Mechanical Engineer III - (E3)

About this role

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Skills you'll use

What you'll do

• Own the design and development of complex automation and robotics subsystems, supporting engineering projects that require integration across mechanical, electrical, controls, and software domains. Serve as the design engineering authority for defined sub-modules, determining hardware and software specifications, detailed designs, and working parameters to ensure subsystem compatibility and performance.
• Complete detailed design of components and assemblies such as material handling robots, transfer mechanisms, substrate transfer and storage modules, and associated electrical/control subsystems including motion controllers. Conduct detailed engineering analysis of robotic and automation subsystems using kinematics, dynamics, mechanism design, synthesis, and other analytical methods to resolve complex technical issues.
• Build, evaluate, and qualify prototypes of new designs, or work with outsourced suppliers to procure subsystems and verify compliance with detailed specifications and performance requirements. Plan, execute, and coordinate testing in line with internal standards and industry-accepted reliability specifications, and drive design or operational changes based on test outcomes.
• Identify, troubleshoot, and resolve complex engineering issues related to operability, reliability, serviceability, manufacturability, and system integration. Drive interface alignment across automation modules and related subsystems such as robotics, loadlocks, process chambers, controls, and integration hardware to support successful system assembly and final testing. Independently manage defined subsystem or module-level workstreams, exercising judgment based on design analysis, test data, field inputs, manufacturability considerations, and cross-functional feedback.
• Act as a technical resource for less experienced engineers by providing guidance, coaching, and support in design practices, analysis methods, and problem-solving approaches. Lead or contribute to small cross-functional projects with manageable risk and resource requirements, building alignment across engineering, manufacturing, sourcing, quality, and supplier partners. Provide remote technical support to field teams and internal stakeholders as required, including explanation of complex or sensitive technical issues and recommended actions. Contribute to the Product Development Process by supporting design reviews, technical decisions, documentation quality, and readiness for production release.

Who can apply

• Strong analytical and engineering problem-solving skills
• Strong oral and written communication skills, including specification development and technical explanation of complex issues
• Strong troubleshooting capability across mechanical, electrical, controls, and integration contexts
• Ability to work independently while collaborating effectively across teams
• Ability to influence stakeholders and build technical consensus across interfaces
• Ability to act as a technical resource, coach, and mentor for less experienced engineers
• Ability to manage defined workstreams or small projects with sound engineering judgment
• Strong attention to detail and ability to assess production worthiness and subsystem readiness
• Strong computer literacy and hands-on engineering tool usage

Perks & benefits

About Applied Materials

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