Robotics Workshop Day 2 Interfacing ESP32-CAM with L298N Motor Driver

#ieee-women-in-engineering #IEEEPELS #IEEESTB #IEEEUPSection #HBTUKanpur #sensors #robotics #programming #ions #key #learning #microprocessor #microprocessors #owl #processor #gain #force #emp #ear #control #bot #art #architecture #actuators
Share

A highly engaging hands-on session titled “Interfacing ESP32-CAM with L298N Motor Driver”, which will be conducted by Mr. Ashutosh Yadav.

This session will focus on the practical integration of two important components in robotics: the ESP32-CAM microcontroller and the L298N motor driver. Participants will learn how to control motor movements using live video feedback and commands processed through the ESP32-CAM board. The interface between these two modules forms the foundation of many intelligent robotic systems, enabling image processing, movement tracking, and real-time remote control.

This demonstration aims to give participants a clear understanding of how microcontrollers communicate with motor drivers to bring mechanical motion under programmable control.


  Date and Time

  Location

  Hosts

  Registration


  • Add_To_Calendar_icon Add Event to Calendar
  • F7XQ+F2,
  • Khyora(HBTU West Campus)
  • Kanpur Nagar, Uttar Pradesh
  • India 208002
  • Building: Shatabdi Bhawan
  • Contact Event Hosts
  • Starts 09 September 2025 12:30 PM UTC
  • Ends 05 October 2025 06:29 PM UTC
  • No Admission Charge

  Speakers

Mr. Ashutosh Yadav of Harcourt Butler Technical University, Kanpur

Topic:

Interfacing ESP32-CAM with L298N Motor Driver

This session will focus on the practical integration of two important components in robotics: the ESP32-CAM microcontroller and the L298N motor driver. Participants will learn how to control motor movements using live video feedback and commands processed through the ESP32-CAM board. The interface between these two modules forms the foundation of many intelligent robotic systems, enabling image processing, movement tracking, and real-time remote control.

This demonstration aims to give participants a clear understanding of how microcontrollers communicate with motor drivers to bring mechanical motion under programmable control.




Agenda


  - Welcome Note: Recap of Day 1 learnings and introduction to Day 2 activities.
  - Session Overview: Explanation of bot architecture, components, and programming objectives.
  - Hands-on Activity 1: Assembling the bot and connecting sensors, actuators, and controllers.
  - Hands-on Activity 2: Programming the bot for basic movements and task execution.
  - Practical Insights: Troubleshooting, optimization, and integration of learned concepts.
  - Interactive Q&A: Student queries and expert guidance during the hands-on session.
  - Closing Remarks: Summary of practical outcomes and reinforcement of key skills.