Overview
IOT & ROBOTICS
This value-added course is designed to provide students with practical insights into the integration of Internet of Things (IoT) and Robotics. Through engaging hands-on sessions, learners will gain exposure to sensors, actuators, microcontrollers, and communication protocols essential for building intelligent robotic systems. The course emphasizes real-time data collection, automation, and control, equipping students with industry-relevant skills for future innovations in smart technologies.
Our Trainers
Pro.Pulkit Solanki
Pulkit Solanki is an experienced academic professional currently working as an Assistant Professor at SAGE University, Indore, since August 2017. He holds dual M.Tech degrees—one in Data Science from DAVV, Indore, and another in Machine Design from Sagar Institute of Science and Technology, Bhopal. He completed his B.E. in Mechanical Engineering from RGPV, Bhopal.
With a strong background in both mechanical and data science domains, Pulkit brings a versatile skill set, including proficiency in Python, Machine Learning, Cloud Computing, and R-language. He has authored multiple research papers, published patents, and contributed to innovative design and educational tools. His interests span across technology, teaching, and innovation, making him a dynamic contributor in both academic and research fields.
Prof. Suranjit Kosta
With over 17 years of teaching experience, I specialize in Embedded Systems, IoT, and Robotics. I am dedicated to providing practical, industry-relevant training that bridges the gap between theoretical knowledge and real-world applications.
Modules
|
Module No. |
Title |
Content & Activities |
|
Module 1 |
Introduction to IoT and Robotics |
- IoT and Robotics: Definition and synergy- Components overview: Sensors, Actuators, Controllers- Use cases in Smart Industry, Agriculture, and Home |
|
Module 2 |
Microcontroller Setup & Programming |
- Arduino/ESP32 IDE setup- GPIO handling: Digital/Analog- LED blinking, Buzzer beeping, Serial monitor activity |
|
Module 3 |
Sensors and Data Acquisition |
- Ultrasonic, IR, Temperature, Soil moisture sensor interfacing- Real-time data display- Hands-on: Distance measurement with display |
|
Module 4 |
Actuators & Motor Control |
- DC Motor, Servo, Relay interfacing- PWM for speed/direction- Hands-on: Motor control via sensor input |
|
Module 5 |
IoT Communication & Cloud Integration |
- Wi-Fi setup on ESP32- Sending data to Thingspeak/IFTTT- Hands-on: Sensor data to cloud with visualization |
|
Module 6 |
Mini Project: IoT-based Smart Robot |
- Line follower/Obstacle avoider with IoT alert- Remote control via mobile/web dashboard- Group project execution & demonstration |
Outcomes
- Describe the working of IoT components and robotic hardware.
- Interface sensors and actuators with microcontrollers such as Arduino or ESP32.
- Implement communication protocols (Wi-Fi, MQTT) for IoT-based robotic control.
- Design and execute basic IoT-enabled robotic automation tasks and projects.
