Circuit Analysis Boot Camp
For the Electrical PE exam
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Reviews
Circuit Analysis Boot Camp
From TRUNG BUIThis Circuit Analysis Boot Camp course provides invaluable and practical tools for electrical engineers to solve problems quicker. You would not want to take the PE exam without your trusted 2 calc...
Read MoreNice tricks and tips to avoid dumb mistakes!
From Abhishek KulkarniZach does a great job touching upon those basic concepts some of us might have latent doubts about from having studied them in school.
Ohm's Law; It's That Simple;
From Martin HolguinZach, many Power, and EE prophets state that everything can be derived from Ohm's Law. It's true and you demonstrated this in a very understandable manner. I didn't spend hours getting the basics ...
Read MoreI wish I had the Circuit Analysis Boot Camp in college
From Timothy ValdiviaI've struggled with some of these concepts for a long time and it was evident how bad the struggle was when I took the PE for the first time and failed. Had I took this course beforehand, I probabl...
Read MoreGreat Videos!
From Pavli VashoSubjects
Common Mistakes
Voltage and current division
Kirchhoff's Current Law
Kirchhoff's Voltage Law
Mesh Analysis
Nodal Analysis
Avoid Costly Mistakes!
Circuit Analysis
The core of the Electrical PE exam
90% of the questions I get from students asking for help time after time again can be corrected with a little help by properly understanding how to correctly apply circuit analysis techniques.
If you are someone struggling with what seems like the basics, or surprised to find yourself getting problem after problem incorrect don't worry - you are not alone.
Knowledge Is Power
I created this boot camp to show how each and every relationship can be derived no matter how complex the circuit to make sure you never miss a question again.
About the Instructor
Zach Stone, P.E.
Course InstructorZach Stone, P.E. is a professionally licensed engineer in the state of Florida. He earned a Bachelor of Science in Electrical Engineering from an ABET accredited university and has rich industry experience in design, installation, maintenance, and troubleshooting of industrial facilities including: power generation, commercial buildings, healthcare facilities, and automation & controls.
He is currently focusing full time on managing the successful review course for the electrical power PE exam at www.electricalpereview.com and giving university seminars on miscellaneous engineering and math courses most notably at Ryerson University in Toronto.
Zach has been the lead engineer and construction project manager on projects in areas of low voltage DC, 120 volt power and lighting, 480 volt to 4,160 volt motor control centers, process measurement instrumentation, & controls, medium voltage liquid filled power transformers, medium voltage substation monitoring and relay equipment up to 69,000 volts, and an assortment of mixed industrial power and controls including emergency troubleshooting and outage planning.
In recent years he has fulfilled the role of front line people leader overseeing the hands on day to day electrical maintenance for a 24 hour around the clock global industrial manufacturing employer in areas of material handling, chemical production, rotating machinery, and power generation with two 50 MW steam driven turbo generators.
He has a passion for teaching and a love for making misunderstood subjects clear by focusing on understanding the fundamentals for simple and intuitive understanding. He passed both the E.I.T. and P.E. exam on the first try and believes that anyone can pass the PE exam with the right personal guidance.
He can be reached at:
Zach@electricalpereview.com
Curriculum
Circuit Analysis Boot Camp
96:42
- Welcome FREE TRIAL
- Discussion Board FREE TRIAL
- 1. Ohm's Law
- 2. Voltage Division - Formula
- 3. Voltage Division - Example
- 4. Voltage Division - How to Solve if you Forget the Formula
- 5. Current Division - Formula
- 6. Current Division - Example
- 7. Current Division - How to Solve if you Forget the Formula
- 8. Kirchhoff's Current Law - KCL FREE TRIAL
- 9. Kirchhoff's Current Law - Example
- 10. Kirchhoff's Voltage Law - KVL
- 11. Kirchhoff's Voltage Law - Example
- 12. Voltage Nodal Analysis and Ohm's Law