Embedded Training
Embedded Systems Course
Due to phenomenal market demand, in the recent years, many MNC’s from consumer electronics, medical electronics, communication, aero-space, computers sectors have setup plants in India and there is growing demand of trained embedded systems professionals.
ARIST AUTOMATION provides world class Training in Embedded Systems Course in Bhopal And Indore. With the best infrastructure and high-tech technology, the Project Based Training allows students and working professional to gain hands-on experience in Embedded System.
As a industry leader, ARIST AUTOMATION from the past 10 years has joined hands with many prestigious organization to create an environment for aspirants looking to innovate and influence the IT industry. We have expert team who guide the students and working professionals regarding various job opportunities in the market. We provide assistance and support to all, ARIST AUTOMATION students for placement .We have excellent placement records , and that has made us as the Best embedded system training institute in Bhopal.
The curriculum for Embedded Systems Course is extensive and ranges from basic to professional level. We make sure that every necessary topics in Embedded System is covered by our senior specialist. There are various modules in Embedded System with C, Embedded System with PIC MCU, Embedded System with Linux Internals, Robotics. The curriculum is so designed emphasizing on practical classroom session so that later when candidates have to work on real live project in the industry , they are able to do it with ease.
Course Contents – Embedded Systems Course
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, AVRstudio, microC
• Simulators- Proteus, AVR simulator
• Working Environment- Linux, windows
• Robotics
• Project development-as per your requirement
• Soft Skill Development
module 2: Microcontroller Family 8051/AVR/PIC
• 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:Practical 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 32 bit Microcontroller
• Introduction to ARM Family
• 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 & 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 8: Summer / Winter / Project / Industrial Training (with Live Project)
module 9: Customized Training
module 10: Soft Skill Development and Interview Preparation
Peripheral Interfacing with Microcontrollers
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
Course Duration:
• Short Term 4-6 Weeks Summer/Winter Training Course
• Corporate Training/In-Plant Training
• 3 Month Job Oriented Embedded Systems Training Course – Regular Program
• 6 Months Job Oriented Embedded Systems Training Course – Internship Program
