DLC Process Engineer in Tucson

Energy Jobline ZR; Tucson (AZ); On-site; USD 95,000 - 140,000; Full time

Benefits offered by this job

401K

Medical, Dental, and Vision

Life Insurance

Job summary

ArmorLube is seeking a dedicated DLC Process Engineer to lead optimization, scaling, and daily execution of PECVD coating lines. You will own the coating lifecycle from pretreatment to advanced plasma parameter tuning for diamond‑like carbon coatings, collaborating with production, quality, and R&D teams.

The ideal candidate has a strong vacuum science background, hands‑on engineering experience in a coating environment, and a track record of reducing cycle times while improving adhesion and

Qualifications

• Bachelor’s degree in a technical field.
• 3+ years in vacuum coating, PVD/PACVD/DLC.
• Strong vacuum, plasma, and thin‑film knowledge.
• Experience with surface prep and cleaning science.
• Proficient CAD for tooling and fixtures.

Responsibilities

• Optimize PECVD deposition recipes and parameters for DLC coatings.
• Develop and optimize pretreatment protocols for substrate adhesion.
• Design, fabricate, and maintain substrate holders and fixtures.
• Investigate coating failures using tribology, hardness, profilometry, and microscopy.
• Calibrate vacuum systems, mass flow controllers, and plasma sources with maintenance teams.
• Create and update SOPs, batch records, and traveler docs for quality compliance.
• Scale new coating recipes from lab to production.

Skills

Vacuum coating

DLC deposition

DOE

Six Sigma

Education

Bachelor’s degree (Materials Science / Mechanical / Chemical / Physics)

Tools

SolidWorks

AutoCAD

Job description

Job DescriptionJob Description

ARMORLUBE — JOB DESCRIPTION

DLC Process Engineer

Optimization of Pretreatment, Fixturing & Process Parameters for DLC Coatings

Position Overview

ArmorLube is seeking a dedicated and technically driven DLC Process Engineer to lead the optimization, scaling, and daily execution of our Plasma Enhanced Chemical Vapor Deposition (PECVD) coating lines. In this role, you will take ownership of the entire coating lifecycle—from raw substrate pretreatment and custom fixture design to advanced plasma parameter tuning for diamond‑like carbon (DLC) and thin‑film coatings.

The ideal candidate possesses a deep understanding of vacuum science, surface engineering, and plasma‑assisted deposition. You will work closely with production, quality, and R&D teams to reduce cycle times, enhance coating adhesion, eliminate defects, and scale our industrial coating capabilities for high‑performance components.

Key Responsibilities

• Process Optimization:Continuously monitor, refine, and troubleshoot PECVD deposition recipes and parameter sets to achieve target hardness, thickness, residual stress, and friction coefficients for DLC coatings.
• Pretreatment Engineering:Develop, standardize, and optimize surface preparation protocols—including abrasive blasting, ultrasonic cleaning, chemical etching, and plasma cleaning to maximize substrate adhesion.
• Fixture Design & Tooling:Design, fabricate, and maintain specialized substrate holders, masking tools, and rotation fixtures to ensure uniform coating coverage across complex geometries.
• Quality & Troubleshooting:Investigate process and coating failures, delamination, or non‑conformance issues using analytical tools (e.g., scratch testing, calo-testing, and microscopy); implement robust corrective and preventive actions (CAPA).
• Equipment Maintenance & Upgrades:Partner with maintenance teams to calibrate vacuum systems, mass flow controllers, power supplies, and plasma sources. Support preventative maintenance and hardware upgrades.
• Documentation & Standard Work:Author and update Standard Operating Procedures (SOPs), batch records, and traveler documentation to maintain strict compliance with industrial quality standards.
• R&D and Scaling:Transition new coating recipes and custom customer applications from the laboratory and pilot scale into full production runs.

Qualifications & Requirements

• Education:Bachelor's degree in Materials Science, Mechanical Engineering, Chemical Engineering, Physics, or a related technical discipline. (Advanced degree ).
• Experience:3+ years of hands‑on engineering experience in a vacuum coating environment, specifically working with PVD, PACVD, or DLC deposition systems.
• Technical Expertise:Strong foundation in vacuum technology, plasma physics, and thin‑film nucleation/growth mechanisms. Demonstrated experience with substrate surface preparation and cleaning science. Proficiency in CAD software (SolidWorks, AutoCAD) for designing custom tooling and vacuum fixtures.
• Analytical Skills:Familiarity with coating characterization methods such as tribological testing, microhardness testing, profilometry, and adhesion testing.
• Problem‑Solving:Data‑driven mindset with a proven track record of using DOE (Design of Experiments) and Six Sigma methodologies to drive yield improvements.

Benefits

• 401K
• Medical, Dental, and Vison
• Life Insurance