By textbook definition, Embedded Electronics can be defined as a system that “Integrates Hardware circuitry with software programming techniques to provide real-time solutions”. From age old pocket calculators to advanced automobile and security devices the applications of Embedded System continue to show a strong progress.
In this section we will discuss about the various embedded controllers and embedded development platforms including, but not limited to Arduino, Raspberry Pi, NodeMCU, ESP32, Microchip, AVR, ARM, MSP430, STM32, STM8S, Nuvoton etc. It also updates the readers with latest Embedded News and technology trends to help them plan and design their Embedded Projects with ease.
This project aims to create an adaptive musical instrument that allows physically challenged individuals to express their musical creativity through touch-sensitive sensors, visual feedback via LED matrix displays, and sound output through speakers. Leveraging the Internet of Things (IoT) with Arduino Uno R4 WiFi, this instrument provides a highly interactive and…
The Smart Indoor Plant Care System is an IoT-based solution that automates plant care by monitoring soil moisture, temperature, humidity, and light intensity. The system uses these sensor inputs to automatically water the plant and control lighting, ensuring optimal conditions for growth. Additionally, it provides real-time feedback to users through a mobile/web…
In the era of smart homes, automation and integration are key to enhancing convenience and efficiency. Our project leverages the SIPEED MAIXDUINO IoT Kit to create an advanced smart home ecosystem comprising two interconnected devices: a Master Device (Gateway) and a Node Device. This system aims to automate non-smart home appliances and integrate advanced AI functionalities, offering seamless…
This project is nothing but a simple All-in-One Car Accessory System
Have you ever thought about how many gadgets people use in their cars? There are dashcams to record what's happening on the road, OBD (On-Board Diagnostics) scanners to check how the car is running, and GPS (GNSS) trackers to follow the car's location. Each of these…
We have developed Smort, a smart 4WD platform designed for critical patient care. The system autonomously delivers medication at scheduled times, equipped with a rotating medicine dispenser and real-time monitoring using an in-built camera and microphone. The platform navigates towards patients, ensuring timely and accurate medication administration, while the camera…
The main objective of this project is to simplify the parking system by connecting all the parking stations of any city or town via the internet and make the data accessible to the users. This helps the users to know the parking slot left in real time and also helps them to find the best closest parking station for them. This reduces the time consumption in finding…
Stress is a significant contributor to various health issues such as heart disease, high blood pressure, diabetes, and mental health conditions. This project aims to develop a real-time wearable stress monitoring device that uses sensors to track physiological parameters such as heart rate, skin conductivity (GSR), and body temperature. The device leverages an…
Our IoT-Based Smart Bin project features a custom-built IoT system and Firebase database, using the Arduino Uno R4 WiFi. Dual ultrasonic sensors handle motion and fill-level monitoring, with an automated lid synced to a Firebase dashboard built on Vite+React for real-time updates. This solution uniquely integrates our own IoT network for efficient waste management.…
IntelliCart is a smart shopping cart system designed to transform the shopping experience by automating the checkout process and minimising queue times. Using an RFID card, customers can start a shopping session with just a tap. As they add items to the cart, IntelliCart utilises an integrated camera to detect and recognise products visually, which are then displayed…
PRAVESH is an RFID-enabled Smart Entry-Exit System designed to replace manual logs with a seamless digital solution. Using RFID cards, students can quickly and accurately log their entry and exit, reducing delays and improving accountability. Built on the Arduino UNO R4 Wi-Fi Board, PRAVESH integrates with campus infrastructure, providing real-time tracking,…
For this contest, I want to build something around edge AI and IoT. I also want this to tackle a real-world problem and be relevant to my interest i.e. IoT. So, I'm relating the theme to my interest in developing an Intelligent Farming System Using IoT and Edge AI, which can help solve the real-world problem of wasteful…
The theme of the contest focused on developing Edge AI solutions utilizing the limited computational resources of microcontroller boards. Our project is inspired by the widespread harm caused by war and militant activities, where innocent civilians often suffer due to delayed or inadequate detection and response systems.
To…
