Suyash's WebSpace

Rust projects in Raspberry Pi Pico W

TimeUp kitchen timer based on 4-digit segment display, Raspberry Pi Pico and running on Zephyr RTOS

A high-performance C++ library for resource-constrained embedded systems. Focuses on speed and minimal memory footprint using bitwise optimization.

Project for the UNITN course "Embedded Software for the Internet of Things"

Embedded system for self driving

This is a page for a homemade ph sensor. This is a great activity for high school students or those wanting to learn embeded systems.

Implementación de un sistema operativo expropiativo básico para un procesador CortexM4

STM32-based automatic controller for the Chrome Dino game using LDR sensing and servo actuation

Embedded Systems project

Source code for using an SD card module with a Raspberry Pi Pico W for the EmbarcaTech program

Embedded System Project

central attendance variance system This system is an automated university attendance system that uses facial recognition to track when students enter a classroom.

An autonomous robot capable of accurately following a designated path, including sharp turns and interruptions. Designed a lightweight, 3D-printed chassis and implemented optimized PID control with infrared sensors for precise and efficient navigation.

An Arduino-based door lock system with a 4x4 keypad for password entry, LCD for status display, and a relay to control the lock. It includes audible feedback with a buzzer and locks out after three incorrect password attempts.

This project is an experimental work of embedded system when I was in college, controlling the motion trajectory of Alisa3 trolley, involving PWM, finite state machine, PID, etc.

This was a semester project for Internet of Things Subject in which we 3 students have collaboratively developed a project of monitoring the level of water within a container(bottle) that mimics the rivers etc and thus provides safety for humankind.

This system would help a 'running car' to detect the concrete type of an obstacle and then take different approaches according to the 'type' detected by multi-sensor fusion and CV.

An intelligent IoT-based dam water level monitoring and overflow prevention system built with Arduino. This project automatically monitors water levels and provides real-time alerts with automated dam gate control.

Logiciel embarqué pour le pilotage d'un volet battant motorisé et connecté