Power Systems Engineer III (Model Engineering)

MISO•Carmel, IN

11d•$103,000 - $128,000•Onsite

About The Position

Our Power Systems Engineer III (Model Engineering) will help guide the effort to collect information from our transmission owners and market participants to build the data models for MISO’s systems that run, protect, and plan the future of the electric grid. You will be part of an experienced and diverse team foundational to achieving MISO’s core vision of being the most reliable, value-creating RTO and play a crucial role in setting the direction for the future of the Market Model building process. As a Power Systems Engineer III (Model Engineering) , you will also have the opportunity to work on groundbreaking projects at MISO to implement a Model Management System, upgrade our Energy Management System, improve the Day-Ahead and Real-Time Market System, and incorporate Distributed Energy Resources into the MISO planning, operations, and market systems. Lastly, as a Power Systems Engineer III (Model Engineering) , you will be able to apply your technical skills, interpersonal skills, and knowledge of power systems to satisfy our many customers, both internal and external to MISO. In one year as a Power Systems Engineer III (Model Engineering) , you will know you’re successful if: You have taken the lead and responsibility for maintaining and improving a portion of MISO’s model. You are helping to build and craft MISO’s future modeling processes using the MISO Model Manager system. You have gained an understanding of how your work in modeling services impacts dozens of other departments at MISO. We’re looking for Engineers Who: Hold at least a Bachelor’s degree in: Electrical Engineering, Computer Engineering, Electrical Engineering Technology, Electrical and Computer Engineering, Electrical and Electronic Engineering, or Electronics and Computer Engineering Technology At least five years of proven relevant experience (This experience could involve power system modeling, power flow software, transmission/distribution planning, state estimation, transient analysis, contingency analysis, or related electric utility electrical engineering work experience) Appropriate level will be determined based upon experience and knowledge. Apply today and continue shaping the future of energy!

Requirements

Hold at least a Bachelor’s degree in: Electrical Engineering, Computer Engineering, Electrical Engineering Technology, Electrical and Computer Engineering, Electrical and Electronic Engineering, or Electronics and Computer Engineering Technology
At least five years of proven relevant experience (This experience could involve power system modeling, power flow software, transmission/distribution planning, state estimation, transient analysis, contingency analysis, or related electric utility electrical engineering work experience)