Power Systems Engineering Consultant 2

The Power Systems Engineering Consultant 2 at Sargent & Lundy is responsible for conducting detailed electrical analysis using time domain techniques, performing complex calculations related to Insulation Coordination, Transient Over-Voltage, and Power Quality & Harmonics. You will also collaborate with cross-functional teams to provide technical expertise, develop solutions to enhance system performance, and prepare comprehensive reports documenting your findings.

To qualify for the Power Systems Engineering Consultant 2 role at Sargent & Lundy, candidates should have at least a Bachelor’s Degree in Electrical Engineering, with preference given to those with a Master’s or PhD. Furthermore, a minimum of 10 years of industry experience in Insulation Coordination, Transient Over-Voltage, and Power Quality & Harmonics is essential, alongside proficiency in PSCAD and EMTP-RV software.

Yes, at Sargent & Lundy, the Power Systems Engineering Consultant 2 position allows for a flexible hybrid work schedule. This means you can enjoy a blend of in-office work days and remote work, promoting a balanced work-life experience.

Candidates for the Power Systems Engineering Consultant 2 role at Sargent & Lundy should have strong software skills, particularly in PSCAD and EMTP-RV, to perform complex electrical calculations essential for the position. These skills enable you to conduct detailed analysis and present findings effectively.

Sargent & Lundy offers a comprehensive benefits package for the Power Systems Engineering Consultant 2 role, including healthcare plans, life and accident insurance, disability coverage, 401(k) plans, and generous paid time off. The commitment to work-life balance is reflected in additional benefits such as flexible work arrangements and tuition assistance.

When answering this question, provide specific examples of your past projects where you've successfully performed Insulation Coordination. Highlight your methodologies and the impact of your work on system performance.

Discuss your systematic approach to identifying root causes of Transient Over-Voltage. Mention any tools or techniques you use and the importance of thorough documentation in your troubleshooting process.

You should detail your favorite techniques for Time Domain Analysis, possibly touching on the software you implement to facilitate this analysis. Providing a real-world scenario where you applied these techniques can add depth to your response.

Provide a brief narrative of a project where you identified a problem, implemented a solution, and the measurable results that followed. Emphasize your analytical skills and innovative thinking.

Explain your dedication to professional development through conferences, certification courses, journals, or industry groups. Mention any specific resources you rely on to keep your knowledge updated.

Discuss a particular challenge related to your work experience, the steps you took to resolve it, and what you learned from that situation. This shows your problem-solving ability and resilience.

Here, you should provide examples of how you simplify complex information, perhaps through visual aids or analogies. Highlight the importance of clarity and patience in your communication efforts.

Discuss the collaborative nature of engineering projects. Share a story that illustrates your experience working in teams, focusing on how you contribute to group dynamics for successful outcomes.

Talk about your organizational skills and tools you use for project management. Maybe share a specific example that showcases your ability to meet crucial deadlines without sacrificing quality.

Share your passion for electrical analysis and explain what aspects of power systems engineering excite you most, whether it's the technology, problem-solving, or the impact on communities.