Automation Controls Engineer - Full Company Paid benefits - job 1 of 4

As an Automation Controls Engineer at Jobot, you will be responsible for communicating project details clearly with both your team and clients to ensure high-quality work is delivered on time. You will lead design reviews, document design calculations, and create detailed construction and installation instructions. Your role also includes developing comprehensive drawings for installations and various electrical setups, which are vital for the successful execution of projects.

To qualify for the Automation Controls Engineer position at Jobot, you should have significant experience in control systems, particularly with technologies such as 480 VAC power distribution, PLCs, and variable frequency drives. A strong understanding of the National Electric Code and experience with AutoCAD is critical. Additionally, proficiency in pneumatics and hydraulics will enhance your application and expand your role in the company.

At Jobot, we believe in taking care of our employees and their families! The Automation Controls Engineer position comes with 100% paid benefits, ensuring that not only you are covered, but your loved ones too. We are proud to be an employee-owned company, providing an environment that fosters growth, collaboration, and a commitment to well-being.

Jobot thrives on a culture of collaboration, accountability, and growth. As an Automation Controls Engineer, you will be part of a highly cooperative environment that respects technical excellence while also promoting a family-oriented approach. This culture encourages open communication and teamwork, empowering you to lead design reviews and contribute actively to project outcomes.

Absolutely! Jobot is dedicated to the professional development of all its employees. As an Automation Controls Engineer, you'll have access to continuous learning opportunities and the chance to take on new challenges within projects. Our collaborative environment encourages innovation and growth, paving the way for career advancement and expert status in the automation field.

When addressing this question, focus on your passion for technology and automation. You can mention how the challenge of creating better production processes excites you and how the prospect of enhancing efficiency and productivity keeps you motivated to explore innovative solutions.

Prepare a specific example that highlights your role in the project. Discuss the challenges you faced, your problem-solving strategies, and the positive outcome. Emphasize teamwork, technical abilities, and creative solutions that contributed to the project's success and efficiency.

Discuss your methods for ensuring design accuracy, such as thorough documentation, conducting design reviews, and using software tools like AutoCAD. Highlight your attention to detail and how collaboration with your team contributes to the accuracy of the final designs.

Provide examples of specific PLCs you've worked with, mentioning any programming languages you're familiar with. Discuss how you've utilized PLCs in previous projects to enhance automation processes and improve manufacturing efficiency.

Explain the resources you use to stay up-to-date, such as attending workshops, following industry news, participating in online forums, and engaging in professional development courses. Emphasize your commitment to continuous learning to stay ahead in the industry.

Talk about specific projects where you've utilized AutoCAD for design and documentation. Detail how proficient use of the software has aided you in creating detailed drawings for installations, layouts, and other critical components that ensure project success.

Demonstrate your ability to manage time effectively by outlining your prioritization strategies. Discuss experiences where you successfully met tight deadlines by breaking down tasks, collaborating with your team, and staying organized under pressure.

Highlight your knowledge of industry safety standards, mentioning specific protocols you follow to ensure safety during installation and operation. Discuss how you incorporate safety checks in your project workflow from planning to execution.

Provide an overview of how VFDs function in controlling motor speed and torque. Discuss your experience with integrating VFDs into automation systems to enhance efficiency and improve overall operational performance.

Share your insight into trends like Industry 4.0, artificial intelligence, and IoT in automation. Discuss how these advancements are likely to influence manufacturing processes and your vision of being part of this evolving landscape in future roles.