Controls Engineer

As a Controls Engineer at our company in Oilville, VA, you will be responsible for designing and developing electrical control systems, troubleshooting issues, creating and interpreting electrical schematics, and collaborating with teams to improve systems. Your work will primarily focus on the integration of control components like PLCs and relay systems, ensuring the highest quality in our control system projects.

To be considered for the Controls Engineer position at our Oilville, VA location, you must hold a Bachelor's degree in Electrical Engineering or a related field. Candidates with strong knowledge of electrical controls, experience in control systems design, and hands-on troubleshooting skills will stand out. Familiarity with elevator control systems or PLC controllers will give you an edge in the selection process.

While experience with elevator control systems is a plus, it is not strictly necessary to apply for the Controls Engineer role in Oilville, VA. However, having familiarity with these systems can enhance your application and help you quickly adapt to the responsibilities of the job.

As a Controls Engineer in Oilville, VA, you can expect a competitive salary ranging from $90,000 to $110,000 per year, commensurate with your experience and qualifications. We believe in rewarding our team well for their contributions to our innovative projects.

Our team values innovation, problem-solving skills, and a hands-on approach. A successful Controls Engineer in Oilville, VA will not only have technical expertise in electrical controls and engineering principles but also the ability to collaborate and communicate effectively with team members to implement improvements and modifications to our systems.

In your response, emphasize specific projects where you designed electrical control systems, the challenges you faced, and the successful outcomes. Highlight your technical skills, such as your proficiency in creating schematics and working with PLCs.

Discuss your systematic approach to troubleshooting. Explain how you identify the root cause of problems, the tools you use to diagnose issues, and the steps you take to implement effective solutions.

Explain a specific instance where teamwork was crucial. Highlight your contributions, how you communicated with team members, and the successful outcome of the collaboration, demonstrating your ability to work well in a team environment.

Provide examples of the types of schematics you have created or interpreted, emphasizing your familiarity with the associated technical terminology and your ability to translate these schematics into practical applications.

Discuss how you assess current systems for potential improvements by analyzing performance data, gathering feedback from users, and collaborating with peers to determine the best actionable steps to optimize system functionality.

Outline a project that involved the integration of control components, detailing your role in designing, installing, or testing these components, and the overall impact this project had on operational efficiency or safety.

Mention specific software you've used, such as AutoCAD for schematics or specific programming environments for PLCs (e.g., Siemens TIA Portal). Share how these tools improved your workflow and project outcomes.

Discuss the industry resources you utilize, like professional journals, online courses, or conferences. Highlight how continuous learning has helped you in your roles and improved your capabilities.

Explain your understanding of relevant codes and standards in the field, share your experience ensuring compliance during projects, and stress the importance of safety in your engineering practices.

Communicate your genuine interest in the company, citing its projects, values, or innovative environment. Discuss how your skills align with the company’s goals and your desire to contribute to impactful initiatives.