Practical, Application‑Focused Training for Utility Engineers
The Fundamentals of Utility Engineering Certification Program delivers practical, application‑focused training designed to strengthen skills in modeling, analysis, and problem‑solving for utility engineers and senior technical personnel. The program consists of three modules, each building core competencies essential for effective distribution system engineering.
Module A: System Modeling and Analysis
This Module focuses on modeling concepts for distribution systems. Students will learn the theory used to model distribution systems, including system impedance models, connectivity, loading the model, calculation of voltage drops, and load currents. Students will be taught how to set planning criteria and how to project loads using several different methods. The class will project and grow a sample system model and solve common system problems such as low voltage and/or excessive load current. The course will cover placement of fixed and switched capacitor banks, motor starting, and placement of voltage regulators.
Module B: System Planning
This course builds on the modeling techniques covered in Model A. Students will learn how to develop engineered solutions to problems on a distribution system include overloads and voltage drop. Further the course discusses steps to develop short and long-range plans for distribution systems. This module includes review of how to prepare a present worth analysis, methods to determine discount rates, carrying charges, and interest rates, and methods for factoring reliability in the planning process. Case studies and examples are used to reinforce the learning objectives.
Module C: Short-Circuit Analysis & System Protection
Students will learn principals of overcurrent protection and the balance between reliability and protection for the public. The course focuses on the coordination of various devices used in distribution protection. Along with class problems demonstrating the complete feeder protection. No prior protection experience is required for this course. Protection of substation equipment will be discussed. Overvoltage protection is also included and will cover lightning theory, basic impulse insulation level (BIL), application of lightning arresters, and grounding.
