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MetOx International

Manufactures high-temperature superconducting wire for industry

Head of Manufacturing

Manufacturing & Production OperationsConfirmed live in the last 24 hours
Full-timeHouston, TX, USA

About the Job

Requirements

  • A bachelor's degree in Engineering, Materials Science, Manufacturing, Operations, or a related technical discipline.
  • At least 15 years of progressive manufacturing or operations experience, including significant leadership responsibility for plant, production, or manufacturing operations.
  • Experience leading multiple manufacturing functions and a sizable multi-level organization in a technically complex manufacturing environment.
  • Experience in semiconductors, superconductors, advanced materials, electronics, thin-film manufacturing, specialty chemicals, battery manufacturing, pharmaceuticals, or another comparable high-precision manufacturing industry.
  • Demonstrated success building disciplined manufacturing organizations and improving safety, quality, yield, throughput, equipment reliability, cost, and delivery performance.
  • Experience leading multi-shift manufacturing operations and developing leaders at the manager and director level.
  • Demonstrated experience scaling remote manufacturing operations, implementing production controls, and establishing sustainable continuous improvement systems.
  • Experience partnering with Engineering and R&D to transition technologies, equipment, or processes from development into sustained manufacturing.
  • Deep knowledge of complex manufacturing operations, including production, equipment reliability, quality, yield, environmental health and safety, capacity planning, and continuous improvement.
  • Strong understanding of manufacturing rigor and process control required in semiconductor, superconducting, advanced-materials, or other high-precision manufacturing environments.
  • Ability to build and lead a disciplined manufacturing organization with clear operating rhythms, metrics, accountability, and escalation processes.
  • Ability to use data to identify constraints, solve complex manufacturing problems, and drive sustained improvements in safety, quality, yield, throughput, cost, and equipment performance.
  • Ability to translate business objectives into manufacturing strategies, priorities, capacity plans, and executable operating plans.
  • Strong leadership and organizational development skills, including the ability to build, coach, and hold high-performing leaders and teams accountable.
  • Strong cross-functional leadership skills and the ability to align Manufacturing, Engineering, R&D, Supply Chain, and other functions around shared priorities.
  • Strong executive communication, judgment, and decision-making skills, with the ability to operate from the manufacturing floor through executive leadership.
  • The position requires sitting at a desk and viewing a computer screen for extended periods, with occasional standing, walking, and bending; some light lifting up to 20 pounds may be required.

Responsibilities

  • Rapidly assess the existing pilot-line team, close critical gaps, and establish clear accountability across all functions.
  • Develop and execute a manufacturing strategy suited to the R&D/manufacturing hybrid environment, with a roadmap toward repeatable, high-yield commercial production.
  • Establish key performance indicators, tiered operating reviews, and escalation protocols to drive accountability and execution.
  • Develop site-level organizational structures, hiring plans, and operational governance for new or expanding manufacturing locations, ensuring leadership and systems are in place before production begins.
  • Build organizational capabilities and systems that support growth and future site expansion.
  • Maintain a highly visible, active presence on the manufacturing floor.
  • Introduce and enforce semiconductor-grade manufacturing discipline, including standard work, Statistical Process Control, process capability analysis, design of experiments, tiered daily management, visual management, and structured problem-solving.
  • Use Statistical Process Control and statistical methods to identify sources of variation, improve process capability, and deliver yield gains.
  • Ensure chronic issues have clear ownership, root-cause analysis, and timely corrective action through resolution.
  • Partner with Engineering and R&D to establish manufacturing-readiness criteria, define process windows, and execute production-readiness qualification with rigorous change control.
  • Build the data infrastructure needed for fact-based decision-making across the organization.
  • Drive improvements in cycle time, labor productivity, material utilization, equipment utilization, yield, and overall equipment effectiveness.
  • Serve as the primary manufacturing partner to R&D, translating experimental processes into stable, repeatable production.
  • Apply engineering first principles to manufacturing challenges and engage directly with process data, deposition chemistry, equipment physics, and materials characterization.
  • Define and enforce manufacturing-readiness criteria and distinguish production-ready processes from those still in development.
  • Drive yield as a shared, continuously tracked organizational priority across Manufacturing and R&D.
  • Lead Production to achieve manufacturing plans and customer delivery commitments.
  • Establish disciplined production planning and execution across shifts, processes, and manufacturing areas.
  • Drive accountability for schedule attainment, throughput, cycle time, work-in-process, scrap, rework, and labor productivity.
  • Ensure effective shift handoffs, escalation processes, staffing models, and production reporting across multi-shift operations.
  • Identify bottlenecks and production constraints and mobilize cross-functional resources to resolve them promptly.
  • Align staffing, training, material availability, equipment capability, and production priorities with current and future manufacturing requirements.
  • Lead Maintenance to improve equipment reliability, reduce chronic downtime, and strengthen preventive and predictive maintenance systems.
  • Establish equipment reliability metrics and accountability, including uptime, mean time between failures, mean time to repair, and preventive maintenance completion.
  • Partner with Equipment and Process Engineering to identify systemic equipment issues and qualify new equipment for sustained operations.
  • Lead Quality and Yield as central manufacturing priorities, building yield roadmaps with quantified milestones and driving root-cause analysis using Statistical Process Control, Pareto analysis, and process capability tools.
  • Build quality and yield into manufacturing processes and establish clear ownership and accountability for process control.
  • Ensure disciplined nonconformance management, deviation handling, change control, documentation, and traceability processes are established and enforced.
  • Lead Environmental Health and Safety and establish safety as a core operating requirement throughout the manufacturing organization.
  • Maintain operational controls around chemicals, gases, vacuum equipment, high-temperature processes, electrical systems, and material handling.
  • Ensure compliance with applicable environmental, health, safety, and regulatory requirements across all operating locations.
  • Grow a lean, early-stage team into a high-performing manufacturing organization by assessing talent, making decisions, and recruiting to fill critical gaps.
  • Lead hiring and onboarding of site-level manufacturing leadership at new locations, building teams and accountability structures before production begins.
  • Build a leadership team that operates with urgency, takes ownership, and resolves problems at the appropriate level.
  • Develop frontline leadership capable of sustaining multi-shift operations and significant organizational growth across multiple sites.
  • Create a culture of ownership, transparency, continuous improvement, and disciplined execution.
  • Partner with Engineering, R&D, Finance, Human Resources, and executive leadership to align manufacturing priorities with company objectives.

Desired Qualifications

  • An advanced degree in Engineering, Materials Science, Manufacturing, Operations, Business, or a related discipline.
  • Executive-level manufacturing leadership experience in semiconductor fabrication, semiconductor capital equipment, superconducting materials, thin-film deposition, or advanced-materials manufacturing.
  • Experience with metal-organic chemical vapor deposition, chemical vapor deposition, physical vapor deposition, sputtering, plating, vacuum processing, thermal processing, continuous web or roll-to-roll manufacturing, or related technologies.
  • Experience scaling manufacturing operations from development or low-volume production into stable, high-volume commercial manufacturing.
  • Experience commissioning, qualifying, ramping, and sustaining complex production equipment and manufacturing lines.
  • Experience leading Quality, Yield, Maintenance, Environmental Health and Safety, Supply Chain, Facilities, or similarly integrated manufacturing functions in addition to Production.
  • Experience implementing Lean manufacturing, Six Sigma, Statistical Process Control, overall equipment effectiveness, 5S, tiered daily management, or comparable operational-excellence systems.
  • Experience operating in a high-growth organization where manufacturing technology, equipment, processes, and organizational structures continue to mature rapidly.

About the Company

MetOx International

Manufactures high-temperature superconducting wire for industry

MetOx International specializes in producing High Temperature Superconducting (HTS) wire used to create energy-efficient magnets in sectors like energy, medical, and transportation. Its HTS wire is made through a proprietary manufacturing process that yields high current density, enabling strong magnetic fields for applications such as fusion power and advanced medical devices. The product works by carrying large electrical currents with minimal resistance when cooled, allowing compact, powerful magnets in equipment designers' and manufacturers' systems. MetOx differentiates itself from competitors through its proprietary process that delivers higher current density and scalable, cost-effective production, aiming to reduce the traditional high cost of HTS wire. The company’s goal is to scale global supply and lower costs to enable broader adoption of HTS-enabled technologies across industries.

Company size
51-200
Company stage
Series B
Total funding
$109.1M
Headquarters
Houston, TX
Founded
2002

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