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Electrical and Electronics Technician Certification with Lab Kit

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Electrical and Electronics Technician Certification with Lab Kit

Start your journey as an electrical technician with this self-paced multimedia course designed to immerse you in real-life case scenarios, hands-on labs, circuit simulations, and over 200 engaging safe-to-fail activities to reinforce your learning. Learn to read electrical schematics, hone your testing and troubleshooting skills, and prepare for an electronics certification opportunity as you launch your new career.

Certified-Electrical-and-Electronics-Technician

$2,595.00 (USD)

As low as $126 a month with Affirm.

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schedule
                                160 Course Hrs
                            

                                Code
                                    GES7049
                            
calendar_today
                                12 Months
                            
grid_onOpen enrollment
speedSelf paced

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Overview
Objective
Syllabus
Requirements
Prerequisites
Instructor
FAQs

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855.520.6806

Overview

In response to the growing demand for skilled technicians in the electrical industry, equip yourself with the knowledge and skills to jumpstart a rewarding electrical technician career in installing, testing, and repairing electronic components and electrical systems.

During this electrical technician course, you will gain an essential understanding of basic circuit theory with content designed for entry-level learners with no prerequisites. Learn to read electrical schematics, perform diagnostic assessments, and apply troubleshooting techniques as you train for a successful electronics technician career. Immerse yourself in real-life case scenarios, hands-on labs, circuit simulations, and over 200 engaging safe-to-fail activities with immediate feedback to reinforce learning outcomes.

Direct your own learning with this self-paced multimedia course and prepare for your electronics technician certification, a valuable asset as you launch your new career. Once you have this foundation, you can explore opportunities in specialties like industrial electronics, avionics, telecommunications, wireless technologies, alarm security, SMART technologies, commercial audio, radar and antenna systems, and so much more.

Objective

What you will learn

Safety: Develop a strong understanding of safety procedures in the electrical industry, emphasizing personal protective equipment (PPE), hazard identification, and safe work practices
Electrical Drawings: Learn to interpret and sketch various types of electrical diagrams, enabling effective communication and comprehension of electrical systems
Troubleshooting Skills: Develop a systematic troubleshooting skillset for electronic systems and equipment, allowing for efficient problem identification and resolution
Lab Experiences: Gain hands-on experience working with electrical components, building and analyzing circuits both with a physical lab kit and in virtual simulations
Workplace Scenarios: Apply learned concepts and problem-solving skills to real-world workplace scenarios, simulating on-the-job problems and challenges that electrical technicians may encounter

How you will benefit

Distinguish yourself from other entry-level job applicants by completing online education
Set your application apart with an accredited certification verifying your mastery of core elements of electronics
Enter your new career with confidence, knowing you have equipped yourself with a comprehensive foundation in electrical theory, troubleshooting strategies, and industry-relevant problem-solving experience

Syllabus

Let's Build an Electronic Flashlight
1. Your Future as an Electrical Technician
2. Basic Circuit
3. Lab Kit
4. Basic Electrical Safety
5. Building an Electronic Flashlight
Basic Electrical Theory and Circuits
1. Fundamentals of Electricity
2. Electromagnetism
3. Building Circuits and Their Applications
4. Simulating Circuits Online
Basic Mathematics for Electrical Technicians and Ohm's Law
1. Overview of Math for the Electrical Field
2. Working with Fractions
3. Ratios and Proportions
4. Familiar Units of Measurement and Conversions
5. Basic Algebra Foundations Review
6. Voltage, Resistance, and Ohm's Law
7. Solving Equations with Formulas
8. Using Nameplates to Troubleshoot Circuits
Testing Devices, Electrical Drawings, Resistors, and Conductors
1. Circuit Testing and Measuring Devices
2. Using Your Digital Multimeter
3. Electrical Drawings
4. Drawing and Reading a Schematic
5. Troubleshooting Circuits: Using Meters and Schematics
6. Conductors
7. Resistors
Energy, Power, and an Introduction to Troubleshooting
1. Energy and Power
2. Resistors
3. DC Power Supplies
4. Troubleshooting
5. The Texas Toast Line Troubleshooting Lab
Series Circuits
1. Resistors in Series
2. Voltage Sources in Series
3. Potentiometers as Voltage Dividers
4. Power in Series Circuits
5. Troubleshooting Practice
Parallel Circuits
1. Parallel Circuit Introduction
2. Resistors in Parallel
3. Power in Parallel Circuits
4. Series–Parallel Circuits
5. Photoresistor Circuit Lab
Electromagnetism
1. Review
2. Magnetism
3. Electromagnetism
4. Electromagnetic Devices
5. Induction, Motors, and Generators
6. Relays
7. Build, Test, and Troubleshoot
Introduction to AC Circuits
1. AC Power and Waveforms
2. Generators and Motors
3. Analyze AC Circuits
4. The Oscilloscope
5. Build, Test, and Troubleshoot
Capacitors
1. Capacitors
2. Types of Capacitors
3. Charging and Discharging Capacitors
4. Series and Parallel Capacitance
5. Capacitor Operation in AC/DC Circuits
6. Capacitor Testing and Measuring
7. Applications of Capacitors
Inductors
1. Chapter 1 Introduction to Inductors
2. Inductor Types and Characteristics
3. Inductive Circuits and Time Constants
4. Circuit Analysis with Inductors
5. Build, Test, Troubleshoot
6. Applications
Reactive Circuits
1. Introduction to RLC Circuits
2. Series and Parallel RLC Reactive Circuits
3. Resonance, Quality Factor, and Series-Parallel (RLC) Reactive Circuits
4. Filtering
5. More Applications with Capacitive and Inductive Circuits
6. Building, Testing, and Troubleshooting
7. Midterm
Transformers
1. What Is a Transformer?
2. How Does a Transformer Work?
3. Types and Uses of Transformers
4. Power Relationships
5. Electronic Power Supplies
Cabling and Electronic Interfaces
1. Cabling
2. Wiring Basics
3. Signals
4. Electronics Interfacing
5. Applications
Semiconductors
1. Semiconductors
2. Junction Diodes
3. Light-Emitting Diodes (LEDs)
4. Introduction to Transistors
5. The Transistor Switch
6. Transistor Amplifier
7. Field Effect Transistors
8. Diacs, Triacs, and SCRs
Digital Circuitry
1. Digital Systems and Information
2. Logic Gates, Truth Tables, and Boolean Algebra
3. Digital Circuitry
4. Logic Circuits and Families
5. Optimizing Digital Circuits
Integrated Circuits (ICs) and Microcontrollers
1. What's an Integrated Circuit?
2. Using Integrated Circuits
3. Troubleshooting and Testing
4. Applications of Integrated Circuits
5. Introduction to Microcontrollers
6. Safety and Simulation
Computer Electronics, Applications, and Software
1. Computer Architecture
2. Software and Data Storage
3. Setup, Maintenance, Modifications, and Troubleshooting
4. Networking
5. Languages and Basic Programming Concepts
Automated Control Circuits and Programmable Logic Controllers
1. Overview of Automated Controls
2. Programmable Logic Controllers
3. PLC Input Interface Components
4. Control Circuits, Ladder Logic and Function Block Diagrams
5. PLC Address Structure and Input/Output Interfaces
6. Troubleshooting
Industrial Control and Automation
1. Control Principles
2. Communication
3. Human–Machine Interface (HMI)
4. Supervisory Control, Monitoring, and Data Acquisition
5. Industrial Safety
Sensors, Transducers, and Actuators
1. Sensors
2. Transducers
3. Actuators
4. Precautions and Wiring Practices
5. Selection and Troubleshooting
Industrial Motor Controls and Robotics
1. Fundamentals of Motor Control
2. Motor Control Operations
3. Motor Control Programming
4. Industrial Robotics Systems
5. Operation and Programming
6. Design and Troubleshooting
Soldering
1. Intro to Soldering and Circuit Boards
2. Soldering Equipment and Materials
3. Soldering Techniques
4. Safety and Damage
AV, Radio, and RF Propagation
1. Audio Video (AV) Systems
2. Alarm Systems
3. Radio Frequency Communications Technology
4. Radio Communication
5. Transmitters, Transmission Lines, and Antennas
6. Safety Considerations for RF Technology Work
Optical Electronic and Telecommunication Systems
1. Optical Electronics
2. Telecommunications
3. Telephone Communication
4. Mobile Telephone Service and Wireless Communication
5. Troubleshooting
Working as an Electrical Technician (Optional Lesson)
1. Where Do Electrical Technicians Work?
2. Building Your Résumé and Cover Letter
3. Finding Your Perfect Job
4. Networking
5. Acing the Interview
6. Negotiating Your Salary
7. Your First Days on the Job
8. Technical Writing
9. Professional Growth
10. The CETa Certification Exam

Requirements

Prerequisites

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Our highly knowledgeable Enrollment Specialists will answer any questions you might have about the course and payment options.

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Instructor

FAQs

What is the average salary of an electrical technician?

According to Glassdoor, the average U.S. salary for an electrical technician is $64,133.

What is an electrical technician? What does an electrical technician do?

Electrical technicians help create, maintain, and repair the electronic components and equipment used in any equipment or device that involves electricity. They also can sometimes work with electricians or electrical engineers or work on site to keep machinery and specialty equipment running correctly.

Some of the duties for an electrical technician include:

Reading blueprints and technical diagrams to determine the placement of outlets and fixtures
Installing wiring, outlets, and controls
Maintaining electrical systems
Inspecting transformers and circuit breakers to ensure they are up to code
Identifying electrical problems using specialized tools like voltmeters, cable testers, thermal scanners, and ammeters
Repairing and replacing wiring and equipment using both power and hand tools
Training and directing fellow workers to install, maintain, and repair systems and wiring
Following local and state building requirements

What is the average salary of an electronics technician?

According to Glassdoor, the annual salary for an electronics technician is $65,536.

What is an electronics technician? What does an electronics technician do?

An electronics technician is a professional who works with electrical and electronic equipment, such as computers, medical devices, and navigation systems.

Duties:

Diagnosing and repairing electronic equipment
Assembling equipment or components
Interpreting technical blueprints and schematics
Calibrating electronic equipment to manufacturer specifications
Designing electrical equipment or systems
Performing preventative maintenance on electric systems
Maintaining electronic equipment
Collaborating with engineers and other technicians
Upgrading technology and software systems
Troubleshooting electronic systems
Documenting processes and maintaining service records

Does this course prepare you for a certification?

Yes. This course prepares you for Associate Certified Electronics Technician (CETa) developed by the Electronics Technicians Association, International, Inc.

How long does it take to complete this course?

After you register, you will receive 12 months to complete the course. The time allotted for completion has been calculated based on the number of course hours.

When can I start this course?

This course is open enrollment, so you can register and start the course whenever you are ready. Access to your course can take 24-48 business hours.

SHOW MORE FAQs +

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Electrical and Electronics Technician Certification with Lab Kit

Overview

Objective

Syllabus

Requirements

Prerequisites

You've got questions.We're here to help.

Instructor

FAQs

You've got questions.We're here to help.

You've got questions.
We're here to help.

You've got questions.
We're here to help.