Power Systems Engineer

At MWResource, a Power Systems Engineer is primarily responsible for providing electrical engineering analysis and technical support for the interconnection of new generation resources. This includes analyzing transmission network data, conducting powerflow studies, and developing methods to enhance model accuracy.

To be considered for the Power Systems Engineer position at MWResource, candidates should hold a Bachelor's degree in Electrical Engineering or a related field, alongside a minimum of one year of progressively responsible experience in the electric utility industry.

Yes, having experience with programming languages such as Python, VBA, or SQL is preferred for applicants vying for the Power Systems Engineer role at MWResource. This experience is beneficial for technical report writing and data analysis.

A Power Systems Engineer at MWResource should be familiar with running power system load flow studies, particularly using tools like PSSE, as well as being comfortable with software for creating queries in Access, Oracle, or SQL.

MWResource offers a comprehensive benefits package for its Power Systems Engineers, including medical, dental, and vision coverage, short- and long-term disability coverage, and participation in the company’s 401K plan, ensuring a healthy work-life balance.

A powerflow study is a technical analysis that evaluates the flow of electrical power through a transmission network. It's crucial for determining the feasibility of new generation interconnections and ensuring the system operates efficiently and reliably.

Enhancing the accuracy of a power system model can be achieved by conducting thorough data comparisons, implementing validity checks on various parameters, and regularly updating the model based on real operating data.

In past roles, I have often simplified technical information by using clear visuals and analogies, ensuring stakeholders understood the project’s goals and technical requirements without unnecessary jargon.

I have utilized Python for data analysis and automation of reporting tasks, which significantly increased efficiency. I understand its application in performing various calculations related to power system studies.

When facing discrepancies between my analysis and existing operational data, my approach is to conduct a thorough review, validate the data sources, and collaborate with team members to find the root cause of the discrepancy.

I regularly attend webinars, engage in professional forums, and subscribe to industry publications to remain informed about the latest standards and emerging technologies in the electric utility sector.

I have a solid foundation in SQL, utilizing it to create queries that extract relevant data for my analyses, which is essential for informed decision-making in power systems engineering.

Compliance criteria are critical as they ensure that all interconnections align with regulatory standards, promoting safety, reliability, and performance in the electric power system.

I believe in establishing open lines of communication, setting regular meetings, and utilizing project management tools to foster collaboration, ensuring all teams are aligned and equipped to achieve mutual goals.

One of the biggest challenges in power systems engineering today is adapting to the rapid transition towards renewable energy sources while maintaining system reliability and compliance with evolving standards.