ETAP

Course ObjectivesTo introduce the principles of electrical system design, modeling, and documentation.To develop proficiency in using ETAP software for power system analysisTo enable students to perform load flow, short circuit, transient stability, and arc-flash studies.To teach proper selection, sizing, and protection of electrical equipment using simulation tools.To equip learners with skills for analyzing motor starting problems, relay coordination, and generator load sharing.To prepare participants to document and present professional engineering studies based on ETAP simulations.Learning OutcomesBy the end of this course, learners will be able to:Design and interpret single-line diagrams (SLDs) for industrial and utility systems.Configure ETAP projects, input accurate data, and validate system models.Perform comprehensive studies: load flow, fault analysis, stability, and arc-flash risk assessment.Select and size generators, transformers, motors, capacitor banks, and protection devices using ETAP.Evaluate motor starting methods, voltage dips, and system stability improvements.Synchronize and balance multiple generators in parallel operation scenarios.Generate clear, professional documentation to support design and troubleshooting decisions.ExpectationsStudents should already have basic knowledge of power systems (generation, transmission, distribution, steady-state concepts).Participants are expected to actively engage in software practice, as this is a hands-on technical course.Real-world case studies and assignments must be completed to reinforce theory with practice.Students should aim to develop both analytical thinking and practical simulation skills, not just software familiarity.GoalsTechnical Goal: Provide participants with the ability to digitally model and analyze any electrical power system using ETAP.Professional Goal: Prepare students to handle real-world design tasks and troubleshooting responsibilities in industries such as power generation, manufacturing, oil & gas, transportation, and utilities.Skill Development Goal: Enhance competence in identifying, predicting, and resolving power system issues before implementation, reducing risk and cost.Outcome Goal: Ensure every participant completes the course capable of designing, simulating, optimizing, and documenting a complete power system project independently.