Controls- Automation Engineer

United States·Sheboyganmid

EngineeringAutomation Engineer

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Quick Summary

Overview

Duties & Responsibilities: Designing and integrating complete automated production cells, including robotics, vision systems, part feeders, HMIs, PCs, PLCs, and related components.

Requirements Summary

Bachelor of Science degree in an engineering-related discipline. Minimum of three years of experience in controls engineering, automation programming, and integration of automated manufacturing systems.

Technical Tools

documentation

Responsibilities

~1 min read

→Designing and integrating complete automated production cells, including robotics, vision systems, part feeders, HMIs, PCs, PLCs, and related components.
→Developing, programming, and troubleshooting robust control software for automated machines and manufacturing cells.
→Driving continuous improvement efforts on existing equipment, including control upgrades, panel redesigns or rewiring, and integration of new technologies.
→Creating new electrical schematics and maintaining accurate, up-to-date documentation of existing designs.
→Contributing to functional specifications for new equipment and partnering with manufacturing engineers and equipment vendors on best practices and component selection.
→Providing technical documentation, training, and ongoing support to ensure knowledge transfer and system sustainability.
→Collaborating closely with cross-functional teams and communicating technical concepts clearly and effectively.

Requirements

~1 min read

Bachelor of Science degree in an engineering-related discipline.
Minimum of three years of experience in controls engineering, automation programming, and integration of automated manufacturing systems.
High level of proficiency in programming and troubleshooting PLC-based and PC-based machine control systems.
Strong experience implementing and programming HMIs, motion control systems, industrial robotics, and machine vision systems.
Demonstrated ability to evaluate emerging automation technologies and lead their first-time integration into equipment builds.
Solid understanding of electrical design principles and the ability to create and interpret electrical schematics.