Controls Engineer

As a Controls Engineer at BW Papersystems, you will design and develop control systems for our machinery, implement control algorithms, create software data structures, and handle programming using various PLC languages. You'll also be responsible for developing debugging and maintenance software, as well as documentation for troubleshooting and machine startup processes.

To be considered for the Controls Engineer position at BW Papersystems, candidates should possess a Bachelor's degree in electrical or controls engineering and have at least 2 years of experience in a Controls Engineering environment. Recent graduates who demonstrate strong foundational knowledge and enthusiasm are also encouraged to apply.

At BW Papersystems, familiarity with automated control platforms such as Allen Bradley, Siemens, Beckhoff, and B&R is beneficial. Knowledge of programming techniques in Motion Control, PLC, and Visual C++ languages is essential for successfully executing the role of Controls Engineer.

Yes, the Controls Engineer position may require travel to customer sites to support the commissioning and startup of industrial equipment. This travel ensures that our engineers can assist in the installation and reliable functioning of systems in real-world environments.

At BW Papersystems, we foster a people-centric work culture that emphasizes innovation, collaboration, and shared growth. As a Controls Engineer, you'll be part of a supportive team where diverse backgrounds are valued, and creativity is encouraged, allowing you to thrive and contribute to our mission of transforming industries.

In your response, detail specific projects where you used PLC programming, the platforms you have worked with (such as Allen Bradley or Siemens), and the applications you created. Highlight any complex problem-solving situations that arose and how you successfully managed them.

Identify the control systems you've used and describe how you contributed to their development or maintenance. Discuss any relevant methodologies, such as agile or scrum, that you employed in your past projects.

Share your systematic approach to debugging, including tools and software you employ to identify and fix issues. Provide examples of past experiences where your debugging skills led to a successful resolution.

Use a specific example where collaboration was key to the project's success. Discuss your role, the departments involved, and how effective communication led to achieving your goals.

Explain the steps you take to maintain thorough documentation throughout the engineering process, including how you manage revisions and ensure accessibility for team members and stakeholders.

Discuss your methodology for designing control systems, including considerations for functionality, user needs, safety standards, and maintenance. Provide examples of how you incorporated these factors in previous projects.

Mention specific resources like industry publications, professional organizations, online courses, or workshops that you engage with to stay informed about new technologies and methodologies relevant to control engineering.

Share a specific challenge from an automation project and outline the steps you took to address it. Discuss what you learned from the experience and how it has influenced your approach to similar challenges.

Detail your prioritization process, emphasizing time management strategies and how you balance multiple competing tasks. Discuss any tools or techniques you use to stay organized and efficient.

Reflect on what aspects of being a Controls Engineer inspire you, whether it's the excitement of solving complex problems, the satisfaction of creating efficient systems, or the thrill of leveraging new technologies to enhance automation.