Electrical Engineer - job 1 of 2

As an Electrical Engineer at Eriez, your primary responsibilities include designing custom electrical controls for product lines, conducting essential engineering calculations to ensure reliability, modifying existing equipment designs based on customer specifications, and creating schematics using AutoCAD. You will also produce vital documentation, troubleshoot equipment issues, and collaborate with supervisors to optimize designs. This position serves as an excellent training ground for recent graduates looking to advance their careers.

To apply for the Electrical Engineer position at Eriez, candidates should have a Bachelor’s degree in Electrical Engineering or Electrical Engineering Technology. Additionally, 0-5 years of relevant experience is preferred, which could include internships or co-op experiences. A good understanding of electrical systems, control designs, and the ability to communicate effectively are also essential attributes for this role.

Yes, Eriez is committed to the growth and development of its employees. New Electrical Engineers will receive guidance and support from experienced supervisors throughout their training period. The position promotes learning and offers opportunities to understand engineering calculations, design processes, and software like AutoCAD, fostering an environment for professional growth.

Electrical Engineers at Eriez will work on diverse projects that involve designing electrical and electronic controls for the company's innovative product lines in industries such as mining, food processing, and recycling. You will have the opportunity to modify existing designs, create new schematics, and solve real-world engineering challenges in a collaborative team environment.

Eriez offers a comprehensive benefits package for the Electrical Engineer position, including 401(k) with employer matching, health, dental, and vision insurance, flexible spending accounts, disability insurance, and life insurance. Furthermore, employees enjoy paid time off and tuition reimbursement opportunities, emphasizing a healthy work-life balance and continued education.

When tackling designs for electrical controls, I start by understanding the specific requirements of the product line. Then I assess existing schematics and consider customer needs, ensuring that every design is tailored for optimal functionality while also adhering to safety standards like UL 508A.

I have a basic understanding of AutoCAD and am eager to enhance my skills. I plan to utilize AutoCAD to create accurate schematics for electrical designs, ensuring that all drawings comply with industry standards and effectively convey information for production.

To perform engineering calculations, I begin by gathering all necessary data related to the project, such as specifications and performance requirements. I then apply established engineering guidelines and double-check my calculations with a mentor or supervisor to ensure accuracy.

In a previous project, I worked on enhancing a control system where a client needed added safety features. After analyzing the existing design, I made adjustments that improved both functionality and safety, then presented the updated design to my supervisor for approval.

I prioritize tasks based on project deadlines and the complexity of requirements. I review project timelines and communicate regularly with my supervisor to ensure I meet all deadlines while maintaining quality in my work.

I believe transparent communication is key to a successful project. I make it a point to regularly update supervisors on my progress, ask questions when uncertain, and actively listen to feedback to align my work effectively with team goals.

UL 508A is a standard for industrial control panels that emphasizes safety and reliability. Understanding and adhering to UL 508A standards in my designs ensures that the equipment I develop is safe for use and minimizes the risk of failures or hazards.

I view feedback as an opportunity for growth. I take any criticism on my designs constructively, analyze it to understand the perspectives of my colleagues, and implement suggested changes to improve my work.

In my previous role, I was tasked with troubleshooting electrical failures on various machinery. I approached the issues methodically — isolating potential faults and running tests to identify the root cause before implementing effective solutions.

I am drawn to the Electrical Engineer position at Eriez because of the company's commitment to innovation and quality in its technology. I see this as an opportunity to contribute to impactful projects while further developing my engineering skills in a diverse and dynamic environment.