Senior Power Systems Engineer 2

The Senior Power Systems Engineer 2 at Sargent & Lundy is responsible for conducting detailed electrical analyses, particularly focusing on Time Domain Analysis. This includes performing intricate calculations related to Insulation Coordination, Transient Over-Voltage, and Power Quality & Harmonics. Additionally, the role involves developing innovative solutions to enhance system performance, collaborating with multidisciplinary teams, and preparing detailed reports that document analysis findings and recommendations.

To qualify for the Senior Power Systems Engineer 2 position at Sargent & Lundy, candidates should have a Bachelor’s Degree in Electrical Engineering, preferably with a focus on Power/Power Systems, along with at least 7 years of relevant experience. While a Master’s or PhD is preferred, significant industry experience can substitute. Proficiency in software like PSCAD and EMTP-RV is also crucial, as are strong analytical and communication skills.

Yes, the Senior Power Systems Engineer 2 position at Sargent & Lundy offers a flexible hybrid work schedule. This allows employees to work a mix of in-office days and remote days, promoting a better work-life balance while still engaging in collaborative projects with the team.

Sargent & Lundy provides comprehensive benefits for its Senior Power Systems Engineer 2, including medical, dental, and vision healthcare plans, life and accident insurance, disability coverage, and an Employee Assistance Program. Additionally, employees enjoy generous paid time off, flexible work arrangements, a 401(k) plan, tuition assistance, and various wellness and financial programs.

Success as a Senior Power Systems Engineer 2 at Sargent & Lundy requires strong analytical and problem-solving skills to resolve complex technical issues. Excellent communication skills are critical for effectively presenting technical information to non-technical teams. Proficiency in using PSCAD and EMTP-RV software for electrical calculations is also essential, as is the ability to work independently, prioritize tasks, and meet project deadlines.

In discussing my experience with Time Domain Analysis, I would highlight specific projects where I implemented these techniques to assess system performance, mentioning key challenges faced and the solutions I developed to overcome them. Providing examples of how my knowledge benefited project outcomes would showcase my expertise effectively.

I utilize a structured approach to Insulation Coordination assessments, which includes gathering relevant system data, applying standards for insulation levels, and executing simulations using PSCAD or EMTP-RV tools. I make sure to validate my findings with real-world data wherever possible to ensure accuracy.

I stay informed about industry trends through a combination of professional development opportunities such as webinars, workshops, and conferences, along with subscribing to leading journals in electrical engineering. Networking with peers and engaging in professional organizations further help me stay current.

I approach complex technical issues with a systematic troubleshooting process, starting with identifying the root cause, analyzing data trends, and developing potential solutions. Collaborating with colleagues often leads to more innovative solutions, so I prioritize open communication during these challenges.

I am highly proficient in PSCAD and EMTP-RV, which I use regularly to perform electrical analysis. Additionally, I have experience with MATLAB for modeling and simulations, enabling me to conduct comprehensive analyses that inform design improvements.

I prioritize my tasks based on project deadlines and complexity. Utilizing project management tools helps me stay organized, while regular check-ins with team members ensure that I am aligned with project goals. This proactive approach allows me to manage multiple projects effectively without compromising quality.

In a previous role, I collaborated with the design and maintenance teams to improve our process for handling Transient Over-Voltage scenarios. Our teamwork resulted in a refined protocol that reduced incident occurrences, demonstrating the value of cross-functional collaboration in enhancing system reliability.

Communication is vital in my role as a Senior Power Systems Engineer. It ensures that technical information is accurately conveyed to diverse stakeholders, including non-technical team members. I prioritize clear, concise communication to foster understanding and collaboration across all levels of a project.

When preparing technical reports, I ensure that they are structured logically and incorporate both data analysis and actionable recommendations. I aim for clarity and thoroughness, anticipating potential questions from the audience to improve comprehension and engagement.

I hold several professional certifications relevant to power systems and electrical analysis, including IEEE certifications in Insulation Coordination and Transient Over-Voltage. These certifications highlight my commitment to continuing education and my proficiency in best practices within the industry.