What are embedded systems?

Somewhat akin to a digital nesting doll, an embedded system is a small computer system with its own processor, input/output devices and memory that has a specific function inside a larger machine or electronic device. Think of a digital calculator. It has a keypad (input) where you type in your equation, a processor that figures out the equation and an LCD screen to show the answer (output) it came up with. That’s just one simple example, and embedded systems are present in devices that range from basic, like digital watches, to highly complex, like hybrid cars and MRI machines.

Why should I learn about embedded systems?

If you have a passion for building tools that solve problems and meet needs or you find innovation irresistible, learning about embedded systems can help you explore your curiosity and put your goals to work. Tackling the task of making everyday products — from toasters to TVs — smarter starts by learning how to build and program embedded systems, which help control different devices in surprising ways. And if you’re searching for a career that lets you get hands on with everything from programming to design, studying embedded systems may be your ideal path towards a fulfilling future.

What are careers that use embedded systems knowledge?

You can put your skills and knowledge of embedded systems to work right away as an embedded systems engineer. This career involves every step along the pipeline of creating an embedded system, from design and development to production, testing and even maintenance. You might work primarily with software that allows you to build instructions for creating your designs, or, if your writing skills are top-notch, you could focus on creating technical documentation that helps others use and repair the products that incorporate your embedded systems. You’ll want to boost your fluency in the latest system technologies no matter which area of embedded systems engineering you focus on, and taking online courses is an excellent way to make and maintain this progress.

How can online courses on Coursera help me learn embedded systems?

Online courses in embedded systems help you get firsthand experience working with coding, software configuration and even microcontrollers as well as learn how to integrate motors and their software into hardware as part of designing and building consumer products. Develop, hone and synthesize this information with online learning for real-world applications that can propel you forward in a career or help you pursue new knowledge in the quest for personal development. Whether you’re interested in job enrichment or you’re looking to earn credits for college courses, online classes in embedded systems can help you achieve these goals while offering the flexibility you need in an environment — and at a pace — that helps you focus.

검색
Embedded Systems

필터링 기준

"embedded systems"에 대한 90개의 결과

University of California, Irvine
An Introduction to Programming the Internet of Things (IOT)
획득할 기술: Computer Architecture, Internet Of Things, Computer Programming, Computer Networking, Software Engineering, Computer Graphics, Network Architecture, Human Computer Interaction, Interactive Design, Python Programming, Statistical Programming, C Programming Language Family, Other Programming Languages, C++ Programming, Hardware Design, Linux, Network Model, Network Security, Operating Systems, Security Engineering, Computational Thinking, Microarchitecture, Project Management, Strategy and Operations, Theoretical Computer Science, Virtual Reality
4.7
(19.3k개의 검토)
Beginner · Specialization · 3-6 Months
University of Colorado Boulder
Real-Time Embedded Systems
획득할 기술: Operating Systems, Theoretical Computer Science, Systems Design, Algorithms, Computer Programming, C Programming Language Family, Computational Thinking, Computer Architecture, Distributed Computing Architecture, Linux, Design and Product, Entrepreneurship, Leadership and Management, Mathematics, Problem Solving, Research and Design, Strategy and Operations, System Programming, System Software, User Experience
3.9
(57개의 검토)
Intermediate · Specialization · 3-6 Months
University of Colorado Boulder
Embedding Sensors and Motors
획득할 기술: Computer Architecture, Hardware Design, Design and Product, Computational Logic, Computer Networking, Computer Programming, Differential Equations, General Statistics, Machine Learning, Mathematics, Network Architecture, Probability & Statistics, Programming Principles, Theoretical Computer Science, Computer Programming Tools
4.7
(2.6k개의 검토)
Intermediate · Specialization · 3-6 Months
무료
Dartmouth College
C Programming with Linux
획득할 기술: Computer Programming, Human Computer Interaction, Algorithms, Computer Programming Tools, Data Management, Data Structures, Java Programming, Leadership and Management, Linux, Mobile Development, Other Programming Languages, Programming Principles, Software Architecture, Software Engineering, Theoretical Computer Science, User Experience
4.6
(122개의 검토)
Beginner · Specialization · 3-6 Months
University of California, Irvine
Introduction to the Internet of Things and Embedded Systems
획득할 기술: Internet Of Things, Computer Networking, Network Model, Computer Architecture, Computer Graphics, Human Computer Interaction, Microarchitecture, Network Architecture, Network Security, Operating Systems, Security Engineering, Software Engineering, Theoretical Computer Science
4.7
(12.7k개의 검토)
Mixed · Course · 1-4 Weeks
University of Colorado Boulder
Industrial Internet of Things Graduate Certificate
획득할 기술: Computer Architecture, Computer Networking, Human Computer Interaction, Theoretical Computer Science, Design and Product, Software Engineering, Strategy and Operations, Internet Of Things, Network Architecture, Machine Learning, User Experience, Data Management, Research and Design, Computer Graphics, Hardware Design, Interactive Design, Operating Systems, Cryptography, User Experience Design, Cloud Computing, Business Psychology, Market Analysis, Marketing, Mathematics, Operations Research, Algorithms, Amazon Web Services, Big Data, Cloud Platforms, Data Analysis, Machine Learning Algorithms, Mathematical Theory & Analysis, Project Management, Systems Design, Application Development, Computational Logic, Computer Programming, Computer Security Models, Differential Equations, General Statistics, Probability & Statistics, Product Design, Programming Principles, Software Security, System Security, User Research, Visual Design, Accounting, Computer Programming Tools, Computer Security Incident Management, Cyberattacks, Network Security, Product Lifecycle, Security Strategy
학점 제공
Graduate Certificate · 6-12 Months
무료
EIT Digital
Introduction to Architecting Smart IoT Devices
획득할 기술: Software Engineering, Computer Architecture, Internet Of Things, Computer Networking, Agile Software Development, Computer Graphics, Cyberattacks, Human Computer Interaction, Interactive Design, Network Architecture, Security Engineering, Software Testing, Computational Logic, Mathematical Theory & Analysis, Mathematics, Theoretical Computer Science
4.2
(283개의 검토)
Beginner · Course · 1-4 Weeks

embedded systems과(와) 관련된 검색

introduction to embedded systems software and development environments

real-time embedded systems

real-time embedded systems concepts and practices

real-time embedded systems theory and analysis

fpga design for embedded systems

development of secure embedded systems

modeling and debugging embedded systems

real-time project for embedded systems

요약하자면, 여기에 가장 인기 있는 embedded systems 강좌 10개가 있습니다.

Introduction to Embedded Systems Software and Development Environments: University of Colorado Boulder
An Introduction to Programming the Internet of Things (IOT): University of California, Irvine
Real-Time Embedded Systems: University of Colorado Boulder
FPGA Design for Embedded Systems: University of Colorado Boulder
Embedding Sensors and Motors: University of Colorado Boulder
Introduction to Embedded Machine Learning: Edge Impulse
Embedded Software and Hardware Architecture: University of Colorado Boulder
Embedded Hardware and Operating Systems: EIT Digital
C Programming with Linux: Dartmouth College
Introduction to the Internet of Things and Embedded Systems: University of California, Irvine

임베디드 시스템에 대한 자주 묻는 질문

Somewhat akin to a digital nesting doll, an embedded system is a small computer system with its own processor, input/output devices and memory that has a specific function inside a larger machine or electronic device. Think of a digital calculator. It has a keypad (input) where you type in your equation, a processor that figures out the equation and an LCD screen to show the answer (output) it came up with. That’s just one simple example, and embedded systems are present in devices that range from basic, like digital watches, to highly complex, like hybrid cars and MRI machines.‎
If you have a passion for building tools that solve problems and meet needs or you find innovation irresistible, learning about embedded systems can help you explore your curiosity and put your goals to work. Tackling the task of making everyday products — from toasters to TVs — smarter starts by learning how to build and program embedded systems, which help control different devices in surprising ways. And if you’re searching for a career that lets you get hands on with everything from programming to design, studying embedded systems may be your ideal path towards a fulfilling future.‎
You can put your skills and knowledge of embedded systems to work right away as an embedded systems engineer. This career involves every step along the pipeline of creating an embedded system, from design and development to production, testing and even maintenance. You might work primarily with software that allows you to build instructions for creating your designs, or, if your writing skills are top-notch, you could focus on creating technical documentation that helps others use and repair the products that incorporate your embedded systems. You’ll want to boost your fluency in the latest system technologies no matter which area of embedded systems engineering you focus on, and taking online courses is an excellent way to make and maintain this progress.‎
Online courses in embedded systems help you get firsthand experience working with coding, software configuration and even microcontrollers as well as learn how to integrate motors and their software into hardware as part of designing and building consumer products. Develop, hone and synthesize this information with online learning for real-world applications that can propel you forward in a career or help you pursue new knowledge in the quest for personal development. Whether you’re interested in job enrichment or you’re looking to earn credits for college courses, online classes in embedded systems can help you achieve these goals while offering the flexibility you need in an environment — and at a pace — that helps you focus.‎