Embedded Systems Training & Internship Program

Embedded Systems Training & Internship Program Using 8051 Microcontroller

Program Overview:

• Duration: 3 Months (2-Month Training + 1-Month Internship)

• Fees: ₹15,000 (inclusive of training kit)

• Internship Stipend: ₹2,000 - ₹5,000 (based on performance)

• Mode: Online/Offline (specify as per your preference)

• Target Audience: Engineering students, graduates, and professionals interested in Embedded Systems.

• Outcome: Hands-on experience with 8051 Microcontroller, real-time project development, and industry-ready skills.

Tentative Syllabus & Timeline

Training Phase (2 Months)

Week 1: Fundamentals of Embedded Systems and 8051 Microcontroller

1. Introduction to Embedded Systems:

   • What is an embedded system?

   • Applications and real-life examples.

2. 8051 Microcontroller Overview:

   • Key features and applications.

   • Comparison: Microcontroller vs. Microprocessor.

3. 8051 Architecture and Pin Diagram:

   • Internal architecture: ALU, registers, memory organization, I/O ports.

   • Explanation of all pins and their functions.

4. Crystal Frequency and Machine Cycle:

   • Role of the crystal oscillator.

   • Instruction cycle and machine cycle.

5. Keil IDE Installation and Setup:

   • Installing Keil uVision IDE.

   • Overview of the development environment.

   
   

Week 2: Embedded C Programming Basics and Keil IDE

1. Introduction to Embedded C:

   • Why Embedded C?

   • Embedded C program structure.

2. Programming Basics:

   • Data types, variables, and constants.

   • Arithmetic and bitwise operators.

3. 8051 Memory Organization:

   • RAM, ROM, and Special Function Registers (SFRs).

4. LED Interfacing:

   • Basics of LED interfacing with 8051.

   • Writing and testing a program to blink an LED.

   
   

Week 3: Timers and Counters in 8051 Microcontroller

1. Timers in 8051:

   • Mode 0, Mode 1, and Mode 2.

   • Concept of delay generation.

2. Timers Practical Implementation:

   • LED blinking using timers.

   • Generating accurate delays.

3. Counters in 8051:

   • Introduction to counters and their applications.

   • Interfacing push buttons for event counting.

4. Practical Task:

   • Design a counter system to count button presses and display the count on an LCD.

   
   

Week 4: UART Communication with 8051

1. Introduction to UART:

   • Serial communication basics.

   • 8051 UART architecture and registers.

2. Practical UART Communication:

   • 8051 sends "Hello PC" to PC; receive and display it on Tera Term/Putty.

   • From PC, send "Hello 8051" and display it on the 8051 LCD.

3. Code Implementation:

   • Writing Embedded C programs for UART transmission and reception.

   • Using polling or interrupt-driven UART (optional).

   
   

Week 5: ADC and Sensor Interfacing

1. Analog-to-Digital Conversion (ADC):

   • Concepts of ADC.

   • Interfacing ADC0804 with 8051.

2. Potentiometer as ADC Input:

   • Demonstrate analog value readings using a potentiometer.

3. LM35 Temperature Sensor Interfacing:

   • Read temperature from LM35 using ADC.

   • Display temperature readings on an LCD.

   
   

Week 6: Motors and Relays

1. DC Motor Interfacing:

   • Basics of DC motor working and H-Bridge circuit.

   • Program to control motor direction and speed.

2. Relay Interfacing:

   • Relay basics and safety precautions.

   • Control a 12V bulb using a relay with 8051.

3. Servo Motor Interfacing:

   • Introduction to servo motors.

   • Control a servo using PWM signals from 8051.

   
   

Week 7: Advanced Interfacing and Wireless Communication

1. 7-Segment Display Interfacing:

   • Display numbers from 0-9 using 8051.

2. Buzzer Interfacing:

   • Use 8051 to activate a buzzer based on specific conditions.

3. Wireless Control of LEDs:

   • Bluetooth module (e.g., HC-05) interfacing with 8051.

   • Control LEDs via a smartphone app.

   
   

Week 8: Project Assignment

Project - Smart Home Automation System with Digital Weather Station:

Build a Smart Home Automation System that includes:

• A relay and LDR sensor to control a 12V bulb based on sunlight.

• A digital weather station to display temperature and humidity data.

• Fan/DC motor control based on temperature

• Door Lock System Prototype using servo and motion sensor based on human presence

• Display Data over Bluetooth App and control the appliances(Bulb, Fan).

Internship Phase (1 Month)

• Interns will work on real-world projects under guidance.

• Deliverables: Complete project documentation, report submission, project working video recording and presentation.

• Stipend will be awarded based on performance evaluation.