Electric Engineer I

Tennessee Valley Public Power Association, Inc.; Mountain City (TN); On-site; USD 65,000 - 90,000; Full time

Job summary

Mountain Electric Cooperative is seeking an entry-level Electrical Engineer I to support design, drafting, and operational tasks for its electric distribution system. The role focuses on transformer sizing, loads, conductor sizing, and circuit configurations, using GIS and FUTURA for precise drawings.

The position also covers protective relaying, control system design, and troubleshooting across substations, lines, and feeders.

Qualifications

• Entry-level Electrical Engineer role with on-the-job training.
• Experience with GIS, AutoCAD, and distribution system design recommended.
• Ability to read drawings and draft specifications.

Responsibilities

• Assist with transformer sizing and conductor sizing tasks.
• Draft and design overhead/underground distribution drawings using GIS and FUTURA.
• Design and troubleshoot protective relaying and control systems for substations and lines.
• Support planning, budgeting, and material specifications for the distribution system.

Skills

Electrical eng

Power systems

I/C diagrams

Drawings symbols

Attention to detail

Tools

AutoCAD

GIS

MilSoft

FUTURA

Excel

Word

PowerPoint

Access

Job description

The Electrical Engineer I is an entry-level position which uses on-the-job training to develop skills and abilities to perform technical engineering tasks required for MEC (Mountain Electric Cooperative) electric distribution operations or Engineering Department’s Design Group. Under the direction of the Director of Engineering and Operations, the Electrical Engineer I will assist with tasks by applying knowledge from academic studies, internships, and on-the-job training. In addition, other duties include determining size of transformers; calculating electrical loads; determining conductor sizes; determining proper voltage configurations; calculating voltage losses for various conductor sizes, types, and lengths; determining proper sizing and placement of distribution poles, equipment, and facilities; and performing drafting and design work utilizing GIS (Geographic Information Systems) and Futura software to produce neat, precise, and well-balanced drawings for the construction and maintenance of overhead and underground, primary and secondary distribution circuits and facilities for the electric system.

The Electric Engineer I is also responsible for the design, implementation, maintenance, and troubleshooting of protective relaying and control systems used throughout the electric utility transmission and distribution system to ensure the reliable and safe operation of substations, transmission lines, distribution feeders, generators, and associated electrical equipment. In addition, the employee may assist in short- and long-term planning and preparing special studies on the distribution systems and determining operational requirements for electrical loads utilizing electric modeling and analytical tools. The Engineer I will also assist to define electric system improvement priorities, prepare cost estimates, provide budgetary input related to planning, system coordination, operations, and the function of short- and long-term design of the electric distribution system and developing material specifications for all materials used in Mountain Electric Cooperative’s electric distribution system.

Knowledge Of

• electrical engineering principles and practices
• electric system design principles/power systems concepts
• symbols and terminology used in engineering drawings
• construction plans and specifications; overall concept of system coordination between protection devices; facilities, materials, equipment, and tools used in the construction and
• maintenance of electrical facilities; and essentials of algebra, geometry, trigonometry and calculus

Ability To

• learn and interpret instrumentation and control (I/C) diagrams, 1-line diagrams and regulations associated with electric distribution system operations;
• learn to read and interpret construction drawings; use drafting software, including AutoCAD and GIS;
• learn to operate computer software and systems including MilSoft, Light Table, FUTURA, SEL , Designer, Microsoft Word, Excel, Power Point, Access, etc., MEC computerized customer information systems, and proposed workflow/asset management systems;
• understand and write specifications;
• compute quantities and make cost estimates;
• prepare neat and precise maps from plans, sketches, verbal descriptions and specifications;
• maintain a high level of attention-to-detail for quality control purposes;
• maintain effective documentation and system backups of maps and electronic data;
• assist in providing data and maps for detailed operational analysis;
• apply results of analysis to ensure accuracy and completion of map and related data profiles;
• become familiar with industry-specific terminology and symbology; learn the existing ArcGIS/ArcFM GIS system and
• establish and maintain effective working relationships with consultants, engineers, developers, coworkers, management, public officials, and the general public.

The duties listed above are intended only as general illustrations of the various types of work that may be performed. Lack of specific statements of duties does not exclude them from the position if the work is similar, related or a logical assignment to the position. Job descriptions are subject to change by the Cooperative as the needs of MEC and requirements of the job change.