Creates and revises control plans and PFMEA focused on deposition process risks and quality control metrics.
Supports knowledge transfer and technical training to the operations team
Characterizes, fingerprints, and develops new monitors for thin films
Mentors junior engineers in vacuum technology, thin film science and process troubleshooting.
Interfaces closely with tool design, mechanical, electrical and production teams to ensure seamless integration of custom vacuum equipment into manufacturing workflows
Ensures compliance with relevant vacuum equipment standards and material handling requirements
Develops and maintains detailed process documentation including process recipes, run sheets, and standard operating procedures.
Owns project development projects from concept through qualification and production hand-off.
Troubleshoots deposition processes related to vacuum integrity, target material feed, contamination, film stress, or adhesion.
Leads development and improvement of thin-film deposition process on customized MOCVD and PVD toolsets
Develops and owns SPC-related responses to inline monitor and end-of-line test variation.
Defines project scope success criteria and implementation timelines for new or improved PVD and MOCVD deposition processes
Designs and executes structured experiments (DOE) to optimize film quality, uniformity and repeatability across substrates and control.
Requirements
six sigma
hardware troubleshooting
advanced degree
thin film
vacuum commissioning
process engineering
Strong analytical and problem-solving skills to resolve vexing process issues
First-level hardware troubleshooting skills for deposition equipment
Familiarity with Six Sigma, statistical analysis, or automation tools
Experience with process development on alpha-level toolsets.
4 years of process engineering experience
Deep understanding of film growth mechanisms, reaction kinetics, substrate/tool interactions, and vacuum system dynamics
Advanced degree in Materials Science, Chemical Engineering, Mechanical Engineering, Physics or related field
Experience leading vacuum system commissioning, process matching, target material selection, and chamber/process tuning in high volume manufacturing environments for CVD deposition systems.
A mechanistic understanding of how process parameters and hardware configuration affect process outcomes
Rigorous data-driven approach to analyzing engineering trials as well as production data with a quality-first mindset
Experience in thin film deposition process development
Bachelor’s degree in Materials Science, Chemical Engineering, Mechanical Engineering, Physics or related field
Strong communicator with commensurate people and organization skills to ensure project execution between Operations and Engineering staff with minimal supervision
Benefits
Educational reimbursement
Health, dental, and vision available on the first day of employment
Paid parental leave & adoption assistance
401(k) match
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
Provides high-tech solutions that drive progress and innovation in various sectors.
Operates across diverse industries, including energy and infrastructure.
Integrates advanced technology into practical applications, emphasizing efficiency and sustainability.
Customizes solutions to meet the unique needs of its clients.
Pioneers in digital transformation, modernizing traditional industries with cutting-edge technologies.
Collaborates with both public and private sector clients to deliver impactful, large-scale projects.
Recognized for managing complex, multi-disciplinary projects with a focus on quality and cost-effectiveness.
Culture + Values
Growth Mindset
Openness
Team‑Built Success
Environment + Sustainability
120M Secured
Grant and Funding
Secured $80 million U.S. Department of Energy grant and $40 million Series B funding to expand domestic production capacity and support clean energy infrastructure.
193.7M Facility
Manufacturing Investment
Planning a $193.7 million manufacturing facility in Chatham County, NC, projected to create 333 jobs and reduce grid carbon emissions via HTS wire deployment.
Scaling Xeus™ HTS wire manufacturing to enable high‑efficiency grid expansion and renewable energy integration with near-zero energy loss in transmission.
Xeus™ wire technology designed to support transmission from zero-carbon generation (wind, solar, fusion) and reduce losses compared to copper conductors.
'Wire the World for Net Zero' indicating corporate commitment to net‑zero energy infrastructure.
Inclusion & Diversity
Inclusive policies are stated as core to the workplace.
Membership support is provided for Women in Manufacturing.
Membership support is provided for Heroes Make America.