Top Tech Jobs & Startup Jobs

Owns optical thin-film coating product development from customer inquiry and quotation through design, manufacturing readiness, production transfer, and analysis. Collaborates with customers, application and manufacturing engineers, operations, and production personnel to resolve technical issues and improve processes. Requires optical coating expertise, metrology knowledge, statistical process control, engineering problem-solving, customer communication, and occasional after-hours production support.

Hands-on industrial engineering role in a high-mix, low-volume electronics manufacturing environment. Responsibilities include developing work instructions, conducting time studies, line balancing, improving workstations and material flow, supporting new product introduction, capacity planning, production analysis, root cause investigations, lean initiatives, cost modeling, and make-versus-buy decisions. The role requires substantial production-floor engagement and collaboration with operators, planners, engineers, and leadership.

Designs and releases mechanical tooling, fixtures, support equipment, and engineering drawings for coating and production operations. Manages tooling inventory, vendors, purchasing, documentation, and work instructions. Provides floor troubleshooting and CAD support, assists with equipment and prototype integration, and leads continuous improvement, yield enhancement, and process optimization efforts across production, engineering, maintenance, and facilities teams.

Develops and improves manufacturing processes, equipment, and tooling for optical and photonics components. Responsibilities include process analysis, documentation, troubleshooting, root-cause correction, statistical process control, material qualification, quality and safety compliance, and collaboration with R&D, design, and quality teams. Provides technical support and training to manufacturing personnel while driving efficiency, cost reduction, manufacturability, and continuous improvement.

Drive sales and business development for inertial sensor and navigation solutions. Responsibilities include identifying opportunities, generating leads, managing distributors, analyzing customer requirements, developing technical proposals, processing orders, conducting product demonstrations, providing training and troubleshooting, supporting customers before and after sales, monitoring markets, and collaborating with sales and marketing teams to meet revenue targets.

Develops, owns, and improves thin-film pigment manufacturing processes and value streams. Supports production, equipment, tooling, quality, safety, documentation, root-cause investigations, CAPA, training, supplier quality, and new product introduction. Uses data analysis, Lean and Six Sigma to improve cost, quality, productivity, and safety. Collaborates with manufacturing, R&D, maintenance, procurement, vendors, and customers while managing multiple projects and providing hands-on shop-floor support.

Own manufacturing process development and industrialization for fiber-optic test instruments from prototype through volume production. Responsibilities include process flow, DFM/DFA, optical assembly, tooling and fixture qualification, documentation, PFMEA, statistical process control, pilot builds, manufacturing transfers, sustaining improvements, and cross-functional collaboration with R&D and contract manufacturers. The role requires hands-on precision assembly expertise, leadership, and approximately 15–25% domestic and international travel.

Designs, develops, debugs, tests, and maintains embedded firmware for network test and measurement products. Leads firmware architecture and feature implementation for microcontrollers and FPGAs, collaborates with hardware and software teams, performs validation and troubleshooting, documents designs and releases, supports existing products, and mentors junior engineers.

Design, develop, debug, and test embedded firmware for network test and measurement products. Responsibilities include translating requirements into firmware architectures, developing device drivers and RTOS components, implementing communication protocols, conducting automated and system-level testing, collaborating on hardware bring-up, troubleshooting complex issues, participating in code reviews, improving development processes, and mentoring junior engineers.

Leads new product introduction and manufacturing engineering for high-speed Ethernet test instruments. Develops manufacturing, assembly, test, tooling, and qualification processes; establishes DFM/DFT/DFA practices; supports SMT PCBA, box-build, and functional testing; analyzes process metrics, yield, cost, and failures; creates work instructions and readiness documentation; manages engineering changes, capital planning, and contract manufacturer relationships; and provides technical leadership across global operations.