Lead Transmission Line Engineer

As a Lead Transmission Line Engineer at Sargent & Lundy, you will be responsible for designing transmission lines in the range of 69kV to 765kV. You'll coordinate design activities, mentor junior engineers, prepare technical reports, and ensure compliance with specifications and codes. You’ll also perform independent reviews of other team members' work, using your expertise in PLS-CADD software to verify calculations and drawing preparations.

To qualify for the Lead Transmission Line Engineer position at Sargent & Lundy, you need a Bachelor's degree from an ABET-accredited engineering program and a Professional Engineer (PE) license. Additionally, having at least 8 years of experience in transmission design, familiarity with NESC, IEC, ASCE, IEEE, and ANSI standards, and proficiency in PLS-CADD will strengthen your application.

Yes, being bilingual in Spanish and English is a requirement for the Lead Transmission Line Engineer position at Sargent & Lundy. This skill will enable you to effectively communicate with a diverse range of clients and team members, enhancing collaboration on projects.

Proficiency in PLS-CADD software is essential for the Lead Transmission Line Engineer role at Sargent & Lundy. This software will be integral to your day-to-day tasks, including designing transmission lines, conducting reviews, and ensuring all engineering work complies with industry standards.

As a Lead Transmission Line Engineer at Sargent & Lundy, there are ample opportunities for career advancement. With your expertise and leadership skills, you could move into managerial roles overseeing larger projects or teams. Additionally, you may have the chance to contribute to strategic company developments and potentially expand your role internationally, given the company's global reach.

In your response, outline specific projects you've worked on where you designed transmission lines, detailing the voltage levels and mention your approach to meeting industry standards. Highlight your design process and any tools, like PLS-CADD, that you utilized.

You could discuss your familiarity with standards such as NESC, IEC, and ANSI, and how you apply them in your work. Include examples of how you've implemented these standards in past projects to ensure safety and compliance.

Share a specific instance where you faced challenges, such as tight deadlines or design complexities, and explain your approach to overcoming them. Highlight your leadership skills and how you coordinated your team to achieve project goals.

Discuss the importance of communication, knowledge sharing, and providing constructive feedback. You might mention your methods for fostering a supportive environment where junior engineers feel confident in seeking guidance.

Explain your commitment to professional development, such as attending workshops, reading industry journals, or participating in engineering communities. Mention any certifications you pursue to stay current.

Talk about the importance of clear communication and setting realistic expectations. Provide examples of how you’ve successfully collaborated with clients to ensure their needs are met throughout the project lifecycle.

Emphasize your proficiency with PLS-CADD and any other relevant tools you use. Discuss the advantages these tools provide in terms of design accuracy, efficiency, and project collaboration.

Convey your open-mindedness and willingness to learn from feedback. Highlight how you analyze critiques and incorporate valuable insights into future designs to continuously improve your work.

Provide an example that illustrates your adaptability, describing your approach to reassessing project priorities, communicating changes to stakeholders, and ensuring project objectives remain aligned with client expectations.

Reflect on your motivations and the aspects you find most rewarding in transmission engineering. Share your enthusiasm for contributing to sustainable energy solutions and improving infrastructure for future generations.