intro to electronics & robotics
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Updated
Aug 3, 2024
intro to electronics & robotics
I will use this repo for my Arduino code and projects
This project objective is to recognize the gesture of the fingers here assumed as individual flex sensor. With the curl of fingers, the graphical LCD display o or I, which signifies open or closed fingers
Tech Tag for your Pet! We designed a smart collar for pets using python and C(Arduino) that tracks their temperature and heart rate and estimates whether the pet has visible symptoms of common illnesses and sends notification to owners and became winners among 60 teams from Central Asia.
A list of my Embedded systems projects
This repository contains various Arduino projects simulated in Tinkercad, including circuit diagrams, schematics, and code.
Heliophile is a lover of the sun😜. It is a Single Axis Solar Tracking Project.
PCB and enclosure design of a trailing edge light bulbs dimmer
Semester 5 Mini Project 2021
Control a DC Motor remotely using IR Remote
In coding theory, Hamming (7,4) is a linear error-correcting code that encodes four bits of data into seven bits by adding three parity bits. The project implements a even parity correcting code.
Controlling LCD, DC motor, and LEDs based on temperature
Hardware reaction time game using 555 timer, 4017 counter and 4011 NAND gate
Password Based Door Lock Security System Using Arduino & Keypad
🛡️ Sistema de hardware embebido para la detección preventiva de Monóxido de Carbono (CO) e incendios. Desarrollado en Arduino con lógica de alertas escalables y simulación en Tinkercad.
Welcome to this repository containing multiple IoT & Automation-based projects built for learning, experimentation, and real-world problem solving.
The objective of this project is to create a temperature control system using an Arduino microcontroller that regulates a fan motor's speed based on the ambient temperature. Additionally, the system provides visual feedback using an RGB LED and auditory feedback using a buzzer.
A beginner-friendly Digital Calculator built using Arduino UNO, a 4×4 Matrix Keypad, and a 16×2 LCD Display. Supports addition, subtraction, multiplication, and division, and is fully simulated in Tinkercad with complete documentation.
A simple 3D printable hook for hanging certificates on walls.
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