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Mitsubishi Chemical Group

Global chemical and advanced materials producer

Electrical Engineer

Controls & Automation EngineeringConfirmed live in the last 24 hours
Full-timeChesapeake, VA, USA$95.3k - $119.1kIn-person

About the Job

Requirements

  • Ability to design, specify, modify, program, configure, troubleshoot, and improve industrial electrical and control systems and Allen-Bradley, Mitsubishi, and Siemens PLC/HMI platforms and associated drive systems.
  • Ability to support SCADA and operational-technology systems, including Ignition integration, historian/data requirements, Ethernet/IP communications, managed switches, device addressing, time synchronization, and IT/OT coordination.
  • Ability to perform diagnostics using electrical drawings, PLC logic, trend data, drive fault history, network diagnostics, and field measurements, and to preserve rollback capability where practicable.
  • Ability to maintain validated backups of PLC, HMI, drive, SCADA, and network configurations and control access and changes according to company requirements.
  • Ability to troubleshoot equipment breakdowns, analyze failures, and restore equipment safely and efficiently in partnership with electricians, mechanics, planners, and production personnel.
  • Ability to investigate recurring failures and translate findings into prioritized corrective actions with owners and effectiveness verification.
  • Ability to improve preventive and predictive maintenance for electrical assets, controls hardware, motors, drives, panels, field devices, and network infrastructure, and recommend condition-monitoring methods and replacement intervals based on risk and failure history.
  • Ability to review CMMS history, downtime data, alarms, work orders, and spare-parts usage to identify reliability opportunities.
  • Ability to develop critical-spare recommendations and technical specifications and support vendor selection, repair-versus-replace decisions, and lifecycle planning.
  • Availability to provide technical escalation support and participate in the on-call rotation or planned weekend work after orientation and training.
  • Ability to develop project scopes, alternatives, estimates, schedules, risk assessments, and technical justifications.
  • Ability to support equipment upgrades, installations, and modifications through startup, including design reviews, procurement, acceptance testing, commissioning, punch-list closure, and turnover.
  • Ability to coordinate multidisciplinary work involving mechanical systems, process requirements, electrical installation, controls integration, networking, utilities, and production constraints.
  • Ability to ensure projects incorporate machine guarding, interlocks, alarms, maintainability, safe access, energy-isolation provisions, and required documentation.
  • Ability to monitor project cost and schedule and review technical quotations, purchase requisitions, change orders, invoices, and contractor deliverables within assigned authority.
  • Ability to plan cutovers and startups with prerequisites, contingency plans, backups, rollback points, communications, and post-startup monitoring.
  • Ability to integrate safety through hazard review, risk assessment, management of change, pre-startup review, safe-work planning, and safeguard verification.
  • Knowledge of lockout/tagout, electrical safe-work practices, arc-flash requirements, energized-work restrictions, line-of-fire controls, PPE requirements, and machine-startup procedures.
  • Ability to escalate conditions affecting safety functions, interlocks, protective devices, environmental controls, or stable process control, and avoid leaving undocumented bypasses or temporary equipment in service.
  • Ability to support incident investigations, cause mapping, corrective-action development, audits, and closure of electrical or engineering findings.
  • Ability to scope, permit, coordinate, monitor, and verify contractor work in accordance with site safety and technical standards.
  • Ability to create and maintain electrical one-lines, schematics, panel drawings, loop diagrams, network drawings, device/IP registers, software revision records, equipment files, and as-built documentation.
  • Ability to apply document control and revision practices that keep field systems, drawings, code, and configuration records aligned.
  • Ability to develop troubleshooting guides, technical procedures, standards, job plans, and training materials.
  • Ability to communicate technical risks, options, recommendations, and project status to technical and nontechnical stakeholders.

Responsibilities

  • Provide plant-level engineering for electrical power, controls, automation, and equipment-reliability needs in a continuous manufacturing environment.
  • Partner with Engineering, Maintenance, Production, HSE, Quality, Information Technology, vendors, and contractors to troubleshoot chronic failures, design and execute upgrades, improve equipment availability, and ensure systems are documented, maintainable, secure, and aligned with company standards.
  • Develop control narratives, functional requirements, I/O lists, panel layouts, schematics, network architecture, bills of material, and installation work packages appropriate to project scope.
  • Lead or support root-cause investigations for recurring electrical, controls, communication, and process-equipment failures.
  • Provide technical escalation support during significant equipment events and participate in on-call rotation or planned weekend work after appropriate orientation and training.
  • Lead or support equipment upgrades, installations, and modifications from concept through startup, including design reviews, procurement support, factory or site acceptance testing, commissioning, punch-list closure, and turnover to operations and maintenance.
  • Support incident investigations, cause mapping, corrective-action development, regulatory or management-system audits, and closure of electrical or engineering findings.
  • Coach technicians in systematic troubleshooting, PLC/HMI navigation, drive diagnostics, electrical drawings, controls documentation, and safe work practices without substituting for required qualification or authorization.
  • Participate in continuous-improvement, reliability, capital-planning, and manufacturing-systems roadmap activities.
  • Perform other related duties as assigned.

About the Company

Mitsubishi Chemical Group

Global chemical and advanced materials producer

Mitsubishi Chemical Group Corporation (MCGC) is a global supplier of chemicals and advanced materials, serving sectors such as automotive, semiconductor, aerospace, and healthcare with products like high-performance polymers, industrial gases, and pharmaceuticals. It develops and manufactures advanced materials, electronic materials, and carbon fiber composites, and supports early-stage biotech and clean-tech ventures through its Diamond Edge Ventures arm. The group differentiates itself with a large global manufacturing footprint, deep chemical engineering and materials science expertise, and an integrated approach across chemicals, materials, and life sciences, plus active startup collaboration. Its goal is to lead sustainable chemistry and advanced materials while achieving net-zero greenhouse gas emissions by 2050, promoting a circular economy and expanding environmentally friendly solutions globally.

Company size
1,001-5,000
Company stage
IPO
Headquarters
Tokyo, Japan
Founded
2005

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