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Introduction to Embedded System Training
In today’s fast-paced world, the need for continuous learning and development has never been more critical. Embedded System training emerges as a solution that seamlessly integrates learning into the workflow, allowing employees to acquire new skills and knowledge without disrupting their daily tasks.
Embedded System is becoming increasingly important as devices and systems become more complex. Whether it’s in your car, a piece of military equipment, or even in healthcare devices, embedded plays a crucial role in ensuring that users can efficiently and effectively operate these tools.
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Hand’s On Embedded System Training in Programming, Hardware Design and Development.
- Genuine Placement
- 45k Enrolled
- All levels
- English
Training Overview
| Embedded System Training | Embedded C Programming. |
|---|---|
| Microcontroller | 8051 / PIC / AVR / ARM / Arduino/ STM/ Beaglebone/ RS PI/ MSP430 |
| PCB Design | PCB Design using Eagle Software |
| Wireless Com | Wifi, Bluetooth, IOT, Lora, Zigbee. |
| Sensors Interfacing | IR, Proximity, Capacitive. |
| Stepper Motor | Programming & Wiring |
Syllabus - In Detail
The main aim of the course is to learn and apply C concepts in Embedded System programming. The
course will be delivered using C and Embedded C based tools and IDE’s relevant to hardware
microcontroller platforms.
- Why c in Embedded
- ANSI Standard
- Fundamentals of C
- Conditional Statement
- Loops
- Functions
- Arrays
- Strings
- Storage Classes
- Structures & Unions
- Enumerated data types
- Bit Operations
- Pointers
- Dynamic Memory Allocation
- File Handling Concepts
- Raw Data Handling
- Low Level Programming
- Command Line Arguments
- Compiler in Practical
- Data Structures
- Sorting and Searching Technique
- Concepts and Real Time Exposure
- Development Tool s and Environment
- Make Utility and Multi file programming
- Industry Coding Standard
- Object/Executable File Format
- Debugging large programs
Hardware Component Families
- Resistors
- Capacitors
- Diodes
- Strings
- Regulators
- Connectors
- Transistor
- Different IC Families
- Soldering Practice
- Practical Hands on Breed Board and PCB Board
Microcontroller Intel – 8051 and (PIC/AVR)
- Introduction
- Overview of Architecture of Microcontroller
- Low – level Programming Concepts
- Middle Level Programming
Concepts
- Cross Compiler
- Embedded C Programming
- Embedded C debugging
- Memory Models
- Library reference
- # pragma directive
On-chip Peripherals
- Ports: Input/Output
- Timers & Counters
- Interrupts , UART
External Interfaces
- LEDS , LCD ,Switches
- Seven Segment Display
- Keypad Matrix
Protocols
- I2C
- SPI
- UART
- CAN
Selective Discussion during Project Development
- A/D & D/A Converter
- RTC: DS1307
- ADC:MCP3204
- IR,ZIGBEE,GSM,GPS,USB,MMC
- SD ,Ethernet MAC, CAN Protocol
PCB Designing Use Eagle 6.1 Software (Art of Generation and Development using Toner Transfer Method).Drilling, soldering and Testing of Designing Module.Projects: Mini & Major
State of Art Lab
Placements
