Why learn electronics?

Learn electronics if you're interested in a career in the electronics field, if you want to learn more about emerging technologies, or if you want to design a robot or an app for fun. Some people may learn electronics as part of an engineering curriculum, some may want to learn programming languages, and others may want to understand the science. As technology changes, electronics become more important to our lives. The emerging Internet of Things (IOT) is creating a need for more people who know how to work with electronics. Studying electronics is practical, interesting, and relevant to the modern world.

What jobs can I get in electronics?

Among the many jobs that use electronics are electrician, engineer, programmer, and semiconductor designer. Many people in non-technical jobs may want to understand the fundamentals of electronics so that they have a knowledge of what their clients or co-workers do on the job. Others may want to be doing direct work on electronic device design, debugging, or embedded system design. The number of careers that use some aspect of electronics is increasing as electronic devices become more widespread. There are more people who need to be able to design and optimize electronic systems and more people who need to feel comfortable with the technologies underlying them.

What skills or experience do I need to already have before starting to learn electronics?

The skills and experience needed to start learning electronics range from no special skills to having some math and computer skills, depending on the course you're taking. Many courses are at a beginning level and cover basic concepts and ideas, so you need little beyond an interest in the field and a willingness to learn. Others assume that you have had some math or programming experience in the past. Courses range from theoretical to technical to practical, and some require the purchase of hardware items so that you can test your knowledge and build your own electronic devices. Specializations allow you to build your base of knowledge so that you can take more advanced courses after you master introductory material.

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318 results for "electronics"

University of Colorado Boulder
Power Electronics
Skills you'll gain: Algebra, Analysis, Business Analysis, Computer Architecture, Computer Networking, Computer Programming, Data Visualization, Electronics, Entrepreneurship, Hardware Design, Leadership and Management, Mathematics, Modeling, Network Model, Operational Analysis, Operations Research, Other Programming Languages, Power Electronics, Problem Solving, Research and Design, Statistical Visualization, Strategy and Operations, Supply Chain and Logistics, Switches
4.7
(3.4k reviews)
Intermediate · Specialization · 3-6 Months
Free
Free
Free
Universitat Autònoma de Barcelona
Digital Systems: From Logic Gates to Processors
Skills you'll gain: Algorithms, Data Analysis, Computer Programming, Microarchitecture, Strategy and Operations, Logic, Critical Thinking, Research and Design, Hardware Design, Computational Logic, Theoretical Computer Science, Mathematics, Business Analysis, Computer Architecture, Algebra, Programming Principles
4.4
(668 reviews)
Intermediate · Course · 1-3 Months
Free

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In summary, here are 10 of our most popular electronics courses

Introduction to Electronics: Georgia Institute of Technology
Power Electronics: University of Colorado Boulder
Computer Architecture: Princeton University
Linear Circuits 1: DC Analysis: Georgia Institute of Technology
Linear Circuits 2: AC Analysis: Georgia Institute of Technology
Digital Systems: From Logic Gates to Processors: Universitat Autònoma de Barcelona
RF and millimeter-Wave Circuit Design: Eindhoven University of Technology
Power Electronics and Motors for Electric Vehicles (EVs) Certificate: IIT Bombay
Power Electronics Graduate Certificate: University of Colorado Boulder
Modeling and Control of Power Electronics: University of Colorado Boulder

Frequently Asked Questions about Electronics

Learn electronics if you're interested in a career in the electronics field, if you want to learn more about emerging technologies, or if you want to design a robot or an app for fun. Some people may learn electronics as part of an engineering curriculum, some may want to learn programming languages, and others may want to understand the science. As technology changes, electronics become more important to our lives. The emerging Internet of Things (IOT) is creating a need for more people who know how to work with electronics. Studying electronics is practical, interesting, and relevant to the modern world.‎
Among the many jobs that use electronics are electrician, engineer, programmer, and semiconductor designer. Many people in non-technical jobs may want to understand the fundamentals of electronics so that they have a knowledge of what their clients or co-workers do on the job. Others may want to be doing direct work on electronic device design, debugging, or embedded system design. The number of careers that use some aspect of electronics is increasing as electronic devices become more widespread. There are more people who need to be able to design and optimize electronic systems and more people who need to feel comfortable with the technologies underlying them.‎
The skills and experience needed to start learning electronics range from no special skills to having some math and computer skills, depending on the course you're taking. Many courses are at a beginning level and cover basic concepts and ideas, so you need little beyond an interest in the field and a willingness to learn. Others assume that you have had some math or programming experience in the past. Courses range from theoretical to technical to practical, and some require the purchase of hardware items so that you can test your knowledge and build your own electronic devices. Specializations allow you to build your base of knowledge so that you can take more advanced courses after you master introductory material.‎

This FAQ content has been made available for informational purposes only. Learners are advised to conduct additional research to ensure that courses and other credentials pursued meet their personal, professional, and financial goals.

Filter by

318 results for "electronics"

Introduction to Electronics

Power Electronics

Computer Architecture

Linear Circuits 1: DC Analysis

Linear Circuits 2: AC Analysis

Digital Systems: From Logic Gates to Processors

RF and millimeter-Wave Circuit Design

Power Electronics and Motors for Electric Vehicles (EVs) Certificate

Power Electronics Graduate Certificate

Modeling and Control of Power Electronics

Semiconductor Devices

Active Optical Devices

Searches related to electronics

In summary, here are 10 of our most popular electronics courses

Frequently Asked Questions about Electronics

Why learn electronics?‎

What jobs can I get in electronics?‎

What skills or experience do I need to already have before starting to learn electronics?‎

Start or advance your career

Browse popular topics

Popular courses and articles

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Filter by

318 results for "electronics"

Searches related to electronics

In summary, here are 10 of our most popular electronics courses

Frequently Asked Questions about Electronics

Why learn electronics?‎

What jobs can I get in electronics?‎

What skills or experience do I need to already have before starting to learn electronics?‎

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Start or advance your career

Browse popular topics

Popular courses and articles

Earn a degree or certificate online

Coursera

Community

More