Controls Engineer

As a Controls Engineer at Lincoln Electric, you will design PLC software and HMIs for industrial automation equipment, debug and troubleshoot existing systems, and collaborate with cross-functional teams to maintain project timelines. Moreover, you will be responsible for maintaining project documentation, assisting customers with troubleshooting, and conducting end-user training on equipment operation.

To apply for the Controls Engineer position at Lincoln Electric, candidates should possess an electrical engineering degree or a degree in mechatronics and have at least two years of relevant experience. Knowledge of electrical circuits, electrical CAD systems, and PLC programming is essential, with experience in programming languages such as VB, C/C++, or C# being highly preferred.

Candidates applying for the Controls Engineer role at Lincoln Electric should have experience with Rockwell Logix 5000 or Siemens S7-1500 family processors. Additionally, proficiency in programming HMIs (Rockwell and Siemens) and knowledge of electrical CAD systems like AutoCAD Electrical or ePLAN is beneficial for success in this position.

Yes, the Controls Engineer position at Lincoln Electric involves travel, estimated at approximately 30% for both domestic and international assignments. This travel will primarily be for equipment installation and direct interaction with customers, providing a chance to meet and assist clients on-site.

The work environment for a Controls Engineer at Lincoln Electric is dynamic and collaborative. You will work alongside diverse teams, support active projects, and nurture growth through hands-on opportunities. With a focus on innovative problem-solving and project management, you’ll thrive in a culture that values creativity and teamwork.

When answering this question, focus on specific PLC systems you've worked with, such as Rockwell Logix 5000 or Siemens S7-1500. Discuss the types of projects you’ve completed, any challenges faced, and how you overcame them using your problem-solving skills. Highlight your programming styles, such as ladder logic or structured text, to provide a clear picture of your expertise.

In your response, discuss systematic approaches such as checking wiring, reviewing code for errors, or using diagnostic tools. You can mention specific experiences where you identified and resolved issues effectively, emphasizing the role of teamwork and communication with other engineers and customers.

Elaborate on your process by discussing how you prioritize tasks, maintain communication with team members, and track progress through tools such as Gantt charts or task management software. Providing a specific example of a project where you successfully managed timelines and deliverables can bolster your response.

Share your experience with designing and programming HMIs, particularly those from Rockwell or Siemens. Discuss the importance of user interface design and how you ensure end-user comfort and efficiency. Providing details on any specific projects or user feedback can strengthen your answer.

When discussing a successful project, outline your role, the project's goals, the challenges you overcame, and the ultimate results. Be sure to highlight your leadership skills and how you coordinated with cross-functional teams to achieve success.

Explain your commitment to customer satisfaction and how you would approach the feedback professionally. Discuss steps like troubleshooting the issue on-site, collaborating with your team to identify the root cause, and ensuring timely resolutions while maintaining clear communication with the customer.

Clearly state your proficiency with programming languages like VB, C/C++, or C#. Discuss specific projects where you used these languages to enhance systems or solve complex controls problems, demonstrating your ability to apply knowledge practically.

Mention any experience with electrical CAD systems, such as AutoCAD Electrical or ePLAN, and discuss how they help you in designing, documenting, and troubleshooting electrical systems. You can also highlight how familiarity with these tools expedites project timelines.

Share your strategies for professional development, which may include following industry publications, participating in webinars or workshops, and networking with other professionals. Emphasize your passion for continued learning and adapting to new technologies.

In your answer, mention your thorough understanding of safety regulations and standards relevant to controls engineering. Discuss how you incorporate these considerations into your project planning and execution, ensuring that safety protocols are always followed.