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About Techobytes Technologies: Techobytes Technologies is renowned for its training and workshops in various cutting-edge technologies. We are dedicated to nurturing young minds, providing them with insights into future technologies, and preparing them for promising careers and future endeavors.

About Mechanica'24, MEA IIT Madras: Mechanica IIT Madras is the annual technical festival of the Mechanical Engineering department at IIT Madras, India. It's the largest departmental tech fest in the country, and is held in March. The festival offers a blend of technical excellence, creative brilliance, and inspiration through events, workshops, and competitions. It includes design competitions, workshops, keynote speeches, and other activities.

Workshop Schedule:

Workshop Date: 11th - 12th January 2025 (Saturday-Sunday)

Workshop Time: 10 AM to 5 PM

Workshop Duration: 2 Days (14-16 Hours)

Workshop Venue: IIT MADRAS

The entire session will be covered in two parts

Theory Session – Basic & Advanced.

Practical Sessions – Basic & Advanced.

TECHO WORKSHOP SERIES TOPICS (Each Workshop has 70-130 Seats only)

Duration: 2 Days (14-16 HRS)

Eligibility: Students and Working professionals

Course Content

Duration: 2 Days (14-16 HRS)

Eligibility: Can be joined by B.TECH, B.E, GRADUATE, POST GRADUATE, COLLEGE STUDENTS, SCHOOL STUDENTS and who all are interested in this domain.

Day 1

Setting up the Arduino IDE and NodeMCU

Installing the Arduino IDE

Configuring the board and port settings for the NodeMCU Understanding the NodeMCU and its Pinout

Introduction to IoT (Internet of Things)

Definition of IoT

Benefits of IoT

Examples of IoT applications

Assembling the Robotic Arm

Parts required

Connecting the servo motors to the NodeMCU board

Writing the Code for Controlling the Servo Motors

Using the Servo library in Arduino Uploading the code to the NodeMCU board

Connecting the NodeMCU to WiFi

Connecting to a local WiFi network Setting a static IP address

Understanding the Role of IoT in Robotic Arm Control

Connection between the web interface and the robotic arm through IoT Advantages of using IoT in controlling the robotic arm

Day 2

Setting up a Cloud Platform for IoT Applications

Overview of cloud platforms for IoT

Setting up an account and connecting the NodeMCU to the cloud platform

Creating the Web Interface

Using HTML, CSS, and JavaScript

Designing the interface to control the robotic arm

Sending HTTP Requests from the Web Interface

Writing the code for the web interface

Using the AJAX method in JavaScript to send requests

Receiving HTTP Requests in the NodeMCU Code

Using the ESP8266WebServer library in Arduino Receiving requests and controlling the servo motors

Monitoring and Controlling the Robotic Arm from Anywhere

Accessing the web interface from a remote location

Monitoring the status of the robotic arm and controlling it remotely

Testing the Robotic Arm

Sending commands from the web interface Verifying if the robotic arm moves as expected 

CERTIFICATION:

Hardcopy of Certificate will be given to each participation after the workshop.

Eligibility: OPEN TO ALL!! Any B.tech, B.E, M.B.B.S, BCA, MCA, MS, MD, B.sc IT, M.sc IT, Biomedical, Bio-Technoogy, BBA, MBA, B.A, hobbist and from any other stream can join the workshop.

Benefits:

-Hardcore Training from Industrial Experts for their particular domain.

-Software

-Hands-on Demonstration of the Latest Techniques & tools

-Interactive Query Session

-Globally recognized Certification

Fee Details :

Workshop Pass Drone : Rs. 2500/- only

(Fee includes Registration, Training and certification along with Tax)

For more details Please Contact:

Team Techobytes