Fire fighting robot using raspberry pi

I have worked on similar projects before and worked on realworld projects that have many sensors and accuators and have iot , And i can do this project and happy to help. i have exprience with raspberry pi, arduino, esp32, esp8266 and stm32 boards.

Hi! How are you doing? I have read the project description and really interested in this job, I have 4 years’ experience doing similar jobs regarding to these skills Python, Raspberry Pi, Automation, Robotics and Electronics. Please start the chat, I have some questions about this task so we can have detailed discussion about project. Thanks! Umair

I am a mechanical engineer I have done working with raspberry pi I can help you in the project I would like to work with you

Very interesting project ever before. I have solid skills and experiences in this field. I've completed many projects related with your requirement. In addition, I can finish your project within your deadline and can offer high quality of code. I am available to start work immediately whenever you want. Hope to have a positive response. Best regard.

I have 3 years of experience in programming robots. I have done a similar project in the past and can do the project in minimal time and with best output. However, I have a few questions about your project that I need clarification on before I start the work: 1. I see you mentioning tricycle as the drive train in your project. How do you plan to control the motion of a 3-wheeled robot? 2. Are you flexible with your hardware? I don't see the motor driver (L293D) as the appropriate driver for your purpose. 3. What mathematical model are you talking about specifically? 4. How are you planning to implement a PID controller for the robot? My plan to build this project involves the following steps: 1. Schematic diagram of all the components (and CAD file if required but at an extra expense) 2. Motor driver code for the robot in Raspberry Pi 3. Image Processing code for detecting fire 3. PID Controller loop for the robot motion/ position 4. Mathematical model for the PID controller.