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Our initiative, the Thermoelectric-Based (Vaccine) Storage System, aims to deliver a dependable and portable solution for preserving the ideal storage temperature necessary for vaccines through the use of a Peltier module, an Arduino microcontroller, and a rechargeable battery.
I am applying for a grant to further develop the Detachable Motor System (DMS) for Skateboards—a project that began as my senior design at NYU Tandon School of Engineering. My team has agreed I may continue this work, recognizing its strong potential for urban mobility and green energy advancement.
Project Description and Importance
The DMS is a pioneering,
The transition from intercalation-type anodes to metallic anodes represents a significant paradigm shift in energy storage technology. The energy density of alkali metal batteries to withstand repeated charge and discharge cycles depends on the efficiency of metal deposition and stripping.
We have developed a microwave reactor.
Our proposal is a multi-emitter microwave device that captures gases, CO2 from engines, and reforms them into calcium carbonates, And The Calcium Carbonate is of high value for gas and oil drilling. Since it saves money by preventing drilling fluids from being lost in cracks, when trepanning.
This project introduces SmartRaman, a portable, AI-powered Raman spectroscopic device designed to rapidly detect and quantify bioactive compounds in medicinal plants. Targeting researchers, pharmaceutical developers, and clinicians, SmartRaman aims to simplify field-level chemical diagnostics for plants such as Aloe vera, Brassica oleracea (red cabbage), and Haloxylon ammodendron.
The device integrates a compact Raman laser scanner,
Market penetration of Battery Electric Vehicles is still very low (~3 to 4% in India, ~ 8% in the US). Factors responsible include resistance arising from a fear of unavailability of charging stations in long trips or charging station not working properly. Also, charging grid electricity is most often obtained from coal and fossil fuel plants,
Overview:
Inspired by the adaptive and highly efficient flight of birds, BioMorph Wings is a revolutionary UAV wing design that mimics avian feather articulation to optimise aerodynamic performance across varying flight regimes. The system features modular, morphing wing surfaces composed of interlocking, bio-inspired, feather-like elements made of shape-memory alloys (SMAs) and ultra-light composite materials.
This is an emergency water packet that can provide chilled drinking water to soldiers, fire fighters, athletes, hikers, cyclists, campers, scouts, Red Cross, and commuters stuck in traffic.
The water packet uses evaporative cooling to chill the water before being opened. The hotter and dryer the climate, the more effective the cooling.
Project Overview: NATIONWIDE TRANSIT SERVICE (NTS)
The NTS is a proposed high-speed, nationwide, privately funded transportation system that leverages autonomous electric vehicles powered by solar energy. This transformative concept aims to decarbonize transportation while offering a safer, faster, and more accessible alternative to traditional travel methods. Imagine traveling from Manhattan, NY, to Boston, MA,
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