Electrical Engineering Power PE Exam Review Course

$597

Description

Electrical Engineering Power PE Exam Review Course

Of all the things successful people do to accelerate their trip down the path to success,
participating in some kind of coaching program is at the top of the list.

– Jack Canfield, The Success Principles

Electrical Engineering Power PE Exam Review Course

If you want to pass the PE Exam the first time (or this time), this Review Course will get you prepared.
  • 3-step preparation method that will equip you with the tools needed to be successful.
  • 10 things you should do to have total confidence on exam day.
  • A specific plan of action for each of the test topics.
If you don’t have the time or the desire to sit through a live PE Exam refresher, this Review Course will get you prepared.
  • 1 hour per day plus 3 to 4 hours on the weekends can get you prepared in 1 month or less.
  • Working through the course on your schedule produces better results.
  • Being lectured to in a classroom setting will not provide the resources you need on exam day.
If you’re looking for a program that gives you what you need to become a licensed PE, this Review Course will get you prepared.
  • 7 must-have resources for success on the PE exam.
  • 7 main reasons people fail the PE exam (and how you can beat the odds.)
  • 7 simple actions you can perform every day that ensure you will be prepared.

In preparing for the PE Exam:

  • Is adequate PE Exam preparation time difficult to find in your hectic schedule?
  • Are work responsibilities, family time, or personal projects keeping you from studying?
  • Would a structured study plan with daily accountability be useful?

The Electrical Engineering Power PE Exam Review Course will help you overcome these obstacles and get you prepared for the PE Exam. The Electrical Engineering Power PE Exam Review Course is a comprehensive, in-depth review of every topic covered on the exam (refer to NCEES.)

The Electrical Engineering Power PE Exam Review Course is divided into 60 lessons with instruction, homework, links to related sites, examples, and sample practice problems.


GENERAL POWER ENGINEERING
  • Measurement and Instrumentation
    • Lesson 01      Instrument transformers
    • Lesson 02      Wattmeters
    • Lesson 03      VOM metering
    • Lesson 04      Insulation testing
    • Lesson 05      Ground resistance testing
Section Quiz 01 – Measurement and Instrumentation*

GENERAL POWER ENGINEERING
  • Special Applications
    • Lesson 06      Lightning and surge protection
    • Lesson 07      Reliability
    • Lesson 08      Illumination engineering
    • Lesson 09      Illumination engineering
    • Lesson 10      Illumination engineering
    • Lesson 11      Demand and energy management/calculations
    • Lesson 12      Demand and energy management/calculations
    • Lesson 13      Engineering economics
    • Lesson 14      Engineering economics
Section Quiz 02 – Special Applications*

GENERAL POWER ENGINEERING
  • Codes and Standards
    • Lesson 15      National Electrical Code (NEC)
    • Lesson 16      National Electrical Code (NEC)
    • Lesson 17      National Electrical Safety Code (NESC)
    • Lesson 18      Electric shock and burns
Section Quiz 03 – Codes and Standards*

CIRCUIT ANALYSIS
  • Analysis
    • Lesson 19      Three-phase circuit analysis
    • Lesson 20      Three-phase circuit analysis
    • Lesson 21      Symmetrical components
    • Lesson 22      Symmetrical components
    • Lesson 23      Per unit analysis
    • Lesson 24      Per unit analysis
    • Lesson 25      Phasor diagrams
    • Lesson 26      Phasor diagrams
Section Quiz 04 – Analysis*

CIRCUIT ANALYSIS
  • Devices and Power Electronic Circuits
    • Lesson 27      Battery characteristics and ratings
    • Lesson 28      Power supplies
    • Lesson 29      Relays, switches, and PLCs
    • Lesson 30      Variable-speed drives
Section Quiz 05 – Devices and Power Electronic Circuits*

ROTATING MACHINES AND ELECTROMAGNETIC DEVICES
  • Rotating Machines
    • Lesson 31      Synchronous machines
    • Lesson 32      Synchronous machines
    • Lesson 33      Induction machines
    • Lesson 34      Induction machines
    • Lesson 35      Generator/motor applications
    • Lesson 36      Equivalent circuits
    • Lesson 37      Speed-torque characteristics
    • Lesson 38      Motor starting
Section Quiz 06 – Rotating Machines*

ROTATING MACHINES AND ELECTROMAGNETIC DEVICES
  • Electromagnetic Devices
    • Lesson 39      Transformers
    • Lesson 40      Transformers
    • Lesson 41      Reactors
    • Lesson 42      Testing
Section Quiz 07 – Electromagnetic Devices*

TRANSMISSION AND DISTRIBUTION (HIGH, MEDIUM, AND LOW VOLTAGE)
  • System Analysis
    • Lesson 43      Voltage drop
    • Lesson 44      Voltage regulation
    • Lesson 45      Power factor correction and voltage support
    • Lesson 46      Power factor correction and voltage support
    • Lesson 47      Power quality
    • Lesson 48      Power quality
    • Lesson 49      Fault current analysis
    • Lesson 50      Grounding
    • Lesson 51      Transformer connections
    • Lesson 52      Transmission line models
Section Quiz 08 – System Analysis*

TRANSMISSION AND DISTRIBUTION (HIGH, MEDIUM, AND LOW VOLTAGE)
  • Power System Performance
    • Lesson 53      Power flow
    • Lesson 54      Load sharing: parallel generators or transformers
    • Lesson 55      Power system stability
Section Quiz 09 – Power System Performance*

TRANSMISSION AND DISTRIBUTION (HIGH, MEDIUM, AND LOW VOLTAGE)
  • Protection
    • Lesson 56      Overcurrent protection
    • Lesson 57      Overcurrent protection
    • Lesson 58      Protective relaying
    • Lesson 59      Protective devices (e.g., fuses, breakers, reclosers)
    • Lesson 60      Coordination
Section Quiz 10 – Protection*

80-Question Final Exam**

This course may qualify for up to 20 PDH (Professional Development Hours)/2.0 CEU (Continuing Education Units.)
*The section quizzes are optional, but recommended.
**If you are claiming Continuing Education credit for this course, the Final Exam is required with a score of 70% or better.

The Electrical Engineering Power PE Exam Review Course is designed to help you prepare for the PE Exam by following these 3 steps:

  1. Work through the information in the Course … follow the references … dig deep.
  2. Work as many problems as you can find and note where you have difficulties.
  3. Take the time to put together a comprehensive Test-Day Resource Library©

Remember, this is a process. If you will:

  • spend time every day
  • work the problems
  • assemble the resources

… you will be successful.

If there is anything I can do for you, please do not hesitate to ask.

To Your Success …

Jeff Setzer, PE
Electrical Engineering Power PE Exam Review Course

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Electrical Engineering Power PE Exam Review Course

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