Top Engineering Jobs

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.

Designs and develops mechanical layouts, tooling, fixtures, schematics, specifications, and assembly processes for complex equipment. Troubleshoots mechanical problems, performs engineering analyses and testing, documents results, leads projects, develops suppliers, and supports procurement, manufacturing, installation, and product lifecycle activities. Requires collaboration, technical leadership, and communication of complex solutions.

Supports semiconductor etch processes across product lifecycles through customer-site installations, equipment diagnosis, repair, process development, DOE experimentation, statistical analysis, reporting, troubleshooting, and root-cause analysis. Collaborates with customers, R&D, and internal stakeholders to resolve complex process and equipment issues and develop advanced manufacturing processes.

Designs and develops mechanical devices, tooling, chambers, and systems for display manufacturing equipment. Responsibilities include troubleshooting complex mechanical issues, performing engineering analyses and tests, creating layouts and specifications, coordinating suppliers, overseeing manufacturing and installation, and resolving product issues. Preferred experience includes Inventor or AutoCAD, FEA and simulation, PVD processes, and vacuum or chamber design.

Designs and optimizes semiconductor and display manufacturing processes through hardware characterization, experimentation, data analysis, troubleshooting, and film measurement. Develops technologies, instrumentation, methodologies, specifications, and technical documentation; leads process engineering projects; collaborates with R&D teams, vendors, suppliers, and customers; resolves complex process issues and trains engineers on measurement techniques and data interpretation.

Leads design, development, testing, deployment, and support of complex C/C++ and .NET software for MES and equipment automation systems. Translates requirements into scalable architectures, resolves distributed-system issues, drives verification and validation, participates in design and code reviews, collaborates with cross-functional teams, mentors engineers, and leads technical projects.

Designs and troubleshoots complex mechanical systems, tooling, fixtures, layouts, schematics, and specifications for semiconductor equipment. Performs engineering analyses and testing, develops mechanical product specifications, coordinates suppliers and procurement, supports manufacturing and installation, and establishes processes for handling, assembly, and disassembly. Requires strong expertise in CAD, thermodynamics, materials, manufacturing methods, GD&T, and flow analysis, with limited-supervision responsibility for difficult engineering problems and projects.

Manage and govern master, engineering, and manufacturing bills of materials and product structures. Coordinate engineering changes across Engineering, Manufacturing, Supply Chain, and Planning teams. Maintain assembly BOMs, engineering change orders, documentation, and data integrity in ERP and PDM systems. Support MRP, work orders, shop-floor planning, and system functionality testing. Ensure compliance with configuration management and change-control procedures while providing informal guidance to team members.

Design, implement, operate, and optimize secure enterprise WAN, LAN, WLAN, SD-WAN, Private 5G, OT, sensor, firewall, and cloud-connected networks. Lead architecture, lifecycle management, automation, troubleshooting, incident escalation, standards, security integration, vendor coordination, budgeting, and project cost modeling across manufacturing, R&D, campus, data center, and cloud environments.

Develop and manage engineering change requests and orders for manufacturing products. Review product structures, bills of material, customer and process impacts, costs, tooling, and implementation requirements. Coordinate cross-functional approvals, change boards, suppliers, and impacted assemblies. Analyze manufacturing and test issues, determine root causes, recommend corrective actions, and support continuous improvement. Train ECO participants, track changes, maintain documentation, and contribute to KPI and process improvements.