Short circuit impedance modeling of transmission and sub-transmission lines, system interconnections, substations and transformers to ensure system accuracy and NERC compliance
Modeling impedances of lines and transformers, air switch capability, and power flow model aspects
Perform transmission modeling activities with operating companies, other utilities, nonutility customer load/generation, PJM, and ReliabilityFirst
Discuss and resolve modeling discrepancies, questions, and compliance concerns
Develop and maintain applications, queries, and macros
Actively participate in industry working groups and forums; represent FirstEnergy in transmission activities
Seek opportunities to increase internal and external customer satisfaction and deepen relationships with neighboring companies, PJM, ReliabilityFirst, and NERC
Promote a diverse and inclusive work environment that values open exchange of ideas to promote innovation
Requirements
Bachelor of Science degree in Electrical Engineering (BSEE) from an ABET accredited institution required; acceptable alternatives: Professional Engineer (PE) license or non-ABET BS plus advanced EE degree from a university with an ABET-accredited Bachelor's program
At least 2 years of engineering experience required
Demonstrated analytical and reasoning capabilities
Refined oral and written communication skills; ability to structure and present information to peers and leadership
Ability to work independently on broad assignments involving compilation, preparation, and analysis of statistical/analytical data, reports, studies, or projects
Knowledge of Microsoft Office tools including Excel, PowerPoint, Access, and Word
Basic researching skills
Desire to continue learning, work across FirstEnergy, and deliver results
Ability to deliver quality, accurate work within established deadlines
Ability to work extended hours or after-hours (evening, weekend and holidays) callouts to provide onsite technical and operational guidance