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Develops, fabricates, inspects, and ships prototypes made from advanced ceramic and composite materials. Improves materials-processing and manufacturing methods, programs and operates equipment, documents experimentation, and provides design-for-manufacturability input. Interfaces with customers, vendors, test laboratories, and manufacturers. Transfers successful processes to production by writing standard work, specifying equipment, training personnel, and monitoring results. Participates in Lean, Six Sigma, Kaizen, FMEA, yield improvement, quality, and environmental initiatives.

Supports semiconductor process equipment across sites, maintenance teams, and process engineering. Optimizes equipment performance with vendors, suppliers, machine shops, and OEMs; leads retrofits and upgrades for ion implanters; and drives defectivity, cost-of-ownership, and continuous-improvement initiatives. The role requires hands-on cleanroom and laboratory work, adherence to EHS and quality standards, strong cross-functional communication, and the ability to understand complex automated systems.

Leads oxide crystal growth process development, optimization, scale-up, and troubleshooting using Czochralski techniques. Designs and sources furnaces and related equipment, defines materials and performance specifications, creates drawings and documentation, supports installation and qualification, performs crystal characterization, and ensures safety, quality, and manufacturing compliance.

Supervises training and procedures activities for MPZ operations at Coherent, supporting employee development, procedural consistency, and operational performance. The provided description does not include detailed day-to-day responsibilities or required qualifications.

Develops and machines prototypes made from advanced ceramics and metal matrix composites. Responsibilities include CNC programming, milling, grinding, EDM, lapping, fixture fabrication, process optimization, inspection, data collection, documentation, and product transfer to manufacturing. The role also supports Lean and Kaizen initiatives, specifies production equipment, trains personnel, and monitors manufacturing results in an on-site shop environment.

Develops, optimizes, and transfers thin-film semiconductor processes involving sputtering, evaporation, CVD, and RTA. Owns process equipment, improves yield and reliability, troubleshoots manufacturing issues, and supports automation, equipment qualification, and technology transfers. Characterizes films using multiple metrology techniques and applies SPC, DOE, statistical analysis, and process control methods. Creates process documentation, supports new product development, trains technicians, and works in cleanroom and hazardous-material environments.

Develops, fabricates, programs, and ships prototypes made from advanced ceramics and metal matrix composites. Improves materials processing, machining, thermal processing, assembly, inspection, and manufacturing methods. Interfaces with vendors and customers, creates process documentation, transfers successful methods to manufacturing, trains personnel, and supports Lean, Six Sigma, Kaizen, FMEA, ISO, and yield improvement initiatives.

Leads R&D machining engineering for prototype development using CAD, CAM, FEA, and advanced machining processes. Designs and fabricates ceramic and composite prototypes, programs equipment, interfaces with suppliers and customers, documents results, and transfers successful products to manufacturing. Supervises and develops engineers and technicians, supports equipment expansion, conducts trials, writes procedures, and participates in Lean/Kaizen initiatives.

Develops silicon photonics and heterogeneous integration device and circuit concepts for optical interconnect, datacom, and optical I/O applications. Models optical, electrical, thermal, and link-level behavior; plans and verifies prototypes; and ensures fabrication-aware designs. Leads technical evaluations, trade-off studies, roadmap input, and design reviews while coordinating with design, process, packaging, reliability, test, and external partner teams. Requires advanced photonics expertise, fabrication experience, simulation skills, and cross-functional technical leadership.

Leads development and continuous improvement of silicon photonics wafer-level testing and characterization. Responsibilities include RF and electro-optical measurements, optical alignment, automated test software, data analysis, wafer mapping, root-cause investigations, design-for-test improvements, and cross-functional collaboration with design, process, packaging, manufacturing, and foundry teams. Provides technical leadership, mentorship, documentation, and review of test methodologies and conclusions.