Jobs at Lumentum

Owns wafer fab equipment tool sets, improving availability, performance, reliability, yield, quality, and cost. Designs maintenance programs, analyzes equipment metrics, writes procedures and troubleshooting guides, evaluates new equipment, manages installations and upgrades, supports technicians during troubleshooting, and maintains spare-parts BOMs. Requires cleanroom equipment maintenance experience and knowledge of electronics, electromechanical systems, vacuum, pneumatics, EHS, and Microsoft Office tools.

Leads the design and development of fixtures, jigs, tooling, and mechanical support equipment for manufacturing and engineering. Creates CAD models, drawings, BOMs, and documentation while applying DFM/DFA, material selection, tolerancing, and manufacturing knowledge. Collaborates with cross-functional teams and suppliers, supports prototypes and validation, resolves performance issues, and independently manages designs from concept through release. Provides technical guidance and ensures solutions meet cost, quality, safety, reliability, and schedule requirements.

Provides senior technical ownership for Cloud products throughout development, industrialization, NPI, volume ramp, and sustaining engineering. Leads manufacturability, qualification, product transfer, yield, quality, reliability, cost, root-cause, and corrective-action initiatives. Partners with Manufacturing, R&D, Process Engineering, Quality, NPI, Supply Chain, and global teams to ensure production readiness and lifecycle performance. The role also drives technical decisions, risk management, engineering changes, stakeholder communication, and mentoring.

Develop and release automated test systems, strategies, processes, and tools for high-volume production of optical components. Analyze test data, troubleshoot root causes, improve yield, optimize test time and cost, and lead failure-analysis activities. Collaborate with R&D, test engineering, operations, and external suppliers to improve tester utilization, manufacturability, quality, and production scalability.

Maintains and improves manufacturing processes for optical and photonic products. Responsibilities include monitoring process performance, troubleshooting production and quality issues, conducting root-cause analysis, implementing corrective actions, improving yield and efficiency, supporting new product introduction and process validation, developing documentation, and ensuring compliance with quality, safety, ESD, cleanroom, and customer requirements.

Manage design quality activities for optical transceivers, including design reviews, buyoffs, FMEA reviews, failure analysis, and cross-functional issue resolution. Maintain lessons learned across design and mass production phases. Apply quality methodologies and statistical analysis to support data-driven conclusions and continuous improvement.

Integrate high-speed optical transceiver test boards into mass manufacturing. Responsibilities include coordinating PCBA fabrication and assembly, board bring-up, hardware debugging, component and accessory evaluation, supplier collaboration, documentation, NPI support, production deployment, equipment qualification, manufacturing transfer, and analysis of hardware-related production yield issues.

Lead development and optimization of AA coupling technical solutions, drive process evaluation, improve yields, and mentor junior engineers.

Develop and maintain automated test systems for optical transceiver products. Create test plans, validation procedures, specifications, and documentation; analyze test data; troubleshoot issues; support root cause analysis and resolution; and guide new product introduction through production ramp. Improve test efficiency, accuracy, stability, and coverage while collaborating with cross-functional engineering and manufacturing teams.

Leads AI/ML-based process optimization, yield improvement, anomaly detection, data pipelines, dashboards, and manufacturing innovation across semiconductor laser production lines. Manages improvement projects targeting cycle-time reduction, bottleneck removal, and process stability while collaborating with product, quality, and process engineering teams.

Provides sales support and market analysis by analyzing customer and market data, researching competitors, developing account plans, supporting customer follow-up, preparing presentations, conducting SWOT analysis, identifying trends, interpreting findings, and assessing business risks.

Defines and implements reliability qualification programs for optical and optoelectronic components. Assesses ageing characteristics, failure modes, degradation models, and reliability risks using accelerated life testing, statistical analysis, and physics-of-failure methods. Collaborates with design, process, test, product, and quality engineering teams; interfaces with customers; prepares and defends technical reports; and supports root-cause analysis, characterization, and reliability-focused design improvements.

Manages the full contractor lifecycle at a controlled manufacturing site, ensuring approvals, inductions, competencies, insurance, RAMS, permits, safety compliance and performance standards are met. Coordinates contractor activities with production, facilities, engineering, EHS, security and project teams to minimize operational disruption. Conducts audits, investigates incidents, tracks corrective actions, manages reporting and supports maintenance, capital projects and infrastructure work. Authorized to stop unsafe or non-compliant contractor activities.

The Staff Electronics Component Engineer selects, qualifies, approves, and manages electronic components throughout their lifecycle. Responsibilities include maintaining specifications and approved vendor lists, reviewing BOMs and engineering changes, identifying alternates, assessing reliability and supply-chain risks, evaluating supplier changes, supporting failure analysis, and managing counterfeit-part controls. The role collaborates with engineering, quality, sourcing, manufacturing, compliance, and suppliers to ensure component performance, availability, regulatory compliance, and long-term reliability.

Owns the selection, qualification, reliability, lifecycle management, and approval of optical components for photonic, telecom, datacom, and laser products. The role evaluates specifications, tolerances, supplier changes, reliability data, and supply-chain risks; leads qualification testing; supports manufacturing and suppliers; and provides recommendations on component approval, alternates, engineering changes, and long-term product stability.

Leads mechanical component engineering for optical, telecom, datacom, and electronic products. Responsibilities include component selection, qualification, reliability oversight, lifecycle management, specifications, tolerance analysis, failure analysis, engineering change assessment, alternate-source qualification, and supplier collaboration. The role partners with design, manufacturing, procurement, compliance, and supplier quality teams to resolve component issues and ensure manufacturability, performance, quality, cost, and long-term availability.

Provides senior technical ownership for cloud products across industrialization, NPI, product transfer, production ramp, and sustaining engineering. Leads manufacturability, qualification, configuration control, yield, quality, reliability, cost, and complex issue resolution. Partners with Manufacturing, R&D, Quality, Process Engineering, NPI, Supply Chain, and global teams while mentoring engineers and driving product lifecycle improvements.

Lead end-to-end development and manufacturing readiness for complex optical switch modules. Responsibilities include NPI, process and product design reviews, troubleshooting production and yield issues, coordinating cross-functional teams, managing BOMs and suppliers, optimizing manufacturing processes, leading DFM and PFMEA, and maintaining work instructions. The role also requires data analysis and knowledge of assembly, testing, reliability, and materials science.

Designs and develops automated machinery and mechanical systems for production environments. Responsibilities include mechanical CAD, FEA and CFD analysis, robotics programming and integration, tooling and sensor selection, PLC and vision-system integration, GD&T, tolerance analysis, supplier assessment, lean manufacturing, troubleshooting, and equipment commissioning. The role also supports cross-functional product development, documentation, project management, and production ramp-up.

Supports new product introduction through product and process design reviews, BOM management, manufacturing process development, validation, operator training, and production readiness. Troubleshoots product, process, yield, quality, and cost issues; analyzes production data and process variation; and drives corrective actions, yield improvements, process stabilization, and transition to mass production in collaboration with engineering, supply chain, contract manufacturers, and suppliers.