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Supports semiconductor customers through product installation, upgrades, testing, troubleshooting, training, demonstrations, and application projects. Diagnoses wafer characterization issues, develops best-known methods and use cases, prepares technical documentation, and supports competitive and gap analysis. The role also contributes to customer evaluations, sales support, and training of new engineers after achieving product certification.

Supports semiconductor customer engagement projects through wafer test planning, wafer characterization, problem diagnosis, technical documentation, product demonstrations, and customer training. The role contributes to collaboration, beta projects, gap analysis, best-known methods, and resolution of customer issues. Candidates need engineering applications experience, customer processing knowledge, strong technical communication, and proficiency with computer applications for data analysis. Semiconductor fabrication, defect detection, metrology, process control, and yield management experience are advantageous.

Design and develop integrated power systems, electrical modules, and subsystems for semiconductor inspection and measurement tools. Responsibilities include power distribution analysis, PLC programming, safety-interlock integration, electrical drafting, BOM and test procedure development, design reviews, prototype procurement, laboratory testing, system validation, manufacturing handoff, and supplier collaboration. The role supports AC and DC power systems, electro-mechanical integration, communications, and compliance with applicable industry standards.

Develop and support semiconductor wafer inspection applications at customer fabrication facilities. Translate customer needs into product solutions, feature requirements, test plans, data analyses, application notes, and best-known methods. Demonstrate tools and features during evaluations, beta testing, and production ramps; investigate yield issues; develop inspection solutions; and communicate product value and use cases to engineering, marketing, and sales teams.

Leads systems engineering for next-generation eBeam semiconductor inspection and imaging systems across the product lifecycle. Defines requirements, architecture, interfaces, performance budgets, and technical roadmaps; drives integration, validation, optimization, and technical risk resolution. Coordinates multidisciplinary engineering teams across hardware, software, optics, electronics, manufacturing, service, and applications. Supports customer deployments, resolves critical issues, mentors engineers, and translates semiconductor customer needs into product requirements.

Provides hands-on technical support for semiconductor equipment escalations, troubleshooting complex system-performance issues at customer sites. Develops action plans, analyzes system data, documents best-known methods, writes technical reports, trains support personnel, and partners with engineering and field teams on sustaining and reliability improvements. The role supports advanced panel-process platforms and OSAT customers, requires clean-room work, and includes travel and extended customer-site deployments.

Own and improve software requirements for semiconductor manufacturing solutions. Shape product features, translate customer and stakeholder needs into clear specifications, facilitate discussions across customers, engineers, and developers, and support collaboration between global teams. Build expertise in semiconductor manufacturing and software development while applying AI tools, agents, and workflow automation to improve requirements engineering and documentation.

Drive enterprise IDeliver adoption, governance, operational health, Spec Management, and continuous improvement. Coordinate cross-functional initiatives across Engineering, Service, Marketing, Operations, IT, and regional teams. Monitor KPIs, manage risks and dependencies, develop executive dashboards, standardize processes, support training and rollouts, and identify automation and AI-enabled opportunities to improve customer workflows and operational efficiency.

Architect, deploy, optimize, and support Kubernetes clusters and Linux-based HPC infrastructure. Responsibilities include networking, storage, GPU and compute platform support, automation, infrastructure provisioning, system imaging, hardware qualification, vendor collaboration, technical documentation, and lifecycle management. The role focuses on scalable, reliable, high-performance infrastructure for semiconductor inspection systems and requires expertise in enterprise Linux, Kubernetes, HPC architectures, networking, storage, scripting, and configuration management.

Own the complete mechanical design lifecycle for semiconductor chemical metrology and dosing systems, from requirements, feasibility, CAD modeling, and detailed drawings through prototyping, integration, testing, production release, and sustaining support. Lead mechanical designs, BOMs, documentation, design reviews, customization, verification, change management, and cross-functional issue resolution across electrical, software, manufacturing, supply chain, quality, regulatory, and service teams.