP / Darwin) to improve throughput, cycle time, productivity and cost; support CIP events and ensure sustained gains through standardization.</li><li>Ensure effective utilization of PFMEA and other quality tools to manage and mitigate quality risks during process development, acceptance and production release.</li><li>Develop engineering procedures to govern end-to-end process engineering activities across process design, definition, industrialization, handover, sustainment and continuous improvements.&nbsp;</li><li>Ensure upkeep of process work instructions in D365 via Process Control System as per global standards, including revisioning control based on valid change management procedures.</li><li>Ensure robust management of engineering changes (ECR), process changes and deviations, including impact assessment, validation and controlled implementation.</li><li>Own 8D problem-solving governance for process-related issues, ensure timely root-cause containment / corrective and preventive actions, lessons learned, and clear communication to stakeholders.</li><li>Drive safety, ergonomics and regulatory / ISO compliance for process engineering scope; ensure safe equipment and process design through risk assessments.</li><li>Drive the sustainable deployment of state-of-the-art engineering solutions on the assembly shop floor to enhance quality control through robust error-proofing (poka‑yoke) mechanisms and digitalizations.</li><li>Act as the site focal point to align with global and process engineering counterparts on technology roadmaps, best practices and standardization.</li><li>Manage departmental reporting, change control and communication: provide clear status updates, risks and mitigation plans to operations and leadership.</li><li>Support ad hoc tasks as assigned by superior.</li></ul> Requirements: <ul><li>8–12+ years’ experience in manufacturing/precision mechanical assembly (high-mix preferred), with demonstrated ownership of end-to-end process engineering (process development/industrialization, cleaning / helium leak testing, and controlled-environment or cleanroom assembly where applicable).</li><li>Bachelor’s/Master’s degree in Mechanical, Manufacturing, Industrial Engineering or equivalent; formal training in Lean/Six Sigma and structured problem solving will be added advantage.</li><li>Proven people leadership experience (hiring, coaching, performance management) with the ability to lead technical teams and influence cross-functional stakeholders to deliver manufacturing results.</li><li>Strong written and spoken English communication skills, including the ability to produce clear technical documentation, present KPI performance, and communicate risks / mitigation to leadership.</li><li>Strong understanding of mechanical / pneumatic / electromechanical systems, process equipment and tooling, with experience defining specifications, commissioning, qualification / validation and release to production.</li><li>Demonstrated ownership and governance mindset - sets clear standards, drives disciplined execution, and maintains strong internal / external customer focus.</li><li>Strong prioritization, planning and project management skills to manage multiple workstreams (daily support, escalations, NPI, CIP) under tight timelines and resource constraints.</li><li>Strong technical acumen in quality planning processes especially in definition of process controls based on PFMEA.</li><li>Data-driven operational leadership: builds KPI dashboards, drives root-cause problem solving (8D / A3), and delivers sustained improvements in yield, throughput / cycle time and qppm.</li><li>Strong stakeholder management and change leadership - able to drive alignment across Production, Quality, Maintenance, Supply Chain and global counterparts; comfortable leading reviews and escalations.</li></ul>

Responsibilities: <ul><li>Manage the complete product development life cycle (starting from voice of customer, ideation, Design Conceptualization, Creation of product specifications, 3D design, Prototyping, Product testing, Product qualification, Project Execution &amp; Sustenance till product end of life)</li><li>Build a deep understanding of market and customer needs by fostering a connection between the business engineering teams and the customer engineering teams</li><li>Work closely with customer/sales/PM in getting the right and clear VOC (voice of customer), make engineering evaluation/proposal to customer.</li><li>Maintain a System level understanding of customer application and the cable design/concept necessary for providing a solution to the customers’ expectation.</li><li>Follow LEANPD Project Process to support project team from PDE perspective to complete Project (NPI or Sustaining) on time, quality and budget.&nbsp;</li><li>Drive the development and release of product, scale-up through stage-gate reviews, ensuring milestone commitments are maintained.</li><li>Technical support to customer, sales, PM and plant team.&nbsp;</li><li>Conduct necessary test, engineering analysis, trouble shooting and verification.</li><li>Work with global manufacturing resources, procurement, and outside suppliers to meet all company technical, quality, and cost objectives</li><li>Introduce breakthrough technologies by partnering technically with our customers worldwide and with our company Global competency centers to enhance business revenue &amp; growth.</li></ul> Requirements: <ul><li>Bachelor degree (Mechanical) required and Master is preferred</li><li>Knowledge about various phases of product realization and product development</li><li>Knowledge of state-of-the-art design tools such as 3D Computer Aided Design (CAD), modelling, Geometric Dimension &amp; Tolerancing (GD&amp;T), electrical &amp; electronic design and Simulation</li><li>Basic knowledge in manufacturing process (machining, molding, stamping, plating, etc.) will be a plus.</li><li>Basic knowledge in material (metal/plastic) properties will be a plus.</li><li>Knowledge of power distribution system and connection components.</li><li>Familiarity with power safety standards and agency approval of power connector/cable/cable assembly.</li><li>Basic FEA simulation on mechanical, mold-flow, and Thermal.</li><li>Familiarity with quality tools (FMEA, 6sigma, DOE, 8D…) will be a plus.</li><li>10+ years working experience as new product development related position and 5+ years of working experience on product developing of RF Products/Antennas.</li><li>Connector, especially Power/Industrial/Auto connector design background will be a plus.</li><li>Experience on power distribution inter/intra system is required.</li><li>This position is highly technical and requires an individual who can work independently.</li><li>Experience on product compliance certification (Product, Safety, Environment substance control)</li><li>Experience in design for manufacturing and assembly (DFMA), design for cost (DFC), design for manufacturing (DFM)</li><li>Application Engineering: Ability to understand customer requirements &amp; offer engineering solutions</li><li>Engineering management across cross functional teams: Developing technical roadmaps to align with market direction &amp; communicating it across business units, management &amp; customers to share applicable technology</li><li>Working together with global team.</li><li>Optimizing engineering &amp; innovation: Defining &amp; managing IP strategy &amp; constantly improving products through R&amp;D</li><li>Quick learning capability: Acquire the necessary skill set, assuring succession &amp; phase in the organization, procedure and culture.</li><li>Quality controller: Ability to assure quality for services, documents and prints.</li><li>Good presentation skills with usage of PowerPoint</li></ul>

Responsibilities: Automation &amp; Process Development <ul><li>Lead end-to-end development of automation systems, including concept design, hardware/software selection, prototyping, testing, validation, and full-scale implementation.</li><li>Conduct hands-on experimental trials to validate manufacturing processes and gather performance data.</li><li>Collaborate with Product Development teams to ensure designs align with automation and manufacturability standards.</li><li>Develop engineering specifications, preliminary designs, and support pre-production builds and testing.</li></ul> Process Optimization &amp; Problem Solving <ul><li>Apply data-driven methodologies such as Six Sigma, DMAIC, and 8D to identify root causes and improve process capability.</li><li>Analyze yield and process data to develop optimization strategies and enhance efficiency.</li><li>Research and implement new technologies and manufacturing techniques to improve quality and reduce costs.</li></ul> Project &amp; Stakeholder Management <ul><li>Manage multiple engineering projects simultaneously in a fast-paced environment.</li><li>Collaborate with vendors and cross-functional teams to support automation and process development initiatives.</li><li>Provide technical leadership and communicate complex concepts effectively to stakeholders.</li></ul> Documentation &amp; Innovation <ul><li>Prepare detailed technical documentation, design drawings, and process implementation requirements.</li><li>Support submission of invention disclosures for innovative concepts.</li><li>Contribute to the development and deployment of next-generation manufacturing technologies, including AI-driven solutions.</li></ul> Requirements: Education <ul><li>Bachelor’s degree in Electrical, Mechanical, Robotics, Mechatronics, or Electro-Mechanical Engineering (minimum).</li></ul> Experience <ul><li>5–7 years of experience in automation systems and manufacturing engineering.</li><li>Proven experience leading automation projects from concept to implementation.</li></ul> Technical Skills <ul><li>Automation systems: PLCs, HMIs, VFDs, servo motors, sensors, and actuators</li><li>PLC programming: Omron, Siemens, Allen-Bradley</li><li>Industrial robotics troubleshooting: KUKA, ABB, EPSON</li><li>Vision systems: Keyence, Cognex</li><li>CAD tools: Creo, SolidWorks, AutoCAD (2D &amp; 3D)</li><li>Strong electrical and electronic troubleshooting skills</li><li>Experience with Six Sigma / DMAIC / 8D methodologies</li><li>Exposure to Artificial Intelligence (preferred)</li></ul>

Responsibilities: QMS Ownership for Deliverable Software <ul><li>Translate AS9115 Rev A and AS9100:2016 requirements into practical procedures, work instructions, and templates.</li><li>Establish processes covering software planning, development, integration, verification/validation, release, delivery, and post-delivery support.</li><li>Ensure the QMS supports multiple development models (Agile, Waterfall, Incremental) while enforcing required quality controls including reviews, approvals, traceability, and documentation.</li></ul> Software Planning &amp; Requirements Quality <ul><li>Lead the creation and maintenance of Software Quality Plans.</li><li>Establish standards for requirements management ensuring requirements are:</li></ul> <ul><li>Clear</li><li>Unambiguous</li><li>Testable</li><li>Maintain bidirectional traceability from:</li><li>Requirements → Design → Code → Test → Release.</li></ul> Configuration Management &amp; Change Control Define standards for Software Configuration Management (CM) including: <ul><li>Baselines</li><li>Configuration item identification</li><li>Change evaluation and approval</li><li>Configuration status accounting</li><li>Integrate software configuration management with product and system configuration processes.</li><li>Ensure CM covers software, documentation, tools, environments, and build/release artifacts.</li></ul> Supplier &amp; COTS/NDS Management <ul><li>Establish standards for evaluation and acceptance of Commercial Off-The-Shelf (COTS) and Non-Developmental Software (NDS) used in deliverable products.</li><li>Define AS9115 control applicability with both customers and suppliers.</li><li>Support supplier qualification, audits, and incoming verification for software deliverables and services.</li></ul> Verification, Validation &amp; Test Assurance <ul><li>Define verification standards within the QMS including:</li><li>Static analysis</li><li>Peer reviews</li><li>Unit testing</li><li>Integration testing</li><li>System testing</li><li>Regression testing</li><li>Security testing</li><li>Ensure independence of verification activities where required.</li><li>Maintain controlled test environments, data integrity, and objective evidence for compliance audits.</li></ul> Release, Delivery &amp; Post-Delivery Support Develop procedures for: <ul><li>Software release criteria</li><li>Delivery records</li><li>Installation documentation</li><li>Post-delivery issue management</li><li>Patching and configuration updates</li><li>Ensure all processes align with AS9115 standards.</li></ul> Audits, Metrics &amp; Continuous Improvement Lead internal and customer audits related to AS9115/AS9100 compliance. <ul><li>Manage Corrective and Preventive Actions (CAPA).</li><li>Support external and second-party audits with aerospace OEMs.</li><li>Define and track key quality KPIs, including:</li><li>Requirements volatility</li><li>Defect density</li><li>Defect escape rate</li><li>Verification coverage</li><li>Audit findings aging</li><li>Build reproducibility</li><li>Change lead time</li></ul> Requirements: Bachelor’s or Master’s degree in: <ul><li>Software Engineering</li><li>Computer Science</li><li>Systems Engineering or a related discipline.</li><li>Minimum 5 years of experience in software quality or software engineering within aerospace, defense, or other regulated industries.</li><li>Hands-on experience implementing AS9100 quality processes with working knowledge of AS9115 software lifecycle controls.</li></ul> Strong experience in: <ul><li>Requirements management</li><li>Configuration management</li><li>Verification and validation</li><li>Software release governance</li><li>Experience managing COTS/NDS software integration and supplier quality.</li><li>Proven ability to lead audit activities and corrective actions using structured problem-solving tools such as:</li><li>5 Why</li><li>Ishikawa</li><li>8D</li></ul> Preferred Qualifications <ul><li>Experience supporting AS9115 second-party audits with aerospace OEMs.</li><li>Familiarity with DO-178C concepts and coordination with DO-254/ED-80 hardware processes.</li><li>Experience with ALM/PLM and configuration management tools, such as:</li><li>Polarion</li><li>IBM DOORS</li><li>CodeBeamer</li><li>Git / GitLab</li><li>Bitbucket</li><li>Azure DevOps</li><li>Knowledge of CI/CD pipelines, static analysis tools, and unit testing frameworks.</li><li>Exposure to CMMI-DEV processes and experience aligning them with AS9115 quality objectives.</li></ul>

Responsibilities:﻿ <ul><li>Serve as the main contact for customer complaints and quality issues—coordinate root cause analysis and corrective actions (8D, CAPA), ensuring robust and timely responses.</li><li>Monitor complaint trends, DPPM, COPQ, warranty returns, and initiate improvement initiatives when necessary</li><li>Investigate internal and supplier quality issues; lead supplier audits, performance evaluations, process audits, and enforce corrective measures</li><li>Review customer contracts and quality requirements (PPM targets, FAI demands, Q-certifications); communicate deviations and ensure alignment across internal teams.&nbsp;</li><li>Conduct onsite visits to customer plants and supplier locations for quality discussions, complaint containment, and relationship building</li></ul> Requirements: <ul><li>Must have experience in the automotive industry (Tier 1 or Tier 2).</li><li>Familiarity with quality management for connectors, harnesses, and cable products is preferred (but not mandatory).</li><li>Approximately 5 years, ideally under 30 years of age, with growth potential.</li><li>Familiarity with customer quality complaint handling processes.</li><li>Proficiency in quality tools (e.g., 8D, 5 Whys, FMEA).</li><li>Preference will be given to candidates with AQE/PQE experience.</li><li>Working proficiency in English is a plus.</li><li>Associate degree or higher; a bachelors degree is preferred.</li></ul>

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14 8d chs Jobs found

Advanced Quality, Senior Engineer

Staff Mechanical Engineer – Global Facilities

Quality & Reliability Technician

Sr. Manager, Quality & Reliability Engineering

Staff/Principal Engineer, NAND TD, RDA

Process Engineering Manager

Senior Product Development Engineer

Sr. Manufacturing & Process Development Engineer

Staff Advanced Quality Engineer (Software)

Customer Quality Engineer (CQE)

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14 8d chs Jobs found

Advanced Quality, Senior Engineer

Staff Mechanical Engineer – Global Facilities

Quality & Reliability Technician

Sr. Manager, Quality & Reliability Engineering

Staff/Principal Engineer, NAND TD, RDA

Process Engineering Manager

Senior Product Development Engineer

Sr. Manufacturing & Process Development Engineer

Staff Advanced Quality Engineer (Software)

Customer Quality Engineer (CQE)

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WhiteCrow is on a mission to connect companies with the best talent across the globe.