This proposal outlines a joint initiative by Srishti Robotics Technologies Pvt. Ltd. and Jobin & Jismi IT Solutions Pvt. Ltd to conduct a comprehensive Embedded Systems and IoT Workshop Program at Toc H Institute of Science and Technology, Kochi. The program will focus on ESP32 NodeMCU, encompassing hands-on experiments in sensor integration, DC motor control, stepper motor control, servo motor control, and Internet of Things (IoT) applications using Blynk and ThingSpeak.
Program Overview:
1. Introduction to Robotics and Arduino Platform:
a. Overview of Robotics and its applications.
b. Introduction to Arduino Uno and Node MCU platforms.
c. Basics of programming in Arduino IDE.
2. Sensor Integration:
a. Understanding various sensors.
b. Hands-on experiments on interfacing sensors with Arduino Uno and Node MCU.
c. Programming sensor data acquisition and interpretation.
3. DC Motor Control:
a. Introduction to DC motors and their applications.
b. Hands-on exercises on controlling DC motors using Arduino Uno and Node MCU.
c. Implementing direction control.
4. Stepper Motor Control:
a. Basics of stepper motors and their advantages.
b. Practical sessions on stepper motor control with Arduino.
c. Implementing precise positioning and rotation.
5. Servo Motor Control:
a. Overview of servo motors and their applications.
b. Hands-on experiments on servo motor control using Arduino.
c. Implementing angular control and automation.
6. Introduction to IoT:
a. Understanding the concept of the Internet of Things (IoT).
b. Exploring IoT applications in Robotics.
7. IoT with Blynk:
a. Introduction to Blynk IoT platform.
b. Integrating ESP32 with Blynk for remote control and monitoring.
c. Implementing real-time data visualization.
8. IoT with ThingSpeak:
a. Introduction to ThingSpeak for IoT data collection and analysis.
b. Hands-on sessions on sending sensor data to ThingSpeak.
c. Building IoT applications for robotics projects.
Target Audience:
This training program is designed for 2nd-year students interested in gaining practical skills in robotics, embedded systems, sensor integration, motor control, and IoT applications.
Duration:
The event will be conducted over 2 days, with each session lasting for 1.5 hours.
Training Methodology:
The workshop will follow a hands-on approach, allowing participants to actively engage in experiments and projects. Each session will include theoretical concepts, practical demonstrations, and guided exercises.
Prerequisites:
Students are encouraged to bring their laptop with Arduino installed.
Latest Chrome browser installed.
Install Blynk app on smart phone.
Workshop Material:
Participants will receive comprehensive training materials, including presentation slides, code examples, and reference guides.
Outcome:
At the end of the training program, participants will have acquired practical skills in sensor integration, motor control, and IoT applications using Arduino Uno and Node MCU. They will be equipped to implement their own embedded systems, IoT projects and contribute to the growing field of embedded systems, robotics, automation and IoT.