Top Tech Jobs & Startup Jobs

Designs, analyzes, tests, and troubleshoots complex mechanical systems, tooling, fixtures, components, and assemblies. Develops layouts, schematics, specifications, and engineering documentation; coordinates suppliers, procurement, manufacturing, and installation. Leads technical projects, resolves product issues, establishes operational standards, and communicates solutions across teams. Requires a bachelor's degree and 4–7 years of mechanical engineering experience, including CAD, thermodynamics, materials, manufacturing, GD&T, and flow analysis.

Supports Applied Materials’ semiconductor equipment upgrade and non-standard system product marketing efforts. Responsibilities include coordinating with sales and product teams, gathering competitive intelligence, analyzing value-based pricing, developing marketing collateral, supporting customer presentations and reviews, managing pipeline milestones, and contributing to revenue, margin, forecasting, and market penetration goals.

Summer mechanical engineering internship involving CAD modeling, component design, FEA, supplier collaboration, rapid prototyping, manufacturing method evaluation, and prototype testing. Interns will design experiments, iterate assemblies, and improve designs while collaborating with physicists, electrical engineers, and software experts. Candidates must pursue a bachelor’s or master’s degree in mechanical engineering and maintain good academic standing. Semiconductor processing or manufacturing experience is preferred.

Develops and oversees complex projects from planning through implementation, managing schedules, budgets, resources, capital requests, vendors, and equipment performance. Leads multifunctional design teams, coordinates with customers, provides technical and business process expertise, and resolves complex program issues. The role defines objectives, drives execution, communicates with senior stakeholders, and supports successful release and deployment of solutions.

Designs, modifies, troubleshoots, and analyzes complex electrical and electronic assemblies, schematics, layouts, and specifications for semiconductor equipment. Performs engineering testing, creates reports and product documentation, resolves technical issues, coordinates component procurement and supplier development, and leads projects. Provides technical guidance to junior colleagues and communicates complex information to build consensus.

Designs, develops, tests, and maintains software for semiconductor manufacturing equipment. Builds machine-control applications for motion systems, robotics, laser processing, vision, and factory automation. Integrates PLCs, controllers, sensors, and process hardware; supports debugging, validation, customer installations, and acceptance testing. Collaborates across engineering disciplines, participates in reviews, investigates field issues, documents solutions, and mentors junior engineers.

Own and improve forecast signal quality, accuracy, adoption, and performance tracking across a complex global supply chain. Partner with planning, analytics, procurement, suppliers, and business units to translate forecasts into supplier planning and MRP processes. Analyze supplier execution and forecast consumption, develop dashboards and executive reporting, manage feedback mechanisms, and support strategic supply and long-range capacity planning initiatives.

Develop and maintain manufacturing methods, operating sequences, and processes for semiconductor equipment components and assemblies. Coordinate product improvements and new product releases, lead Design for Excellence initiatives, reduce costs, improve quality, establish tooling and time standards, and perform testing and root-cause analysis. Conduct PFMEA, implement corrective actions, support pilot-line and commercialization activities, and mentor junior engineers in a cleanroom manufacturing environment.

Develop and test ion source technologies for semiconductor ion implant tools. Responsibilities include learning experimental procedures, creating test plans, operating source test stands, acquiring and analyzing data, designing improved components, and presenting results. Candidates must pursue a bachelor’s degree or higher in materials science and engineering, physics, or a related field, with semiconductor experience and coding skills preferred.

Electrical Engineering Intern supporting Applied Materials’ Continuous Improvement Program through technical documentation, soldering, schematic analysis, CAD redlining, hands-on factory troubleshooting, and test equipment data collection. The intern will work with senior engineers on hardware design improvements for semiconductor equipment during the May 24–August 13, 2027 internship term.