Top Engineering Jobs

Develops and transfers semiconductor metrology applications using eBeam/SEM systems. Defines solutions for customer technology gaps, creates methodologies, optimizes system performance, conducts qualifications, and leads technical reviews. The role analyzes data, documents procedures, trains employees and customers, collaborates across teams, and manages projects from kickoff through completion. No travel is required; relocation is eligible.

Develops and implements eBeam/SEM metrology solutions for semiconductor customers. Leads new methodologies, system optimization, qualification, capability transfer, technical reviews, documentation, and training. Analyzes customer technology gaps, defines requirements, manages technical schedules, and leads projects from kickoff through completion. Requires customer-facing communication, complex problem-solving, consensus building, and collaboration across individual and group settings.

Develops and transfers eBeam/SEM metrology applications for semiconductor customers. Responsibilities include defining solutions, creating methodologies, qualifying new approaches, analyzing system performance, leading technical reviews and projects, documenting procedures, training users, and collaborating with customers to address technology gaps and requirements.

The Digital Tools Application Engineer will leverage customer insights and technical expertise to improve the WRA platform, manage customer relationships, lead technical reviews, and oversee project management activities to enhance service delivery for customers in the semiconductor industry.

Develops and maintains manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinates product improvements, reduces costs, improves quality, establishes time standards, recommends tooling, and conducts testing. Performs root-cause analysis, corrective actions, and PFMEA, while applying lean, automation, and continuous-improvement principles. Mentors junior engineers and supports iOMS and Gaspanel OMS mapping activities in manufacturing and cleanroom environments.

Designs, modifies, tests, analyzes, and troubleshoots complex electrical and electronic assemblies for semiconductor equipment. Develops specifications, engineering documentation, test reports, operating procedures, and innovative solutions. Coordinates component procurement and supplier development, leads engineering projects, resolves technical issues, and supports junior colleagues. The role also involves training technicians on failure analysis reporting and requires 20% travel.

Develop and deploy software and AI-driven data products for semiconductor process diagnostics and control. Collaborate with R&D, algorithms, product, field, and customer teams to optimize product performance, resolve complex issues, automate workflows with Python, prototype multi-source data applications, and contribute to product roadmaps. The role involves customer deployments at semiconductor fabs worldwide and approximately 50% travel.

Designs, modifies, tests, documents, and troubleshoots complex electrical equipment and assemblies. Responsibilities include electrical schematics, switchgear and protection selection, safety interlocks, power control design, component troubleshooting, engineering analysis, supplier coordination, product specifications, and technical leadership. Requires familiarity with NFPA, SEMI, and UL508A standards, basic industrial communication protocols, E3S, and Teamcenter.

Provides software support for Applied Materials equipment, resolving low-complexity application and systems issues with supervision. Supports customers through a ticketing system, assists field engineers with issue analysis, and develops product knowledge through training and certifications. Reviews software documentation, customer features, and installation or upgrade instructions. Requires strong communication, motivation, teamwork, and the ability to manage priorities independently. The role is full-time, based in Austin, Texas, and involves 20% travel.

Designs and troubleshoots complex mechanical systems, tooling, fixtures, layouts, schematics, and specifications. Performs engineering analysis and testing, documents results, leads technical projects, develops suppliers, and coordinates procurement, manufacturing, installation, assembly, and disassembly processes. Requires collaboration across product lifecycle activities, including prototyping, materials selection, manufacturing, and resolving technical issues.