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Develops and implements manufacturing and assembly processes for new products transitioning to production. Designs tooling and fixtures, creates work instructions and time standards, supports NPI builds and low-volume production, reviews drawings and tolerances, improves process efficiency, coordinates product transfers, and resolves manufacturing issues through root-cause corrective action. Requires electronics manufacturing experience, PCB/PCBA knowledge, CAD proficiency, and understanding of ISO, IPC, and J-Standard requirements.

Develops and implements manufacturing and assembly processes for new products transitioning to production. Responsibilities include designing tooling and fixtures, creating work instructions and time standards, supporting NPI builds and low-volume production, reviewing drawings and tolerances, applying DFM principles, improving workflow and efficiency, managing product transfers, and resolving quality issues through root-cause and corrective-action methods.

Develops and implements fabrication and assembly processes for transitioning new products into production. Responsibilities include designing tooling and fixtures, creating work instructions and time standards, supporting new product introduction builds, reviewing drawings and tolerances, optimizing process flow, analyzing production efficiency, managing product transfers, and resolving quality issues through root-cause corrective actions. The role supports low-volume, high-precision electronic products and requires on-site work in Hauppauge, New York.

Temporarily maintain raw material and subassembly expediting schedules, urgent and critical material reports, and supplier communications to ensure timely customer requirements. Coordinate with production, planning, suppliers, and other departments to maintain material availability and inventory-control programs. Follow applicable health, safety, and environmental policies. The role requires advanced supplier expediting and inventory-control knowledge, advanced Excel skills, analytical attention to detail, project multitasking, bilingual English-Spanish communication, and schedule flexibility.

Designs and develops advanced power electronics and digital control systems, including circuit modeling, simulation, component selection, prototyping, testing, troubleshooting, system integration, and documentation. Leads product architecture, design reviews, verification, reliability analysis, and technology roadmaps. The role requires expertise in power conversion, PID controls, semiconductor technologies, magnetics, analog circuits, multi-physics simulation, and prognostic health monitoring, while mentoring colleagues and collaborating across multidisciplinary teams.

Lead global demand, production, inventory, and material planning functions. Own S&OP/SIOP strategy, optimize planning processes, improve ERP planning maturity, set KPIs, drive continuous improvement, hire and develop planning teams, and align cross-functional activities to meet customer commitments.

The PCB Designer will develop high-density PCBs, collaborate with engineers, participate in design reviews, and ensure manufacturability standards are met.

The Mechanical Engineer role involves leading mechanical design, collaborating on projects, performing engineering calculations, and mentoring other engineers, focusing on power electronics packaging.

The Director of Embedded Systems Engineering will lead a team in the design, development, and testing of firmware and software for high voltage power supplies, while ensuring project execution and team development align with company strategy and market needs.

Design, develop, test, and document firmware/software for high-voltage power supplies. Implement embedded firmware (RTOS), FPGA/CPLD code, and digital control features; support verification, revision control, cross-team collaboration, and customer-facing technical documentation.