Electrical Engineer II

Toyo Tires•White, GA

18d

About The Position

Are you passionate about designing and maintaining cutting-edge electrical systems? Join our team and help shape the future of manufacturing and power generation! WHAT YOU’LL DO: Design & Develop: Create and improve large-scale electrical systems and machinery used in manufacturing, power generation, and transmission. Test & Install: Oversee the testing, installation, and maintenance of electrical equipment to ensure optimal performance and safety. Collaborate: Work closely with vendors, contractors, engineers, and maintenance teams to ensure systems meet design and operational standards. Use Technology: Leverage computer-aided design (CAD) tools and engineering software to develop and refine system designs. Optimize Production: Partner with planning and design teams to ensure equipment and tooling support efficient, high-quality production. Evaluate & Improve: Analyze equipment proposals, specifications, and manuals to assess feasibility and recommend improvements. Lead Projects: Direct engineering teams in building test equipment and developing procedures for system testing and validation. Ensure Quality: Monitor installations and recommend design changes to prevent malfunctions and improve system reliability. Plan for the Future: Use data and statistical methods to forecast equipment capabilities and support long-term manufacturing goals.

Requirements

A strong foundation in electrical engineering principles and techniques.
Experience with CAD software and other engineering tools.
Excellent communication and collaboration skills.
Ability to manage multiple projects and coordinate across teams.
A proactive mindset focused on innovation, efficiency, and safety.
A Bachelor’s degree in Electrical Engineering (BSEE) or Electrical Engineering Technology (BSEET) from an accredited four-year college or university, and 7 to 10 years of related experience.
7 to 10 years of hands-on experience in electrical engineering roles, preferably in manufacturing, power systems, or related industries.
A strong foundation in both theory and practical application of electrical systems, controls, and automation.
Proven ability to work independently and collaboratively in fast-paced, technical environments.
Advanced Troubleshooting: Ability to diagnose and resolve complex electrical and mechanical issues down to the component level.
Control System Design: Skilled in designing or modifying electrical control systems to boost machine reliability and productivity.
PLC & Motion Control Expertise: Proficient in programming and troubleshooting motion control systems, with a strong preference for experience with Mitsubishi PLCs.
System Calibration: Capable of calibrating electrical systems and components to ensure optimal performance.
PLC & Servo Programming: Able to read, interpret, troubleshoot, and modify complex PLC and servo control programs.
Hands-On Repair: Experienced in identifying and repairing faults in PLC systems.
Cross-Functional Communication: Comfortable working collaboratively and professionally with team members across departments.
Project Management: Able to lead projects from initial concept through to full implementation.
Vendor Coordination: Skilled at working with vendors and contractors to source parts, equipment, and services efficiently and cost-effectively.
Flexible Availability: Willingness to work nights, weekends, and holidays as needed to support operations.

Responsibilities

Design & Develop: Create and improve large-scale electrical systems and machinery used in manufacturing, power generation, and transmission.
Test & Install: Oversee the testing, installation, and maintenance of electrical equipment to ensure optimal performance and safety.
Collaborate: Work closely with vendors, contractors, engineers, and maintenance teams to ensure systems meet design and operational standards.
Use Technology: Leverage computer-aided design (CAD) tools and engineering software to develop and refine system designs.
Optimize Production: Partner with planning and design teams to ensure equipment and tooling support efficient, high-quality production.
Evaluate & Improve: Analyze equipment proposals, specifications, and manuals to assess feasibility and recommend improvements.
Lead Projects: Direct engineering teams in building test equipment and developing procedures for system testing and validation.
Ensure Quality: Monitor installations and recommend design changes to prevent malfunctions and improve system reliability.
Plan for the Future: Use data and statistical methods to forecast equipment capabilities and support long-term manufacturing goals.

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