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The Intern Engineer ensures the safe, reliable and efficient operation of the electric power system by providing innovative engineering support via assignments in asset or component development, reliability analysis and improvement, or long and short term system planning and implementation. The engineer may work on assignments supporting distribution or distribution network systems. This includes gathering reliability information to facilitate the development of distribution reliability strategy and metrics. The engineer may be accountable to support budget development, tracking, work plan commitments, projections, and overall financials of assigned reliability improvement programs. The engineer maintains knowledge of and adheres to all company and regulatory safety and quality processes and procedures.
Job Responsibility:
Works with full guidance to complete assignments of broad scope and complexity with few precedents or standards, and assignments that require integration of information from a variety of sources
Applies knowledge of concepts, principles, and practices in power systems engineering to resolve basic problems
Expands breadth of knowledge to other areas of specialty or further develops expertise and specialization in one area (i.e. reliability)
As assigned, support efforts to review and collect information related to possible ignition events
Partner with leadership, peers, staff departments and matrix organizations to improve overall business results
Requirements:
Pursuing a Bachelor’s or Master’s degree in Electrical Engineering at an accredited University
Must have reliable transportation to and from work location
3.0 GPA or greater in both cumulative GPA and major GPA
Planning on pursuing a concentration or has taken coursework in power systems engineering
General Knowledge of Utility Industry
Knowledge of power systems, power flow analysis, protection, voltage stability, and distribution planning
Proficient in Microsoft Excel, Word and PowerPoint
Familiarity with Foundry and python and SQL scripts
Ability to work in a team environment and support fellow team members
Strong problem solving and analytical skills
Strong communication skills, both oral and written
Nice to have:
3.0 GPA or greater in both cumulative GPA and major GPA
Planning on pursuing a concentration or has taken coursework in power systems engineering
General Knowledge of Utility Industry
Knowledge of power systems, power flow analysis, protection, voltage stability, and distribution planning
Proficient in Microsoft Excel, Word and PowerPoint
Familiarity with Foundry and python and SQL scripts
Ability to work in a team environment and support fellow team members
Strong problem solving and analytical skills
Strong communication skills, both oral and written