PE PROFESSOR

PE REFRESHER COURSE for Electrical POWER Engineering PLUS Sample Questions/Solutions

Home
Engineering Professional Courses Online or on CD
PE Electrical POWER Refresher
Review Course for Mechanical Engineering PE Exam
Review Course for Civil Engineering
Training Course for LEED-GA Exam (on CD)
Fundamentals of Engineering (EIT) FE Refresher Review Course
Fluid Power Hydraulics Specialists Certification
US/EPA Refrigerant Handlers Training Course
Heat and Power THERMODYNAMICS TEXT
James Kamm TECHNOLOGIES/EPA Certification
More Information and Your Comments on OUR BLOG
Free Stuff and Customer Speak

Treat yourself, get your PE the first time! 

SEE THE DEMO....  click on disks on the bottom of this page

Improving productivity is an important goal in all industries. So it should be in your PE prep. How many hours do you plan to use to prepare? How many can you spare? Here is a course that will cut 100 hours from your study time. At a minimum, you can complete this course in 20 hours but they will be equivalent to 120 hours of study on your own. When complete, you will be ready for your final preparation by attacking sample PE exams.

This course is coordinated with the most popular reference handbook for the PE Electrical Engineering Reference Handbook by John Camara . Although you can take some of your favorite college textbooks into the exam, this reference book provides much of the information at one convenient point. With this CD, the book becomes both a learning tool and a reference tool. Each presentation on the CD will take a selective path through the appropriate sections of the book, in an order that is best for learning. When completed, the candidate will have great understanding where to turn, not only to find the required formulas but also the necessary properties and graphs to complete the problem.

The professor offers great advice on how to understand the topic, how to take shortcuts, what are the proper units, and where to find key information. Although the presentations explain theory, clearly and simply, the professor focuses on solving problems with you. These presentations include multimedia animations but the focus is on the most important aspect of your study schedule; problems solving.

This course is well researched to give you the most appropriate subjects for the exam.  The level of presentation is intended to be only as intense as the exam is.  It covers difficult topics, such as per unit analysis,  fault current analysis,  three phase transformers and three phase distribution systems, and many more, but not in a manner that is intended to loose anyone.

  Each sessions ends with up to 20 multiple choice questions to answer, very similar to the way questions are presented on the exam. Full solutions are included for these questions.
 

There is no better way to prepare for this very difficult exam.

EEMORNING.jpg
EEAFTERNOON.jpg

TOPICS:    Morning Session (Breadth)

1. Instrumentation and Special Devices (1:12 min) 
    Voltmeter, Ohmmeter, Ammeter Circuits 
    Null Detector Bridge Circuits
    Voltage Detector Bridge Circuits
    Complex Waveforms: RMS, Ave, PEAK

2. NEC Code    (47 min) 
    What is Important in the Code to Know     Conductor Sizing
    OCPD Sizing
    Concepts Behind Grounding/Bonding

3. Special Applications:  Illumination,  Energy 
    Demand,  and Engineering Economics (45 min)
    Calculations with Lux, Lumens, Watts
    Lighting Load Calculations
    Calculation Demand for Feeder Circuits

4. Transformers   (53 min)
    Electromagnetics
    Transformer Types
    Transformer Connections
    Laws of Ideal Transformers
    Transformer Losses 

5. AC Motors and the NEC Code (48 min)
    Single-phase Motor Theory
    Single-phase Motor Specs 
    Using NEC Code for Motor Installation
    Three-phase Motor Theory 

6. Performance of Rotating Machines (42 min)
     Equivalent Motor Circuits
     Armature and Field Calculations 
     Motor Loss and Efficiency Calculation

Afternoon Session (Depth)
1. Complex Circuit Analysis  (30 min)
      Complex Math
      Complex Bridge Circuits
      Components of Complex Power KVA and KVAR
      Wattmeters
      Complex Analysis of 1-Phase Motors
                                
2. Transformers   (53 min)
      Equivalent Circuits
      Reflected Secondary
      pu and X/R Analysis
      Impedance Matching
      Paralleling

3. Polyphase Motors/Energy Management(49 min)
      POWER
      Power Factor
      Current Calculations
      Efficiency
      Power Factor Correction 

4. Power Transmission Systems (41 min)
      Voltage Drop Calculations 
      One-line Diagrams
      pu Analysis
      Short Circuit Calculations 

5. Mathematics of Three-Phase Circuits (52 min)
      Motor Power and HP Calculations
      Three Phase Load Bank Calculations
      Three Phase Transformer Configurations

Buy It Here
cdgreyscale.jpg
CLICK ON THE DISKS ABOVE TO SEE A DEMO OF THIS PRODUCT:
This program is the latest of our Refresher Courses for Engineering.  We are looking for reviewers that will keep email contact with us on any questions regarding the course, including possible typographical errors,  calculation errors,  production miscues.  Until May 1, 2012 we offer a 50% discount for candidates willing to assist us in this way.  
Until 05/01/12  your price is $450.00/less 50% 

$225.00

Click the button above to buy with credit card or PayPal account

Reviewers: reporting email address will be supplied upon shipment.  Shipments made wiithin two days except no shipments between 12-24-11 and 1-05-2012 

James Kamm TECHNOLOGIES, Inc