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Support and characterize Surfscan semiconductor wafer inspection products: troubleshoot complex optics, lasers, imaging, electronics, motion and robotics systems; develop test plans, analyze data, publish application notes, run demos and beta evaluations, and collaborate with engineering, sales, and marketing to drive product adoption and solve yield issues.

Develop and optimize deep learning, foundation, and GenAI models for semiconductor image processing and computer vision. Responsibilities include translating product requirements into model designs, prototyping, training, tuning, validating, analyzing bottlenecks, optimizing architectures and precision, and deploying efficient models. The role requires collaboration and technical presentations, with travel up to 10%.

Sustain mechanical design for RAPID legacy semiconductor inspection systems. Lead design, analysis (FEA, thermal, CFD), prototyping, testing and integration of opto-mechanical modules, precision mechanisms, packaging and mechatronic systems. Manage vendor relationships, select materials and fabrication methods, support manufacturing handoff, and resolve obsolescence and performance issues.

Verifies semiconductor metrology systems at the factory, troubleshoots production issues, identifies root causes, develops corrective action plans, guides manufacturing execution, collaborates with European engineering teams, approves tool shipments, and optimizes bills of materials, procedures, and configurations for cost, availability, and scalability. The role requires international travel to Europe for training.

Develop and deploy CAPRES semiconductor metrology applications, characterize electrical and magnetic measurements, analyze data, and create application methodologies and documentation. Support U.S. customer engagements through on-site evaluations, recipe setup, optimization, troubleshooting, process integration, and use-case qualification. Capture customer requirements and recommend tool and software improvements while collaborating with engineering, marketing, field, and global teams.

Develop and troubleshoot complex multidisciplinary software and hardware systems for semiconductor inspection products. Responsibilities include C++ software architecture and development, multithreading, memory optimization, performance profiling, debugging, system optimization, database design, unit testing, and SDLC activities on Windows and Linux. The engineer will use Git and CI/CD pipelines, collaborate across organizational levels, and travel to customer sites for software troubleshooting.

Lead complex software programs for semiconductor inspection tools, managing full delivery lifecycle and ensuring integration with hardware systems, driving cross-functional collaboration and adapting to customer needs.

Develop next-generation semiconductor mask inspection systems by defining subsystem architectures, requirements, designs, and test plans. Coordinate mechanical, electron optics, electrical, software, and systems engineering teams through prototype integration, testing, calibration, manufacturing, and service. Troubleshoot system issues, validate performance, support customers and field operations, document procedures, and train stakeholders. The role requires expertise in signal processing, imaging, electron optics, particle beam physics, and related instrumentation, with up to 25% international travel.

Leads software sustaining, escalation resolution, debugging, root-cause analysis, validation, release quality, and customer-specific fixes for Surfscan semiconductor inspection systems. Coordinates globally distributed engineering, support, applications, service, and escalation teams. Drives automation, diagnostics, regression testing, deployment readiness, documentation, and reliability improvements. Provides occasional customer-site and off-hours support, including domestic and international travel for critical escalations and deployments.

Lead end-to-end mechanical and opto-mechanical design for semiconductor inspection systems: define requirements, perform structural/modal/thermal/CFD analyses, optimize vibration isolation, drive concept development, prototype, validate, and manage manufacturing handoff and cross-functional collaboration.