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Pvd Coating Engineer Jobs in Arizona (NOW HIRING)

ARMORLUBE LLC

Mechanical Technician

Tucson, AZ · On-site

$45K - $65K/yr

Associate degree or higher in Mechanical Engineering or equivalent. * Minimum of 3-5 years of ... Extensive knowledge of vacuum coating systems, including PVD, CVD, and sputtering technologies.

INFICON

Senior Field Applications Engineer

Phoenix, AZ · Hybrid

... vacuum coating applications. Other users of our vacuum-based processes include the life sciences ... Solid understanding of Semiconductor Processes and OEM tools including Lithography, PVD and CVD.

INFICON

Senior Field Applications Engineer

Phoenix, AZ · Hybrid

$70K - $110K/yr

... vacuum coating applications. Other users of our vacuum-based processes include the life sciences ... Solid understanding of Semiconductor Processes and OEM tools including Lithography, PVD and CVD.

INFICON

Senior Field Applications Engineer

Phoenix, AZ · On-site +1

$70K - $110K/yr

... vacuum coating applications. Other users of our vacuum-based processes include the life sciences ... Solid understanding of Semiconductor Processes and OEM tools including Lithography, PVD and CVD.

All JobsPvd Coating Engineer JobsPvd Coating Engineer Jobs in Arizona

Pvd Coating Engineer information

What is a PVD Coating Engineer?

PVD Coating Engineers are specialized professionals who develop, operate, and maintain Physical Vapor Deposition (PVD) processes and equipment. They are responsible for applying thin film coatings to various substrates, often to enhance surface properties such as hardness, wear resistance, or aesthetics. These engineers work in industries like manufacturing, automotive, aerospace, and electronics, ensuring that coatings meet performance and quality standards. Their role often involves process optimization, troubleshooting, and collaborating with product designers and material scientists.

What challenges do PVD Coating Engineers face in ensuring consistent coating quality?

PVD Coating Engineers often encounter challenges related to maintaining uniform coating thickness and adhesion across different substrates and product batches. Variations in substrate preparation, chamber cleanliness, and process parameters can lead to inconsistencies, requiring careful monitoring and frequent calibration of equipment. Collaboration with quality control teams and ongoing process optimization are essential to troubleshoot issues quickly and uphold high standards. Additionally, staying updated with advances in PVD technology helps address emerging challenges and improve overall coating performance.

What is the difference between Pvd Coating Engineer vs Pvd Technician?

AspectPvd Coating EngineerPvd Technician
CredentialsBachelor's degree in materials science, engineering, or related field; certifications in PVD processesTechnical diploma or associate degree; specialized training in PVD equipment
Work EnvironmentDesign, process development, quality control in manufacturing or R&D labsOperating, maintaining, and troubleshooting PVD equipment on production lines
ResponsibilitiesDeveloping coating processes, optimizing parameters, ensuring quality standardsSetting up equipment, performing coatings, routine maintenance

The Pvd Coating Engineer focuses on process development and optimization, requiring higher education and analytical skills. In contrast, the Pvd Technician handles daily equipment operation and maintenance, often with technical training. Both roles are essential in the PVD coating industry, but they differ in scope, responsibilities, and required credentials.

What does a Pvd Coating Engineer do?

A PVD Coating Engineer designs, develops, and optimizes physical vapor deposition (PVD) coating processes used to apply thin films to various materials. They analyze coating performance, troubleshoot equipment issues, and ensure coatings meet quality and durability standards, often working with vacuum systems and specialized tools. The role requires knowledge of materials science, engineering principles, and safety protocols in a manufacturing environment.

What skills and qualifications are needed to be a PVD Coating Engineer?

To thrive as a PVD Coating Engineer, you need a solid background in materials science, surface engineering, and thin film deposition, often supported by a degree in engineering or physics. Familiarity with PVD (Physical Vapor Deposition) equipment, vacuum systems, and analytical tools like SEM or XRD, as well as relevant safety certifications, is typically required. Strong problem-solving skills, attention to detail, and effective teamwork and communication abilities set top performers apart in this role. These competencies ensure consistent process optimization, high-quality coatings, and safe, efficient operation in advanced manufacturing environments.
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Infographic showing various Pvd Coating Engineer job openings in Arizona as of July 2026, with employment types broken down into 100% Full Time. Highlights an 50% In-person, and 50% Hybrid job distribution.

Senior Engineer, Surface Technology (Parts Coating)

ASM

Phoenix, AZ

$103K - $142K/yr

Other

Re-posted 21 hours ago

Job description

In this role as a Senior Engineer, Surface Technology (Parts Coating) reporting within the Surface Technology Group, you will work with other ASM global technology team members including materials scientists, equipment engineers, process, quality and field service engineers as well as external customers to solve time critical or strategic technology challenges and develop unique advanced solutions in collaborative partnerships.

The position requires the individual to:

  • Drive improvements in Thermal & Plasma Enhanced ALD system parts longevity, stability, refurbishment / service strategy and process performance to enable reliable and efficient deposition of a range of next generation advanced thin film materials exhibiting various electrical & physical properties.
  • Work independently to develop new approaches to coat, protect and refurbish internal vacuum chamber components to improve performance, lifetime, defectivity and CoO for customers processing various materials for use as functional/active layers in semiconductor device stacks.
  • Connect process conditions, physical characterization, and electrical response towards understanding of mechanisms.
  • Specify, procure and develop state-of-the-art advanced process equipment.
  • Formulate new protective and release coating formulations.
  • Leverage advanced knowledge of various atmospheric & vacuum based etch & surface treatment approaches and utilize expertise in a range of surface / bulk characterization methods.
  • Direct / manage projects & relationships with critical 3rd party suppliers & supporting institutions.
  • Have a passion for surface engineering processes, be inquisitive to drive projects & root-cause failure investigations whilst being systematic & entrepreneurial in mind-set.
  • Demonstrate experience within a high volume semiconductor clean room environment.
  • Be based within the ASM Phoenix AZ campus but open to occasional travel to additional global ASM, customer and supplier global sites when necessary.

Preferred Qualifications:

  • Bachelors science degree ideally involving theory & practice of an appropriate thin film deposition technique whilst studying Materials Science, Physics, Chemical Engineering, Chemistry, Electrical Engineering or similar technical field.
  • Minimum 1-5 years of experience in ALD (atomic layer deposition), PECVD (plasma enhanced chemical vapor deposition) or PVD (physical vapor deposition) technology,
  • Expertise in coating equipment design and electro-mechanical development approaches highly advantageous.
  • Experience using ASM EmerALD systems a plus.
  • Solid understanding of Design-of-Experiments execution and statistical data analysis.
  • Familiarity with common thin-film & chemical characterization & metrology techniques including: Optical microscopy, SEM, TEM, XRD, Ellipsometry, XPS / AES as well as ICP-MS, particle analysis, sheet resistance probe analysis etc.
  • Ability to engage with customers both on a highly technical basis and personally.
  • Ability to self-manage projects from conception to high volume production necessary
  • Self-motivated, results-oriented with high commitment to work quality in a fast-paced environment.
  • Proven ability to solve complex analytical problems and provide robust solutions based on solid technical background.

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