דרושים Senior Manufacturing Engineer Iii - 2nd Shift ב-Applied Materials ב-United States, Austin

Key Responsibilities

Performs routine to moderately complex electro-mechanical technical functions and activities such as design, test, checkout, fabrication, modification, troubleshooting and assembly of electronics and electro-mechanical systems, experimental design circuitry, prototype models, specialized test equipment, tools and test fixtures.

May test and troubleshoot system level and component level problems in electrical and mechanical systems and sub-systems. May perform new system and NPI installations and field upgrades.

Works from schematics, diagrams, written and verbal descriptions, layouts or plans to perform routine testing and troubleshooting.

Compiles logbooks and test procedures documentation utilizing good writing skills.

May perform mechanical, electrical, pneumatic & vacuum and process testing on AMAT platforms to Engineering and Manufacturing documentation and specifications.

Observes all safety standards. Maintains a secure, safe, clean and healthy work environment. Attends required health and safety training and follows safety and security policies, procedures and practices. Promptly reports accidents, injuries, safety hazards, or emergencies to supervisor or Safety dept. Follows operating instructions, uses protective equipment when required, and uses equipment and materials properly. Actively strives to prevent accidents and injuries.

Becomes familiar with current manufacturing and/or engineering processes and stays informed of any changes in procedures. Assists in the correction of problems.

May perform rework as a result of testing. Generates Quality Notifications.

Functional Knowledge

• Has developed analytical skills and application of scientific methods to perform a variety of activities

Business Expertise

• Has good understanding of how the team integrates with others

Leadership

• Has no supervisory responsibilities

Problem Solving

• Recognizes and solves typical problems that can occur in own work area without supervisory approval; evaluates and selects solutions from established operating procedures and/or scientific methods

Impact

• Impacts the quality of own work

Interpersonal Skills

• Uses communication skills to exchange of information

Key Responsibilities

Performs all standard service activities through Tier I unassisted. Performs standard Tier II with assistance. Able to perform routine preventative maintenance within established timeframes. Completes quality repairs.

Responds to fab issues by communicating with other engineers and participating in escalation conference calls. May participate in projects to reduce costs and increase uptime.

Verifies operational quality of system equipment. Assists senior engineers as needed.

Applies diagnostic techniques and use of documentation and test equipment with assistance from senior engineers. Ability to diagnose and resolve technical problems. Uses training and experience to identify some process, software or hardware related system problems.

Complies with all safety procedures and consistently demonstrates safety as a value.

Functional Knowledge

• Has established skills to perform a range of day-to-day activities

Business Expertise

• Understands how the assigned duties relate to others in the team and how the team integrates with others in the discipline
• Assumes responsibility for full customer satisfaction assuring excellent relations within assigned area

Leadership

• Has no supervisory responsibilities; manages own workload

Problem Solving

• Recognizes and solves typical problems that can occur in own work area without supervisory approval; evaluates and selects solutions from established options

Impact

• Impacts own team through the quality of the services or information provided; follows standardized procedures and practices and receives regular but moderate supervision and guidance

Interpersonal Skills

• Uses communication skills to exchange information

Skills/Experience

• Cognizant of safety and able to design test equipment with safety first in mind.
• Ability to read engineering drawings & perform test fixtures design and develop engineering drawings user manuals for the automated test equipment.
• Automated test equipment development and experience knowledgeable of electromechanical assemblies and sensor technologies (vacuum sensors, accelerometers, thermocouple etc.)
• Data acquisition hardware & software expertise. Ability to understand and write code (C, C#) is a plus
• Excellent organizational, interpersonal & communication skills. Pays attention to details able to work in lab environment.
• Able to work independently and in team environment with limited supervision.
• Ability to troubleshoot electronics and electro-mechanical systems, experimental design circuitry, prototype, tools and test fixtures.
• Provide test fixture support on all installed base test fixtures
• Collaborate with new product engineers, capture test requirements, good communication skills and excellent customer service.
• Knowledgeable in AMAT vacuum Robots, COBOTs and industrial automation.

Key Responsibilities

• Provide TF sustaining support for deployed fixtures to ensure minimal down time and customer impact.Coordinates/Performstest fixture PM and Calibration activities as scheduled and follows-up on OOT issues as required.
• Interfaces with other test engineers and BU customers to coordinate the deployment of new test fixtures. Begin evaluating, designing and project managing own test fixture projects and solicit assistance as needed. Documents and tracks deployment issues to closure and initiates appropriate engineering change request as required.
• Uses basic engineering and DFx principles to estimate and reduce test fixture development costs and improve delivered fixture quality;
• Develops and uses test procedures. Assists with the definition of test specifications with design, software, and manufacturing engineering. May assist in the coordination and/or execution of test fixture sourcing activities.
• Gathers operational and test data and evaluates results; may takecorrective/continuousimprovement actions.
• Evaluates work methods, procedures and policies. Participates in the development and maintenance of new and existing business processes; updates as necessary to ensure current practices are documented.
• Determines root cause and corrective action analysis for issues that arise during design and deployment of test fixtures and provides failure analysis report as required.
• Performs Process Failure Mode, Effects and Criticality Analysis when working with New Product/Fixture Development.

Functional Knowledge

• Demonstrates expanded conceptual knowledge in own discipline and broadens capabilities

Business Expertise

• Understands key business drivers; uses this understanding to accomplish own work

Leadership

• No supervisory responsibilities but provides informal guidance to new team members

Problem Solving

• Solves problems in straightforward situations; analyzes possible solutions using technical experience and judgment and precedents

Impact

• Impacts quality of own work and the work of others on the team; works within guidelines and policies

Interpersonal Skills

• Explains complex information to others in straightforward situations

About the Role

Based in Austin, TX, you’ll work in a dynamic environment that blends hands-on lab work with real-world production challenges. You’ll collaborate with internal teams and external partners to deliver scalable automation solutions that enhance operational efficiency and throughput.

Design & Development

• Create and configure collaborative robot (Cobot) solutions for assembly, disassembly, and inspection of complex modules (e.g., CMP heads, vacuum robots, RF Matches, Electrostatic chucks).
• Customize robotic arm setups and end-of-arm tooling for diverse applications.
• Design and develop scalable, reliable, and maintainable software solutions

Automation & Integration

• Implement automated parts cleaning and optical inspection systems.
• Develop machine vision and AI-driven inspection for in-process QA.
• Conduct feasibility studies, prototyping, and validation testing.

Collaboration

• Partner with engineering, operations, and IT teams to integrate automation systems.
• Coordinate with external vendors for solution development and deployment.

Performance & Safety

• Ensure reliability, safety, and compliance in high-volume environments.
• Conduct risk assessments and ensure automated systems comply with industry and company standards.

Education

• Bachelor’s or Master’s degree in Mechanical Engineering, Robotics, Automation Engineering, Mechatronics, or related field.

Experience

• Hands-on experience with robotic arms, end-of-arm tooling, and system integration.
• Familiarity with PLCs, motion control, and industrial communication protocols.
• Exposure to machine vision, AI/ML for inspection, and simulation tools.

Skills

• Strong analytical and problem-solving abilities.
• Ability to thrive in cross-functional, collaborative environments.

Preferred Attributes

• Experience with collaborative robots (Cobots) in manufacturing.
• Knowledge of robotics programming languages (e.g., Python, ROS) and simulation platforms.
• Understanding of shop floor control systems and MES integration.
• Knowledge of CAD software and technical drawings

This is a rare chance to influence automation strategy in a global technology leader. You’ll work on high-impact projects, gain exposure to advanced robotics, and help transform manufacturing operations for scalability and efficiency.

What We Offer

in summer 20earch and rapid development group designing,If you like to dream up things, design them,The position will entail the following:

About the Role

Based in Austin, TX, you’ll work in a dynamic environment that blends hands-on lab work with real-world production challenges. You’ll collaborate with internal teams and external partners to deliver scalable automation solutions that enhance operational efficiency and throughput.

Design & Development

• Create and configure collaborative robot (Cobot) solutions for assembly, disassembly, and inspection of complex modules (e.g., CMP heads, vacuum robots, RF Matches, Electrostatic chucks).
• Customize robotic arm setups and end-of-arm tooling for diverse applications.
• Design and develop scalable, reliable, and maintainable software solutions

Automation & Integration

• Implement automated parts cleaning and optical inspection systems.
• Develop machine vision and AI-driven inspection for in-process QA.
• Conduct feasibility studies, prototyping, and validation testing.

Collaboration

• Partner with engineering, operations, and IT teams to integrate automation systems.
• Coordinate with external vendors for solution development and deployment.

Performance & Safety

• Ensure reliability, safety, and compliance in high-volume environments.
• Conduct risk assessments and ensure automated systems comply with industry and company standards.

Education

• Bachelor’s or Master’s degree in Electrical Engineering, Robotics, Automation Engineering, Mechatronics, or related field.

Experience

• Hands-on experience with robotic arms, end-of-arm tooling, and system integration.
• Familiarity with PLCs, motion control, and industrial communication protocols.
• Exposure to machine vision, AI/ML for inspection, and simulation tools.

Skills

• Strong analytical and problem-solving abilities.
• Ability to thrive in cross-functional, collaborative environments.

Preferred Attributes

• Experience with collaborative robots (Cobots) in manufacturing.
• Knowledge of robotics programming languages (e.g., Python, ROS) and simulation platforms.
• Understanding of shop floor control systems and MES integration.
• Knowledge of CAD software and technical drawings

This is a rare chance to influence automation strategy in a global technology leader. You’ll work on high-impact projects, gain exposure to advanced robotics, and help transform manufacturing operations for scalability and efficiency.

About the Role

Based in Austin, TX, you’ll work in a dynamic environment that blends hands-on lab work with real-world production challenges. You’ll collaborate with internal teams and external partners to deliver scalable automation solutions that enhance operational efficiency and throughput.

Design & Development

• Create and configure collaborative robot (Cobot) solutions for assembly, disassembly, and inspection of complex modules (e.g., CMP heads, vacuum robots, RF Matches, Electrostatic chucks).
• Customize robotic arm setups and end-of-arm tooling for diverse applications.
• Design and develop scalable, reliable, and maintainable software solutions

Automation & Integration

• Implement automated parts cleaning and optical inspection systems.
• Develop machine vision and AI-driven inspection for in-process QA.
• Conduct feasibility studies, prototyping, and validation testing.

Collaboration

• Partner with engineering, operations, and IT teams to integrate automation systems.
• Coordinate with external vendors for solution development and deployment.

Performance & Safety

• Ensure reliability, safety, and compliance in high-volume environments.
• Conduct risk assessments and ensure automated systems comply with industry and company standards.

Education

• Bachelor’s Degree in Software Engineering, Robotics, Automation, Mechatronics, or related field.

Experience

• Hands-on experience with robotic arms, end-of-arm tooling, and system integration.
• Familiarity with PLCs, motion control, and industrial communication protocols.
• Exposure to machine vision, AI/ML for inspection, and simulation tools.

Skills

• Strong analytical and problem-solving abilities.
• Ability to thrive in cross-functional, collaborative environments.

Preferred Attributes

• Experience with collaborative robots (Cobots) in manufacturing.
• Knowledge of robotics programming languages (e.g., Python, ROS) and simulation platforms.
• Understanding of shop floor control systems and MES integration.
• Knowledge of CAD software and technical drawings

This is a rare chance to influence automation strategy in a global technology leader. You’ll work on high-impact projects, gain exposure to advanced robotics, and help transform manufacturing operations for scalability and efficiency.

Applications will be reviewed on a rolling basis. Please apply by January 30, 2026. Note: This position may close early based on application volume or candidate selection.