AESAR (ADVANCED EMBEDDED SYSTEMS & APPLIED ROBOTICS)


The Embedded Systems Training Course is designed for fresher‘s & working Professionals with high level of Domain expertise. Candidates must complete EECS 805, C Programming for Embedded Systems; and EECS X497.2, Introduction to Digital Logic and Hardware Architecture; or possess equivalent basic knowledge.
This certificate course looks at embedded systems engineering as a synergistic function between hardware and software device design and development. Participants learn the essential concepts of embedded systems development through a practical, hands-on approach utilizing relevant software with advanced Embedded kits.
Sofcon help in moderating vitality by executing different vitality effective projects for streamlined execution of the systems and to support the operation and upkeep of the establishment.
This  course is customized as per International Standard which is globally acknowledged. We are conduct this course in Regular Training, weak end training, Short term training, Long term training(Internship),Summer/winter training & Customized training for  Incampus/colleges or  Inplant/Corporates.

It also includes Soft skill training (Personality Development, Resume Develop, & Mock Interview Sessions). This Industrial course helps fill the huge engineering skill gap across the manufacturing sector.

Module 1: ESE (Embedded System Engineer)

» Microcontroller Family Covered- AVR, PIC, 8051
» Programming language- C, Embedded C &Assembly
» Component & IC level electronics
» Designing of various sensor modules
» Power supply development
» Sensor modules interfacing with MCU
» Display devices & their interfacing with MCU
» Communication- wireless, wired, PC based
» IDE’s hands on- Keil4, AVR Studio, MicroC
» Simulators- Proteus, AVR simulator
» Working Environment- Linux, windows
» Applied Robotics
» Project development-as per your requirement
» Soft Skill Development

Module 2: Microcontroller Family 8051/AVR/PIC/Arduino/Raspberry-Pi

» Introduction 8051/AVR/PIC family Microcontroller
» Internal working of 8051/AVR/PIC Microcontroller
» Memory organization
» Peripheral features of 8051/AVR/PIC microcontroller
» I/O programming in Assembly/Embedded C
» Timers/Counter programming
» Interrupts programming
» USART/UART programming
» ADC programming

Module 3: RE (Robotics Engineer)

» Robotics introduction
» Chip level & Component level electronics
» Various motors for robot development
» Power supply designing
» Robotic sensor designing & interfacing
» Robotic Motor controller circuits
» Embedded C programming of AVR MCU
» I/O function access to MCU
» Timers [PWM]
» ADC
» Inter-robot communication

Module 4: Electronics & Sensor development

» Practical working with electronic components
» Resistor, Capacitor, Diodes, Transistor, Relay
» Designing of Logic gate and Power supply
» Development of sensor like light, surface, sound sensor

Module 5: ARM 7 TDMI-32 Bit Micro-Controller

» Introduction to ARM Family
» ARM 32 bit Microcontroller
» Block diagram and system architecture
» Memory addressing and System control block
» PIN connect block
» GPIO programming
» Timer programming
» A/D converter
» UART programming
» I2C and SPI Protocol
» RTC [Real Time Clock]
» VIC [Vector Interrupt Controller] programming
» CAN conceptualization
» I2C enabled EEPROM conceptualization
» GPS & GSM [AT commands] Technology interfacing

Module 6: RTOS (Real Time Operating System)

» Introduction to RTOS with Architecture
» Monolithic and Micro Kernel
» Booting Vx-Works
» Tornado Wind River IDE & simulator
» Wind-Sh
» Source debugging (cross-wind)
» Performance monitoring tools
» Wind-View 2.0
» Memory management
» Inter-task communication
» Semaphores
» Message queues and pipes
» Mutual exclusion and reentrancy
» Interrupt handling
» Writing exception handling code
» Reconfiguring Vx-Works
» Overview of different RTOS

Module 7: LINUX System Programming

» Introduction to Linux
» Commands and Shell Scripting
» GNU BuildSystemConcepts(CompilationProcessSteps)
»  Make files
» FilesandFileHandling (System Calls)
» ProcessManagement(System Calls)
» IPC (Pipes)
» Threads(SemaphoresandMutex)
» Pre-requisites: WorkingKnowledge ofCandDSRequired

Module 8: Linux & Device Driver Programming

» Linux Architecture
» Kernel description
» Terminal Commands
» File Management System
» Process Management System
» VI-Editor
» GCC Compiler
» Shell scripting
» Use of Make file
» Compile and Debugging ‘C’
» Char Driver conceptualization

Module 9: IOT with Microcontroller

» 8051/AVR/PIC/ARM UART interfacing
» GPS & GSM interfacing
» Bluetooth Interfacing
» Home Automation
» Wi-Fi(ESP8266) Interfacing
» HTML programming, HTML Editors, HTML Basic
» HTML Elements, HTML Attributes, HTML Headings
» HTML Paragraphs, HTML Styles, HTML Formatting
» HTML Quotations, HTML Computer code
» HTML Comments, HTML Colors, HTML Links
» HTML Images, HTML Tables
» Web Server Designing
» Sensor data though Webpage
» Webpage based Home Automation

Module 10 : Peripheral Interfacing with Microcontroller (MCU)

» Led & Led Array
» 7-Segment & Multiplexed
» 7-Segment
» 2×16 LCD
» Switch & 4X4 Keypad
» Temperature sensor
» Accelerometer/Tilt sensor
» Buzzer
» Relay
» Touch pad
» Flex sensor
» Surface sensor
» Sound sensor
» Gas sensor
» PIR sensor
» Humidity sensor
» Alcohol sensor
» DTMF
» RTC
» DC motor
» Stepper motor
» Servo motor
» Wireless RF Module
» RFID
» RS232
» Zig-Bee

Category: –100% Job Oriented Training for Advanced Embedded System

Course Eligibility :- DIPLOMA/BE/B.TECH/M.TECH(EC/ET/EI/EN/IC/CS/IT)

Course Duration:- 3.5 Month(220 Hrs)

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