Embedded System Industrial Training

Embedded System Training in Jalandhar

We are located in Jalandhar, Near Bus stand which is very approachable .
An embedded system is a computer system with a dedicated function within a larger mechanical or electrical system, often with real-time computing constraints.

Training Method at The Kites

The training at The Kites is completely Practical based . We do not make more stress on theory part. We only have computer labs and all trainings take place in our labs. The ratio of lecture to practical work is 20 : 80. Our trainers explain a concept, and then ask the students to practice it out on their machines. This ensures that you learn by doing.

Big Difference with other Institutes

We are not only trainers , we are actually working as developers in the market . So our work is not only theory based .

Syllabus Content

1. Introduction to Embedded System
• Basic Electronics
• Overview of Embedded systems
• Embedded system categories
• RISC and CISC architecture
• Application of Embedded systems

2. Programming language- C, Embedded C & Assembly
• Overview of C
• C syntax rules
• Keywords, variables and identifiers
• Operators
• Data types
• Looping
• Switching
• Functions in C
• Arrays
• Pointers
• Strings
• Structure and Unions
• File Handling

3. 8051 Microcontroller
• Introduction
• 8051 Core
• 8051 Architecture
• 8051 Family
• I/O using c
• Timers
• Interrupt
• Serial Communication
• Counters

4. 8051 Microcontroller
• Introduction 8051 family Microcontroller
• 8051 Core
• Memory organization
• Interfacing of Different Peripherals units
• I/O programming in Embedded C
• Timers/Counter programming
• Interrupt programming
• USART/UART programming
• ADC programming

5. Interfacing units with 8051(Software simulation + Hardware interfacing)
• Led
• Switch
• Relay
• Seven segment display
• DC Motor with its speed and direction control
• Stepper motor with its Speed and direction Control
• LCD Display
• Matrix keypad
• Analog to Digital Convertor
• Digital to Analog converters
• RTC(Real Time Clock)
• EEPROM interfacing
• Interfacing of Different types of sensors
• Serial communication b/w micro-controller and PC
• Serial communication b/w Two micro-controllers
• Programming and Hardware implementation of Hardware and Software Interrupts
• Programming and Hardware implementation of Timer & Counter
• 8051 based Project Development

6. PIC Microcontroller
• Introduction PIC family Microcontroller
• Difference b/w MC-51 and PIC Microcontroller
• PIC Microcontroller Core
• Memory organization
• Peripheral features of PIC microcontroller
• I/O programming in Embedded C
• Masking Techniques
• Timers/Counter programming
• Interrupt programming
• I2C/SPI/USART/UART programming
• ADC programming

7.Interfacing units with PIC microcontroller (Software simulation + Hardware interfacing)
• Led
• Switch
• Matrix keyboard
• Relay
• Stepper Motor with Speed and Direction Control
• DC motor with Speed and Direction Control
• LCD Display System
• Seven segment display
• custom LCD character designing
• Digital to Analog converters
• Real Time clock
• Serial communication b/w micro-controller and PC
• Serial communication b/w Two micro-controller
• Programming and Hardware implementation of Hardware and Software Interrupts
• PWM generation using on chip PWM generator
• Programming and hardware implementation of on chip Multichannel Analog to digital Convertor
• Interfacing of Different types of Sensors.
• PIC Microcontroller based Project Development

8. AVR microcontroller
• Introduction to AVR microcontroller
• Difference between MC-51 & AVR family of microcontrollers
• The RISC architecture of AVR family’s micro controller
• Introduction To Different family of AVR micro-controller
• Programming in Embedded C
• Peripherals of ATmega8
• Masking Techniques

9. Interfacing units with AVR microcontroller (Software simulation + Hardware interfacing)
• Led
• Switch
• Relay
• Seven segment display
• DC Motor with its speed and direction control
• Stepper motor with its Speed and direction Control
• LCD Display
• Matrix keypad
• Analog to Digital Convertor
• Digital to Analog converters
• RTC(Real Time Clock)
• EEPROM interfacing
• Interfacing of Different types of sensors
• Serial communication b/w micro-controller and PC
• Serial communication b/w Two micro-controllers
• Programming and Hardware implementation of Hardware and Software Interrupts
• Programming and Hardware implementation of Timer & Counter
• PWM generation
• Interfacing of different types of sensors
• AVR Microcontroller based Project Development

10. ROBOTICS
• 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/PIC/8051 MCU
• I/O function access to MCU
• Timers
• PWM
• ADC
• Inter-robot communication

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