Internship for ECE/EEE/EIE

SYLLABUS

1. EMBEDDED SYSTEMS

• Introduction About Technology
• Embedded system Vs Non-Embedded System
• Current Trends in Technology
• Future Scope

2. Software & Hardware overview (Software Installation)

• Overview of Microprocessor / Microcontroller
• Overview of Open-Source Platform
• Basics of Development Board, IDE, Debugger, Flash programming

3. 8051 Programming & Stimulation

• IDE Tool = KeilC
• Simulation Tool = Proteus PCB Design & Simulation Software
• Experiment 1: GPIO Access (DIO - LED)
  • Single Port Pin Access – LED toggle
  • Full Port Pins Access – LED BAR GRAPH
  • Buzzer Control
• Experiment 2: GPIO access (DIO - MOTOR)
  • DC Motor Control (Forward & Reverse Logic & Robot logic)
  • Servo Motor Control
  • Stepper Motor Control
    • Unipolar
    • Bipolar
    • Step Angle Acceleration
• Experiment 3: GPIO access (DIO - DISPLAY)
  • 7-Segment LED Interface
  • Double 7-Segment LED Interface
  • 16*2 LCD Interface
• Experiment 4: GPIO access (DIO – MATRIX KEYPAD)
  • 4*4 Keypad Interface
  • Button Interrupt
  • Button Polling
• Experiment 5: ADC
  • 8-Bit ADC Conversion
  • ADC Sampling
  • ADC Calibration
  • ADC on LCD
  • ADC threshold setting
• Experiment 6: Serial port (UART – RS232/TTL logic)
  • 9600 Baud Rate, 8-Bit Data, No Parity, 1-Stop Bit Configuration
  • Synchronous Serial Programming
  • Asynchronous Serial Programming
  • UART Transmit Interrupt
  • UART Interrupt
  • ADC on Serial
• Experiment 7: PWM control
  • PWM Duty Cycle Setting
  • DC Motor Speed Control
  • LED Brightness Control

4. Hardware Training (ONE MINI PROJECT)

• Mini project – ATM machine Task
• Mini project – Sensor HUB
• Or Students Own Idea

5. Summary

• Summary of Whole Session
• Doubt Clarification
• Other Technology Demo/Overview