A Simple Way to Look at Three Phase Power (Video On Demand)
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Professional Course
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2 hours
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From 60 USD
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Online
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Self-paced Online
Industrial Electrical Power System Protection
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Professional Course
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3 hours
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From 90 USD
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Online
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Self-paced Online
Shunt Capacitor Bank Design and Protection Basics
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Professional Course
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2 hours
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From 60 USD
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Online
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Self-paced Online
Arc Flash Basics and Hazard Planning Program
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Professional Course
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3 hours
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From 90 USD
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Online
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Self-paced Online
Highly Reliable Electrical Power for Information Systems
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Professional Course
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3 hours
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From 90 USD
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Online
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Self-paced Online
Electrical Power System Design for Industrial Facilities
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Professional Course
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5 hours
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From 150 USD
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Online
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Self-paced Online
Unit Protection of Feeders
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Professional Course
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From 60 USD
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Online
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Self-paced Online
Introduction to DC Power Plant Design
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Professional Course
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2 hours
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From 60 USD
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Online
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Self-paced Online
How Ambient Conditions Impact the Rating of Electrical Equipment
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Professional Course
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1 hour
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From 30 USD
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Online
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Self-paced Online
A Unique and Understandable Way to Look at Three Phase Circuits (Ohio T&M)
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Professional Course
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3 hours
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From 90 USD
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Online
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Self-paced Online
Transmission/Distribution Substations 101: Intro
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Professional Course
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From 60 USD
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Online
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Self-paced Online
The 35000 Degree F Flash That Can Vaporize Copper and Throw Shrapnel at 700mph: Arc Flash Safety (WEBINAR)
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Professional Course
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Online
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Webinar
A Simple Way to Look at Three Phase Power (WEBINAR)
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Professional Course
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3 hours
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From 90 USD
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Online
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Webinar
Arc Flash Calculation Methods
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Professional Course
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3 hours
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From 90 USD
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Online
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Self-paced Online
Introduction to Area Classification
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Professional Course
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1 hour
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From 30 USD
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Online
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Self-paced Online
Electrical Conductors
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Professional Course
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3 hours
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From 90 USD
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Online
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Self-paced Online
Hazardous Area & Electrical Equipment (WEBINAR)
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Professional Course
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2 hours
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Online
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Webinar
Understanding 4 to 20 Milliamp Loops
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Professional Course
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From 30 USD
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Online
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Self-paced Online
Frequently asked questions
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What qualifications do you need to be an electrical engineer?
Electrical engineers need a bachelor's degree in electrical engineering or a related field. Some positions may require a master's degree, Ph.D., or Professional Engineering (PE) licensure. They also need strong analytical, problem-solving, and communication skills.
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What's the difference between an electrical engineer and electrician?
Electrical engineers design, develop, and supervise electrical equipment and systems. Electricians install, maintain, and repair electrical systems. Engineers have higher education, while electricians complete apprenticeships or vocational training.
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What do electrical engineers do?
Electrical engineers design, develop, and manage electrical systems and equipment. They solve complex electrical problems, implement safety standards, collaborate with multidisciplinary teams, evaluate efficiency and performance, ensure compliance, and prepare technical documentation.
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