Entries
In response to the global demand for clean and efficient transportation infrastructure, our project introduces an innovative solar-powered wireless charging station for electric vehicles (EVs). This smart system integrates inductive charging, renewable energy utilization, and secure access control through RFID and keypad authentication, eliminating the need for physical connectors and reducing dependence on the electrical grid.
MagnaGuard Synergy Shield is a revolutionary automotive safety system designed to prevent rear-end collisions by creating an intelligent magnetic force field between vehicles. Unlike traditional brakes alone, MagnaGuard uses cryogenically cooled superconducting electromagnets in the following vehicle and an actively tuned conductor matrix in the lead vehicle.
Powered by an AI Predictive Collision Engine (PACE),
Opioid addiction is a major public health crisis that is becoming worse, 2.4 million Americans have been diagnosed with opioid dependence, and overdoses have increased, creating and economic burden of more than $78 billion/yr. Drug overdose deaths in 2021 were highest in people 35-44 years of age (62 deaths/100,000 in 2021) according to the CDC,
Cameras are key enablers of self-driving and advanced driver assistance systems (ADAS) that are revolutionizing the safety, comfort, and efficiency of transportation. However, they suffer from a fundamental flaw: They capture images at fixed intervals – typically 40-45 frames per second (FPS) – during which they are effectively “blind”,
Thermoelectric based storage system designed to maintain precise temperature control for sensitive goods such as vaccines and food. The core problem it addresses is the inadequacy of current temperature control systems, which are often bulky, inefficient, and lack portability, energy efficiency, precise regulation, and remote control capabilities. Existing solutions also struggle with scalability and adaptability,
This project presents the design of an ultra-low-power, hybrid-powered IoT sensor node tailored for deployment in remote and biodiverse regions such as the Amazon rainforest. The node integrates a solar panel, Li-ion battery, and power multiplexer (TPS2110A) to dynamically manage power sources with seamless switching, ensuring continuous operation even under fluctuating environmental conditions.
Globally, tens of thousands of wind turbine blades are being retired without scalable, sustainable reuse pathways. These blades—built from glass-fibre composites—are often landfilled, incinerated, or shredded into low-grade filler. At the same time, the construction industry is seeking cost-effective, fire-rated façade materials with a lower carbon footprint. This project proposes a transformative solution: a mobile,
For the Light is a dual-purpose system designed to improve energy access and enhance disaster response in vulnerable coastal communities. It combines a solar-powered lighting unit with a GSM-GPS-enabled emergency alert device, offering both daily utility and life-saving functionality. The design addresses two critical problems: (1) lack of reliable electricity in remote areas,
Our Focus:
Current communication systems for paralyzed individuals primarily rely on assistive technologies such as eye-tracking devices, speech-generating systems, and muscle-based switches. These tools require some residual physical ability and often suffer from slow response times and limited vocabulary. In battlefield communication, soldiers typically rely on radio-based voice transmission or hand signals.
Our idea is to develop a multi-layered filtration membrane for purifying, deodorizing, decolorizing, disinfecting the grey water. Administrate UV treatment for photocatalytic degradation and deactivation of hazardous chemicals of the grey water.
The grey water first passes through the polyolefin membrane, then the multi layered membrane that consists of the polyethylene terephthalate (PET), chitosan, polyurethane cyclodextrin.
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