Etap for Electrical Engineers from Udemy

Welcome to the course on Etap for Electrical Engineers -(Original). The only course available on Udemy which covers almost all functionality of the Etap software. The course is updated on a monthly basis and Q/A answered frequently. There are many copy cats, but this course is the original.

Etap is a powerful software which is designed to perform simulations, analysis and design of Power systems. Etap has very vast capabilities such as Load flow analysis, Arc flash, Protection co-ordination studies, cable pulling, cable ampacity study and much more. Because Etap has integrated all the functionality required for Electrical studies, it is preferred over other software packages.

This course is specifically designed to cover all the functionality of Etap software. Industries nowadays are in pursuit of candidates having skills in Power system simulation packages. Having the knowledge to simulate power systems in Etap can help students to procure positions in the power sector.

This course also covers all the fundamentals of conducting analysis in power systems, thus it will be easy for beginners to follow the course. Each lesson is tailor made to be detailed and precise with practical examples. Engineers in the industry can update and refresh their knowledge ,and learn to simulate in Etap package.

With this course, you will learn to simulate power systems in no time.

What's inside

Learning objectives

Design and simulate power systems
Simulate ac power systems
Simulate dc power systems

Conduct stability studies
Conduct studies for load dispatching
Simulate industrial power networks

Design and simulate power systems
Simulate ac power systems
Simulate dc power systems
Conduct stability studies
Conduct studies for load dispatching
Simulate industrial power networks

Syllabus

Introduction

Get familiar with the ETAP Environment & draw Single Line Diagrams

Get familiar with the ETAP Environment

Drawing a Single Line Diagram

Rating Components

Presentation Toolbar

Conduct Load Flow Analysis in ETAP

Load Flow Analysis - I

This Quiz is to refresh the basics of Load Flow Analysis

Load Flow Analysis - II

Load Flow Analysis - III

Conduct short circuit analysis in ETAP

Short Circuit Analysis - I

To refresh your knowledge on basics of short circuit analysis

Short Circuit Analysis - II

Conduct Arc Flash Studies in ETAP

Arc Flash Studies - I

Test your knowledge on Arc Flash

Arc Flash Studies - II

Conduct Transient Stability Analysis in ETAP

Transient Stability Analysis - I

Conduct Harmonic Analysis in ETAP

Harmonic Analysis - I

Harmonic Analysis - III (Filter Sizing)

Conduct motor acceleration analysis with static and dynamic starting of motors

Motor Acceleration Analysis I- Static Motor Starting

Motor Acceleration Analysis II- Dynamic Motor Starting

Motor Acceleration Analysis III- Motor Starter

Motor Acceleration Analysis IV- VFD Starting

Learn to design Earth mat in Etap

Ground Grid Systems

Ground Grid Systems -IEEE 80

Ground Grid Systems -FEMA

Cable Pulling Systems

Cable Pulling Systems -I

Cable Pulling Systems -II

Cable Pulling Systems -III

Conduct thermal and ampacity tests on underground raceway systems

Cable Ampacity

Underground Raceway Systems

Protective Device Coordination

Coordination Basics

Protection Coordination - I

Protection Coordination - II

Protection Coordination - III

Protection Schemes

Bus bar Differential Protection

Transformer Differential Protection

Motor Protection

Directional Overcurrent Protection

Over voltage and Under voltage Protection

Over & Under Frequency Protection

Reverse Power Protection

Distance Relay Protection- I

Distance Relay Protection- II

Distance Relays

Distance Relay Protection- III

Students will be able to create multiple revisions on the base model and will be able to batch run different projects, and study cases

Revision Control

Wizard Toolbar

Simulate DC Power Systems in ETAP

DC Load Flow

DC Short Circuit & Arc Flash

Battery Sizing Calculation

Renewables

Photovoltaic Systems

Wind Power

Advanced Power System Studies

Optimal Power Flow

Unbalanced Load Flow

Optimal Capacitor Placement

Switching Sequence Management

Perform contingency analysis using Etap.

Contingency Analysis

Learn how to create and simulate electric Control systems.

DC Control wiring systems

This section will contain simulations and analysis on actual power system networks.

Simulate Transient Stability analysis on a part of the State grid.

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Provides foundational coverage for beginners and intermediate learners and offers opportunities for more advanced development in Power Systems Simulation

Helps students learn a powerful industry-standard software package that is not just limited to power systems analysis but can be used to conduct many other studies as well

Offers a comprehensive view of the software and the analysis it can be used for, from introductory topics to more advanced capabilities

Teaches learners to conduct a wide scope of different types of analyses in power systems, covering most if not all areas of focus in the industry

Provides detailed and precise examples to provide practical guidance that can be used both for review and skill-building

Updated course on a monthly basis, which means it provides information on the latest available software versions

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Etap for Electrical Engineers with these activities:

Review: Electrical Power Systems Quality, by Roger C. Dugan, Mark F. McGranaghan, Surya Santoso, H. Wayne Beaty

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This book provides a comprehensive overview of power quality concepts and issues, which are essential for understanding the performance and design of power systems.

View Electrical Power Systems Quality, Third Edition on Amazon

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Read the book's chapters on topics relevant to the course.
Take notes and highlight important concepts.
Complete the exercises and review questions included in the book.

Organize and review notes, assignments, and quizzes from the course

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Regularly organizing and reviewing course materials will help you improve your retention and understanding of the concepts covered.

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Gather notes, assignments, quizzes, and any other relevant materials.
Sort and organize the materials by topic or lesson.
Review the materials regularly, focusing on key concepts and areas where you need improvement.

Attend a hands-on workshop on power systems simulation using ETAP

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Hands-on workshops provide a valuable opportunity to practice using ETAP and apply the concepts learned in the course to real-world scenarios.

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Identify and register for reputable workshops that align with your learning objectives.
Attend the workshop and actively participate in the activities.
Take notes and ask questions to enhance your understanding.

Two other activities

Expand to see all activities and additional details

Show all five activities

Follow tutorials on load flow analysis

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Load flow analysis is a critical aspect of power systems engineering. Following tutorials will help you grasp the fundamentals and enhance your understanding.

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Identify reputable online platforms or instructors offering tutorials on load flow analysis.
Select tutorials that align with your current knowledge level and learning objectives.
Follow the tutorials step-by-step, taking notes and practicing the concepts.
Complete the exercises and quizzes included in the tutorials to assess your understanding.

Solve practice problems on short circuit analysis

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Short circuit analysis is essential for ensuring the safety and stability of power systems. Solving practice problems will reinforce your understanding of the concepts and calculations.

Browse courses on Short Circuit Analysis

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Collect practice problems from textbooks, online resources, or previous exams.
Set aside dedicated time for solving the problems without interruptions.
Use appropriate tools and techniques to solve the problems accurately.
Check your solutions against the provided answers or consult with an expert for feedback.

Career center

Learners who complete Etap for Electrical Engineers will develop knowledge and skills that may be useful to these careers:

Power System Analyst

Electrical engineers play a pivotal role in meeting our global energy demands. Power system analysts have a crucial role in planning and designing the construction and maintenance of electrical power systems, including generation, transmission, and distribution. Etap is a powerful software tool dedicated to power system simulation, which is why many industries look for candidates with skills in this software package. This course can help power system analysts familiarize themselves with Etap and enhance their simulations.

See salaries and explore the career path for Power System Analyst

Electrical Engineer

Electrical engineers have expertise in designing, developing, and implementing electrical systems. As a part of their responsibilities, they are tasked to run analyses on power systems to ensure proper operations. Etap is a powerful software that can simulate power systems and the course covers almost all functionality offered by the software. Knowing how to use this software can be very attractive to employers looking for skilled electrical engineers.

See salaries and explore the career path for Electrical Engineer

Transmission Planning Engineer

Transmission planning engineers are often responsible for designing and maintaining the electrical grid. These engineers contribute to the development and analysis of transmission systems. This course covers all aspects of Etap software, a powerful program dedicated to power systems simulation, analysis, and design. Proficiency in Etap is an in-demand skill desired by employers.

See salaries and explore the career path for Transmission Planning Engineer

Power Distribution Engineer

Power distribution engineers design and maintain power distribution systems. They are responsible for the safe and efficient delivery of electricity to consumers. Having knowledge in Etap would be beneficial as it is a useful tool for simulating power systems in distribution networks.

See salaries and explore the career path for Power Distribution Engineer

Electrical Consultant

Electrical consultants advise clients on the design, implementation, and maintenance of electrical systems. Etap is a valuable tool for electrical consultants. The course covers many aspects of Etap. This may help electrical consultants take on projects that require power system simulation and analysis.

See salaries and explore the career path for Electrical Consultant

Power Systems Engineer

Power systems engineers design, operate, and maintain electrical power systems. Etap is software commonly used by these engineers to perform their functions, which may include load flow analysis, arc flash study, and protection system analysis.

See salaries and explore the career path for Power Systems Engineer

Energy Consultant

Energy consultants help clients reduce energy consumption and costs. They may also develop and implement renewable energy projects. Etap is an energy system simulation software that can be used to model and analyze energy systems. This may make Etap a useful tool to have for energy consultants.

See salaries and explore the career path for Energy Consultant

Electrical Project Manager

Electrical project managers plan, organize, and direct electrical construction projects. They may also manage the installation and maintenance of electrical systems. Etap is a valuable tool for managing electrical projects.

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Electrical Designer

Electrical designers design electrical systems for buildings and other structures. They may also design electrical equipment. Etap is a popular software used by electrical designers to design electrical systems.

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Field Engineer

Field engineers provide technical support to customers in the field. They may also troubleshoot and repair electrical equipment. Etap is a software tool that can help field engineers troubleshoot electrical problems.

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Electrical Technician

Electrical technicians install, maintain, and repair electrical equipment. They may also troubleshoot electrical problems. Etap is a useful software tool that can help electrical technicians with their work.

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Electrician

Electricians install, maintain, and repair electrical wiring and equipment. Etap is a software generally used by electrical engineers, but it may also be useful for electricians who are looking to expand their skills and knowledge.

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Electrical Maintenance Technician

Electrical maintenance technicians maintain and repair electrical equipment. Etap may be a useful tool for electrical maintenance technicians as it can help them troubleshoot electrical problems.

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Electrical Inspector

Electrical inspectors ensure that electrical systems are safe and meet code requirements. Etap is a useful tool for electrical inspectors, as it can help them analyze electrical systems.

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Electrical Drafter

Electrical drafters create drawings of electrical systems. Etap is a useful tool for electrical drafters, as it can help them create accurate and detailed drawings.

See salaries and explore the career path for Electrical Drafter