Control Engineer

Jr. Controls Engineer

Dearborn, MI (Onsite)

$70,000+

Full-Time (40 hours/week)

Start Date: June 24th, 2024

**We are unable to provide sponsorship for this position at any point**

This Fortune 500 automotive giant is making a huge push to modernize their manufacturing technology and processes, and they’re seeking early-in-career Electrical Engineers to help make it happen.

As an entry-level Controls Engineer, you will have the opportunity to work on the plant floor, getting hands-on with the software & hardware of a wide variety of electrical components, ranging from PLC’s to hydraulics and everything in between!

If you are a true lifelong learner looking to build your career in manufacturing at one of the Big 3, keep reading and apply!

WHAT’S IN IT FOR YOU…?

Through our Elevate program, you’ll be provided paid technical training through our online learning management system, customized to help you specialize in areas you’re passionate about.

Opportunity to gain high visibility with upper management and learn from skilled senior engineers.

Position yourself for future growth and leadership opportunities within the organization.

Networking opportunities through Brooksource sponsored events like “Elevate Women” and manager-led Lunch & Learns

Competitive benefits and tuition reimbursement after conversion.

MINIMUM QUALIFICATIONS

In the last semester of or having earned a completed bachelor’s degree in Electrical Engineering, or a similar field.

Familiarity with or exposure to PLC's (Siemens, etc)

Interest in being hands-on in a plant environment

BONUS: Experience in a manufacturing environment, understanding of lateral logic, experience with HMI software

RESPONSIBILITIES

Troubleshoot issues with electrical components of the machinery (PLC's, hydraulics, HMI software, etc)

Collaborate with other teams and roles across the plant floor to create resolutions and implement them.

Interface with vendors/suppliers to identify equipment needs and feasibility

Collect/input data and perform root cause analysis