Industrial Electrical Engineer - Automation & Optimization

021 Kaiser Aluminum Warrick, LLC; United States; On-site; USD 85,000 - 115,000; Full time

Benefits offered by this job

Industry-leading compensation program

401(k) options that begin vesting day 1

First-rate vacation plan for work-life balance

Relocation assistance for new team members

Employee resource groups

Job summary

021 Kaiser Aluminum Warrick, LLC is seeking an experienced Electrical Engineer responsible for optimizing and improving manufacturing processes. This role focuses on ensuring process stability, safety, and throughput while also leading projects that enhance efficiency.

The ideal candidate will have a strong electrical engineering background and a bachelor’s degree, along with experience in industrial environments. Responsibilities include mentoring, troubleshooting, and eliminating waste through reliability enhancements.

Qualifications

• 5+ years of experience as an engineer in an industrial environment.
• Experience managing and executing capital projects.
• Strong organizational skills.

Responsibilities

• Providing process improvements to safely meet operations' business plan.
• Creating and developing programs for new electrical systems.
• Managing all phases of assigned electrical engineering projects.

Skills

Process improvements

Electrical engineering

PLC's

Communication skills

Project management

Root cause problem solving

Education

Bachelor's degree in Electrical Engineering

Tools

HMI's

AC drives

Instrumentation

Job description

021 Kaiser Aluminum Warrick, LLC is seeking an experienced Electrical Engineer responsible for optimizing and improving manufacturing processes. This role focuses on ensuring process stability, safety, and throughput while also leading projects that enhance efficiency.

The ideal candidate will have a strong electrical engineering background and a bachelor’s degree, along with experience in industrial environments. Responsibilities include mentoring, troubleshooting, and eliminating waste through reliability enhancements.