Top Engineering Jobs

Supports semiconductor and display equipment through installation, diagnosis, repair, process development, experimentation, statistical analysis, and customer qualification. Conducts DOE and root-cause analysis to resolve complex process and product issues, collaborates with customers and R&D, prepares technical reports, builds stakeholder relationships, and supports junior colleagues while leading small projects.

Provide on-site field service: install, maintain, troubleshoot, and upgrade semiconductor/display equipment. Use digital analytics and basic diagnostics across electrical, vacuum, mechanical, plasma, hydraulic, and gas systems. Perform preventative/corrective maintenance, coordinate with customers, follow safety/cleanroom protocols, and assist senior engineers.

Develop and optimize CVD processes and hardware for semiconductor manufacturing. Lead complex process engineering projects, characterize hardware and films, troubleshoot technical issues, define solutions to high-value problems, and advance deposition technologies. Collaborate with R&D teams, vendors, suppliers, stakeholders, and customers to deliver performance improvements for next-generation semiconductor devices.

Designs and architects FPGA-based embedded systems for semiconductor equipment, including RTL, VHDL, IP cores, software, timing closure, and real-time processing. Translates customer needs into requirements, develops and tests complex FPGA solutions, troubleshoots systems, assesses risks, and supports heterogeneous processor architectures. The role also requires stakeholder communication, reporting, technical mentorship, and collaboration with global teams.

Designs and optimizes semiconductor and display manufacturing processes through experiments, data analysis, hardware characterization, film-property measurement, and troubleshooting. Performs root cause analysis, documents technical findings, resolves customer concerns, partners with vendors and suppliers, implements new technologies and instrumentation, and supports research and development projects. Also serves as a resource for junior colleagues and may lead project teams.

Designs, modifies, tests, analyzes, and troubleshoots complex electrical and electronic assemblies for semiconductor and display equipment. Develops schematics, specifications, engineering reports, and product documentation; coordinates component procurement and supplier development; resolves technical issues; leads engineering projects; and supports junior colleagues and project teams.

Installs, maintains, upgrades, and troubleshoots Applied Materials semiconductor and display manufacturing equipment at customer facilities. Performs preventive and corrective maintenance across electrical, vacuum, mechanical, plasma, hydraulic, and gas systems; responds to equipment failures, replaces parts, coordinates repairs, and communicates directly with customers. The role includes structured training, field-based work, and occasional international travel for specialized equipment training.

Supports semiconductor process development and customer equipment installations, diagnoses, repairs, and troubleshooting. Designs experiments, analyzes process data statistically, performs root cause analysis, and resolves complex engineering and customer issues. Collaborates with customers, R&D, and internal stakeholders to develop advanced chip manufacturing processes and communicate technical conclusions.

Designs and develops mechanical layouts, schematics, tooling, fixtures, specifications, and processes for complex equipment. Troubleshoots mechanical problems, performs engineering analyses and tests, documents results, supports manufacturing and installation, coordinates component procurement and assembly, develops suppliers, and leads mechanical projects. Requires expertise in CAD, thermodynamics, sheet metal design, materials, manufacturing methods, GD&T, flow analysis, and design-for-excellence principles.

Manages engineering change requests and orders from problem definition through implementation. Reviews product changes for BOM, customer, organizational, and process impacts; coordinates cross-functional approvals; estimates manufacturing costs; analyzes assembly and test issues; performs root-cause and corrective-action analysis; supports supplier and manufacturing process improvements; trains ECO participants; tracks KPIs and leads change-control projects.