Substation P&C Designer

As a Substation P&C Designer at ICF, your primary responsibilities include designing and preparing Protection and Control Drawings like relay one lines, AC/DC schematics, and wiring diagrams for high voltage substations. You will also collaborate with other engineering disciplines to ensure high-quality deliverables and adhere to the company's QA/QC processes.

To qualify for the Substation P&C Designer position at ICF, candidates must hold an Associate's degree in drafting or a high school diploma with equivalent technical design experience. Additionally, at least 3 years of detailed wiring design experience and familiarity with AutoCAD and Bluebeam are essential.

Preferred skills for a Substation P&C Designer at ICF include an understanding of AC/DC control diagrams and point-to-point wiring requirements, advanced proficiency in Microsoft Excel and Word, and knowledge of industry standards such as NEC, NESC, IEEE, and ANSI.

ICF is committed to investing in the professional development of its Substation P&C Designers through various programs, including tuition reimbursement, access to training resources, and opportunities for advancement, ensuring that you can continuously improve your skills and career prospects.

The work environment for a Substation P&C Designer at ICF is flexible and emphasizes work-life balance. The company promotes a collaborative culture where employees can thrive and offers opportunities for community investment and volunteering.

When answering this question, focus on specific projects you've worked on that involved designing Protection and Control systems. Highlight your familiarity with critical drawings and schematics, detailing how your contribution improved project outcomes.

Discuss your experience with relevant software such as AutoCAD, Bluebeam, and MicroStation. Be prepared to explain how you have used these tools in past projects to create accurate wiring diagrams and schematics.

Talk about your approach to incorporating QA/QC processes in your work. Mention strategies like peer reviews, checklists, and attention to details that help maintain high engineering standards.

This is your chance to showcase your knowledge of key standards. Briefly explain what NEC and IEEE are, why they are crucial in electrical design, and how you’ve applied these standards in your previous roles.

Share a specific example of a project where you collaborated with other engineers or disciplines. Highlight the importance of teamwork and communication in achieving project success.

Describe your process for managing changes, such as maintaining clear documentation, effective communication with team members, and utilizing version control techniques to ensure all changes are tracked.

Reflect on a specific challenge you encountered, such as tight deadlines or coordination issues. Discuss how you addressed the challenge effectively and what you learned from the experience.

Express your enthusiasm for ICF’s vision in transforming the energy sector. Mention how their values resonate with you and how you see yourself contributing to their mission.

Discuss various methods you employ to stay current, such as attending training sessions, enrolling in courses, participating in webinars, or engaging with professional communities in the energy sector.

Share your philosophy on continuous improvement, emphasizing seeking feedback, assessing outcomes, and actively looking for innovative solutions to enhance the quality and efficiency of your designs.