Embedded Systems Training & Internship Program
Thu, 01 Jan
|Google Meet
Time & Location
01 Jan 2026, 7:00 pm IST – 31 Mar 2026, 8:00 pm IST
Google Meet
About the Event
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
Introduction to Embedded Systems:
What is an embedded system?
Applications and real-life examples.
8051 Microcontroller Overview:
Key features and applications.
Comparison: Microcontroller vs. Microprocessor.
8051 Architecture and Pin Diagram:
Internal architecture: ALU, registers, memory organization, I/O ports.
Explanation of all pins and their functions.
Crystal Frequency and Machine Cycle:
Role of the crystal oscillator.
Instruction cycle and machine cycle.
Keil IDE Installation and Setup:
Installing Keil uVision IDE.
Overview of the development environment.
Week 2: Embedded C Programming Basics and Keil IDE
Introduction to Embedded C:
Why Embedded C?
Embedded C program structure.
Programming Basics:
Data types, variables, and constants.
Arithmetic and bitwise operators.
8051 Memory Organization:
RAM, ROM, and Special Function Registers (SFRs).
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
Timers in 8051:
Mode 0, Mode 1, and Mode 2.
Concept of delay generation.
Timers Practical Implementation:
LED blinking using timers.
Generating accurate delays.
Counters in 8051:
Introduction to counters and their applications.
Interfacing push buttons for event counting.
Practical Task:
Design a counter system to count button presses and display the count on an LCD.
Week 4: UART Communication with 8051
Introduction to UART:
Serial communication basics.
8051 UART architecture and registers.
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.
Code Implementation:
Writing Embedded C programs for UART transmission and reception.
Using polling or interrupt-driven UART (optional).
Week 5: ADC and Sensor Interfacing
Analog-to-Digital Conversion (ADC):
Concepts of ADC.
Interfacing ADC0804 with 8051.
Potentiometer as ADC Input:
Demonstrate analog value readings using a potentiometer.
LM35 Temperature Sensor Interfacing:
Read temperature from LM35 using ADC.
Display temperature readings on an LCD.
Week 6: Motors and Relays
DC Motor Interfacing:
Basics of DC motor working and H-Bridge circuit.
Program to control motor direction and speed.
Relay Interfacing:
Relay basics and safety precautions.
Control a 12V bulb using a relay with 8051.
Servo Motor Interfacing:
Introduction to servo motors.
Control a servo using PWM signals from 8051.
Week 7: Advanced Interfacing and Wireless Communication
7-Segment Display Interfacing:
Display numbers from 0-9 using 8051.
Buzzer Interfacing:
Use 8051 to activate a buzzer based on specific conditions.
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.