Top Tech Jobs & Startup Jobs

Leads the design, simulation, optimization, and performance improvement of electron beam columns and electron-optical subsystems for semiconductor inspection and metrology systems. Responsibilities include magnetic lens and field modeling, charged-particle trajectory analysis, Monte Carlo simulations, hardware troubleshooting, experimental-data correlation, and system-level investigations. The engineer independently leads complex technical projects, collaborates with multidisciplinary teams, communicates technical findings, participates in design reviews, and mentors engineering staff.

Lead new product introduction and manufacturing transfer for advanced eBeam inspection systems. Coordinate Engineering, Manufacturing, Quality, Supply Chain, and suppliers through beta builds, production release, design changes, configuration management, and operational readiness. Drive design-for-manufacturability improvements, troubleshoot complex electromechanical systems, manage project plans, support supplier qualification and field activities, and present technical recommendations to leadership. Travel up to 20% is required, including trips to Singapore and Milpitas.

Develop and execute marketing strategies for Broadband Plasma semiconductor inspection products. Collaborate with customers, engineering, business units, and product teams on beta evaluations, early collaborations, product launches, customer targeting, demonstrations, and product requirements. Build customer relationships, identify technical challenges, develop competitive strategies, forecast market trends, and create technical presentations. Frequent travel to customer sites and KLA headquarters is required.

Provides advanced technical support for KLA semiconductor equipment when field teams cannot resolve issues. Troubleshoots complex hardware and software integration problems in wafer film and CD metrology systems, collaborates with specialists to restore equipment functionality, documents troubleshooting processes and technical findings, and prepares service reports and presentations. The role requires strong diagnostic and analytical skills, communication abilities, Microsoft Office proficiency, and potentially project management expertise.

Develop machine learning, image-processing, and IC design algorithms for semiconductor wafer inspection and metrology applications. Responsibilities include improving training sets and model performance, comparing machine learning models, extracting signal from noisy images, collaborating across product lifecycles, defining performance specifications, and supporting product demonstrations and beta testing. Travel of up to 30% may be required.

Lead system and subsystem integration, testing, characterization, and specification activities for semiconductor inspection systems. Define architectures, create test plans, resolve complex optical-mechanical and system issues, and support manufacturing and field service teams. Deliver technical training, maintain documentation, coordinate cross-functional projects, report progress and risks, and contribute to product strategy and roadmap alignment. Requires an advanced technical degree and preferably more than three years of relevant experience, with up to 20% international travel.

Lead customer acceptance and qualification of semiconductor manufacturing systems. Analyze large datasets, validate system performance against customer requirements, troubleshoot hardware, application, and quality issues, and coordinate with engineering, manufacturing, quality, and field teams to deliver tools on schedule and to high standards.

Leads the architecture, design, modeling, validation, and optimization of advanced electron optical systems for semiconductor inspection, review, and metrology equipment. Responsibilities include developing electron sources, columns, lenses, detectors, and deflection systems; performing charged-particle simulations and tolerance analyses; validating performance experimentally; resolving complex technical issues; supporting production transfer and manufacturability; and providing technical leadership and mentorship.

Design, develop, test, and maintain software for advanced semiconductor systems. Participate in the full software lifecycle, collaborate with systems and hardware engineers, investigate field issues, perform root-cause analysis, create technical documentation, contribute to architecture decisions, and support product releases. The role also includes leading software development projects involving planning, coordination, execution tracking, and delivery.

Supports semiconductor inspection products through customer demonstrations, product characterization, troubleshooting, test-plan execution, training, documentation, and collaboration with engineering, marketing, and sales teams. Investigates semiconductor manufacturing yield issues, develops inspection solutions, communicates product value, and supports alpha, beta, and ramp activities. The role requires extensive customer interaction and more than 70% travel.