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Mechanical Engineer III - (E3) at Applied Materials - ApplyBlast

Mechanical Engineer III - (E3)

Applied Materials

4 months ago

3.9 on Glassdoor

Austin, TX

Onsite

Full Time

Senior

0 applicants

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About this role

Applied Materials is seeking a Mechanical Engineer to design and integrate robotic end-of-arm tooling for advanced automation systems. The role involves creating custom mechanical solutions, developing prototypes, and collaborating across disciplines to optimize performance and manufacturability for semiconductor and display manufacturing equipment. Candidates will play a key part in system validation and defining design standards for future automation projects.

Responsibilities

Design and develop end-of-arm tooling for robotic applications
Integrate EOAT with robotic systems including mechanical and electrical interfaces
Build and test prototypes of automation concepts and tooling
Develop robot programs and modify motion sequences for automated workflows
Create detailed CAD models and specifications for mechanical subsystems

Skills

Qualifications

Bachelor's degree in Mechanical EngineeringMaster's degree in Mechanical Engineering or Robotics3-8 years of experience in mechanical designProficiency in NX or SolidWorksExperience with industrial robots like FANUC, ABB, or KUKA

About Applied Materials

appliedmaterials.com

Headquarters

Santa Clara, California, United States

Company Size

10001+ employees

Founded

1967

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Applied Materials is a global leader in materials engineering solutions that enable the production of virtually every new semiconductor chip and advanced display. The company designs, manufactures and services equipment, software and process technologies across semiconductor fabrication (deposition, etch, implantation, inspection/metrology, CMP, ALD/CVD/PVD), advanced packaging and display manufacturing. Its customers include chipmakers, foundries and display manufacturers worldwide, and it provides process integration, factory automation and lifecycle services to improve yield, performance and cost. Headquartered in Santa Clara, California, Applied Materials combines deep R&D and scale to drive device scaling, energy efficiency and new architectures.