ETAP Software Training

ETAP Software Training

Master Electrical Power System Analysis and Design

Learn to model, analyze, and protect electrical power systems using ETAP, the industry-standard software. This course equips you with practical skills to design, simulate, and troubleshoot electrical networks, helping you gain the technical expertise required by top companies in the power, industrial, and construction sectors.

Overview

ETAP Software Training is designed for electrical engineers, technicians, and professionals who want hands-on expertise in power system analysis. You’ll learn to simulate real-world electrical systems, perform load flow and fault studies, and ensure system protection and reliability. Practical exercises and project-based learning ensure you can confidently apply your knowledge in professional settings.
UB Global

Key Highlights

What You’ll Learn

Duration

6 Weeks

Mode

Online Live Classes

Includes

Live Projects & Practical Training

Career Opportunities

UB Global

Electrical Design Engineer

Design, simulate, and optimize electrical networks for buildings, industries, and infrastructure projects.

UB Global

Power System Analyst

Analyze and troubleshoot electrical systems, ensuring reliability and compliance with standards.

UB Global

Electrical Project Engineer

Coordinate and execute power system projects with precision using ETAP simulations and analysis.

Why Choose This Course

UB Global

In the modern electrical engineering industry, mastering ETAP gives you a competitive edge. This course combines expert guidance, hands-on exercises, and real-world simulations to help you confidently design, analyze, and protect electrical systems. Through practical learning and project-based exposure, you’ll acquire the technical knowledge and problem-solving skills that employers actively seek, while benefiting from flexible schedules that fit your professional or academic commitments.

Advance your electrical engineering career with expert-led ETAP training — master analysis, design, and protection of modern power systems.