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MetOx International

Manufactures high-temperature superconducting wire for industry

Manager Controls Engineering

Controls & Automation EngineeringConfirmed live in the last 24 hours
Full-timeHouston, TX, USANo salary listed

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Controls Engineering, Automation Engineering, Mechatronics, or a related technical discipline, or an equivalent combination of education and relevant experience.
  • Seven years of progressive experience in industrial controls, automation, or electrical engineering within a manufacturing or industrial environment.
  • Prior experience managing controls or automation engineers.
  • Demonstrated experience owning controls architecture strategy and leading technically complex capital equipment integration projects.
  • Demonstrated experience with Allen-Bradley ControlLogix/CompactLogix platforms, Studio 5000 Logix Designer, and EtherNet/IP-based industrial networking.
  • Hands-on experience programming, troubleshooting, and commissioning PLC-based control systems across multiple equipment platforms.
  • Experience with industrial HMIs, SCADA systems, motion control, sensors, instrumentation, and industrial communication networks.
  • Experience leading root cause investigations and driving corrective actions that measurably improved equipment reliability at scale.
  • Expert-level technical knowledge of industrial automation, control systems, electrical schematics, and applicable safety requirements.
  • Working knowledge of ISA-95, IEC 61131, NFPA 79, and ISO 13849.
  • Knowledge of HMI design and alarm management standards ISA-101 and ISA-18.2.
  • Understanding of UL-508A industrial control panel standards sufficient to review and approve vendor panel designs.
  • Ability to set technical direction and engineering standards across a team while balancing hands-on technical leadership with people-management responsibilities.
  • Strong leadership and coaching skills to assess team strengths and development needs, improve individual performance, and build high-performing teams.
  • Ability to represent Controls Engineering to cross-functional stakeholders, vendors, and executive leadership.
  • Analytical, organizational, and project leadership skills to manage multiple complex technical initiatives and capital projects simultaneously.
  • High degree of ownership, sound judgment under ambiguity, and resilience under production pressure.
  • Ability to sit at a desk and view a computer screen for extended periods, work on the manufacturing floor around industrial and electrical equipment, lift up to 20 pounds, and move around a clean, climate-controlled manufacturing environment.
  • Ability to respond to critical equipment issues outside standard business hours when required.

Responsibilities

  • Own controls engineering architecture strategy across manufacturing equipment, including PLCs, HMIs, SCADA systems, industrial networks, and related automation technologies.
  • Personally design, program, and review PLC and HMI/SCADA code for the most technically complex systems, setting technical standards through hands-on contribution.
  • Own, maintain, and enforce the Instrumentation, Electrical, and Control Systems engineering standard, ensuring internal teams, OEM vendors, and system integrators follow approved architecture, components, and documentation requirements.
  • Enforce standardized control system architecture using Allen-Bradley ControlLogix/CompactLogix PLCs programmed in Studio 5000 Logix Designer, Inductive Automation Ignition for HMI/SCADA, and EtherNet/IP as the primary communication protocol, while supporting existing Siemens and Beckhoff platforms.
  • Ensure equipment incorporates independent hard-wired safety systems separate from the process control PLC, including properly designed Emergency Shutdown circuits that comply with safety architecture standards.
  • Serve as the final escalation and decision-making authority for complex controls-related equipment issues, including faults, communication failures, and systemic performance limitations.
  • Identify and prioritize automation investments that improve equipment monitoring, process control, data collection, and manufacturing efficiency.
  • Lead controls engineering strategy and resource planning for new capital equipment acquisition, including specification reviews, vendor controls audits, and commissioning of imported and domestically built equipment.
  • Own technical requirements and specifications for capital equipment controls in partnership with internal stakeholders and external equipment suppliers.
  • Direct complex controls engineering projects end-to-end, including scope, schedule, resourcing, and budget, while participating in programming, wiring checkout, and commissioning.
  • Oversee controls-related design reviews, factory acceptance testing, site acceptance testing, and operational readiness assessments for new equipment.
  • Ensure OEM equipment suppliers provide complete controls documentation packages, including state diagrams, alarm lists, control narratives, I/O lists, instrument indexes, and network architecture diagrams, before equipment acceptance.
  • Review and approve equipment supplier controls designs and deliverables for alignment with engineering standards and manufacturing requirements.
  • Partner with Finance and Procurement on capital equipment controls budgeting, timelines, and risk assessments.
  • Troubleshoot and resolve complex or recurring controls-related equipment failures on the manufacturing floor and in code, and lead root cause investigations and sustainable corrective and preventive actions.
  • Oversee recipe and run-configuration management architecture across manufacturing equipment, ensuring validation controls and integration with plant-level data and recipe databases.
  • Lead initiatives to improve equipment uptime, process repeatability, operational efficiency, and manufacturing reliability through controls and automation upgrades.
  • Own standards for software version control, system backups, configuration management, and disaster recovery of critical automation systems.
  • Partner with Maintenance and Operations leadership to advance predictive and preventive maintenance strategies for industrial control systems.
  • Evaluate and recommend automation technologies, control platforms, and industrial communication protocols such as OPC-UA and MQTT to support production scaling.
  • Partner with EHS and operational leadership to maintain safe equipment operation and compliance with applicable standards.
  • Manage daily Controls Engineering team activities and performance, ensuring timely and effective execution of responsibilities and projects.
  • Establish team and individual objectives aligned with departmental and company priorities, monitor progress, and hold the team accountable for outcomes.
  • Plan and prioritize team work across manufacturing support, capital equipment projects, and continuous improvement initiatives.
  • Coach and develop Controls Engineers through regular feedback, technical mentorship, and career development support.
  • Assess team strengths, skill gaps, and development needs, and implement individual development plans to build technical depth and bench strength.
  • Lead hiring, onboarding, and succession planning for the Controls Engineering function.
  • Evaluate team capacity and recommend staffing, training, and resourcing needs to departmental leadership.
  • Resolve operational and technical challenges within the team's scope and escalate broader cross-functional issues to the CIO as appropriate.
  • Represent Controls Engineering in cross-functional leadership forums and drive alignment with Manufacturing, Process Engineering, Equipment Engineering, and IT/Data teams.

Desired Qualifications

  • A master's degree in Electrical Engineering, Controls Engineering, Automation Engineering, or a related discipline.
  • Experience in superconductor, semiconductor, thin-film, or advanced materials manufacturing environments.
  • Experience with Rockwell Automation/Allen-Bradley, Siemens, Beckhoff, or comparable industrial automation platforms, including sustaining and troubleshooting mixed-vendor equipment fleets.
  • Experience with Inductive Automation Ignition for HMI/SCADA implementations.
  • Experience with Beckhoff TwinCAT as a secondary or interfacing PLC platform for EtherCAT-only instrumentation.
  • Experience with advanced manufacturing technologies, including roll-to-roll processing, web handling, thin-film deposition, vacuum systems, or semiconductor manufacturing equipment.
  • Experience with vacuum/process instrumentation relevant to MOCVD or thin-film deposition systems, including mass flow controllers, capacitance manometers, and vacuum gauges.
  • Familiarity with SEMI, ISA, and IEC standards applicable to semiconductor-adjacent manufacturing equipment, including SEMI E56, ISA-95, IEC 61131, ISA-18.2, and ISA-101.
  • Direct experience integrating equipment controls with MES, historians, or plant intelligence/analytics platforms.
  • Experience managing capital equipment imports, factory acceptance testing, site acceptance testing, and vendor controls audits for custom or international equipment builds.
  • Experience building or scaling a controls engineering function during a manufacturing ramp-up.

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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