Electrical Controls Engineer

Job DescriptionJob Description Electrical Controls Engineer
Responsibilities The Electrical Controls Engineer is responsible for supporting electrical distribution systems, manufacturing process controls, automation upgrades, and plant-wide control system improvements. This role provides technical expertise in PLC programming, HMI development, electrical troubleshooting, project execution, and continuous improvement initiatives. The engineer partners with operations, maintenance, contractors, and engineering teams to advance reliability, safety, and productivity across the facility.
Compensation and Benefits

• Starting pay: $70,000+ annually
• Medical, dental, and vision insurance
• 401(k) savings plan with employer match
• Paid time off including vacation, holidays, and sick leave
• Life insurance and employee assistance programs
• Professional development, certification support, and continuing education opportunities

Job Roles

• Systems thinker – Understands operations holistically;
  identifies downstream impacts;
  leverages systems knowledge to improve reliability and scalability.
• Optimizer – Challenges processes to work smarter;
  ensures teams have whatthey need to succeed.
• Anticipation – Identifies potential issues early and maximizes advantages by preparing others for what's ahead.
• Operational accelerator – Drives automation, digitalization, and continuous improvement while advocating for safety and ergonomics.
• Organization and structure – Works within standard systems while strengthening and standardizing them;
  aligns teams toward shared objectives.
• Influence – Uses technical expertise, relationships, and data to guide decisions and secure buy-in across functions.
• Data informed – Uses quantitative metrics to justify actions;
  communicates the “why” behind engineering decisions.
• Prioritized reaction – Responds effectively to urgent issues while maintaining focus on high-impact objectives.
• Relationship – Builds rapport with operators, technicians, and engineers;
  serves as a trusted liaison between shop floor and engineering teams.

Key Responsibilities

• Provide engineering support for electrical distribution, industrial controls, automation systems, and PLC-based processes.
• Troubleshoot and modify PLC logic, controls, and automation systems to support production reliability.
• Develop, modify, and maintain HMI systems including Wonderware, Aveva, and Ignition platforms.
• Support installation, coordination, and maintenance of electrical and control system projects.
• Lead technical portions of project design, costing, quoting, and implementation for electrical and automation upgrades.
• Provide engineering support for internally and externally developed control system projects.
• Coordinate with contractors, operations, and maintenance teams to ensure safe and effective execution of electrical work.
• Support continuous improvement initiatives, TPM practices, and process optimization efforts.
• Ensure compliance with electrical codes, safety standards, and operational procedures.

Qualifications Basic Qualifications

• Bachelor’s degree in Engineering from an accredited institution
• Legally authorized to work in the United States (no visa sponsorship available)

Preferred Qualifications

• Bachelor’s degree in Electrical Engineering, Electrical Engineering Technology, or Computer Engineering
• Experience in electrical controls or programming within a manufacturing environment
• Knowledge of facility electrical distribution (12470VAC–120VAC)
• PLC programming experience (Rockwell/Allen-Bradley preferred)
• HMI and SCADA programming experience (Ignition, FactoryTalk, Wonderware/Aveva)
• Project management experience
• Experience with TPM or maintenance management systems
• Continuous improvement experience (e.G., Lean, Six Sigma)
• Proficient in AutoCAD, AutoCAD Electrical, or SolidWorks Electrical
• Experience with industrial robotics such as Motoman or similar systems
• Understanding of NEC, NFPA 70E, and NFPA 79 codes
• Knowledge of electrical systems below 600V and industrial automation best practices