An embedded systems engineer must learn a specific set of skills for applications found commonly across embedded devices. An embedded systems course is designed to expose learners to the core concepts of the field while providing an array of embedded systems examples.
VLSI and embedded system professionals are high in demand in various electronics and computer industries. It can be summarized that both embedded systems and VLSI excellent courses in terms of job opportunities and career growth.
What you'll learn
- Read temperature data from an IoT sensor
- Add a camera and analyze images
- Connect your app to an iRobot and smartphone
- Introduction to Embedded systems
- Overview of Architechture of 8051- Processor core and Functional Block Diagram.
- Memory organisation and Special Function registers(SFRs)
- Addressing Modes and Instruction set
- Developing, Building and Debugging ALP's and (Assembly level programming )
- Embedded C and I/O functionalities -Interfacing LED'S and SWITCHES
- Interfacing LCD with 8051
- Interfacing keypad matrix with 8051
- Timers and Counters + Minor Project
- Serial Communication with UART Protocal
- Interrupt programming and Priority management
- Communcation Protocols (I²C, Spi)
- Communcation Protocols (I²C, Spi)
- Introduction to Advanced controllers - ARM cortex
- Programming with embedded C
- I/O functionalities -Interfacing Leds and Switches, LCD with ARM controller
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Create the Internet of Things Platform Starter and connect to a virtual sensor
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Prepare the Raspberry Pi to use as an input source
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Connect the Raspberry Pi Node-RED flows to IBM Cloud
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Optional: add social media notifications to your flow
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Add a Cloudant database to store temperature data
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Create a UI in Swift and Xcode
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