Entries
MAD3 is an innovative software that leverages the power of machine learning to modernize the forming/stamping processes of sheet metals by predicting directional mechanical behavior of metal alloy (plastic anisotropy), 1000 times faster than existing solutions.
In recent years, advancements in technology have revolutionized the way we interact with our surroundings, particularly in the realm of security systems. One such innovation is the Fingerprint Door Lock System, which integrates Arduino microcontroller technology with smartphone capabilities to enhance security and convenience for users.
NanoArchitech integrates chemistry, biology, engineering, physics, and architecture evolved into advanced green cement alternatives designed to resolve global CO¬2 emissions and provide resilience against the climate crisis with antimicrobial composites.
We make a faster, lighter, and indestructible surface material to protect buildings, infrastructure, and even underwater pipelines, coral reefs,
Todays friction materials for automotive brakes are high volume, high temperature, high pressure produced industrial goods. LiqFric has created a new way to produce automotive brake pads at temperature not exceeding approx.
This project presents a comprehensive system for predicting retinal diseases from fundus images using deep learning, particularly the InceptionV3 model, fine-tuned on a curated dataset. It also evaluates the risk of heart failure based on specific retinal disease predictions. Implemented as a Flask web application,
The electric vehicle market is projected at over 90 billion dollars in the next five years with over 200 million electric vehicles on the road by 2030. In the backdrop of this burgeoning EV scenario,
Solar energy is the most widely available renewable energy. However, the challenge lies in capturing and converting large amounts of it into a usable form.
I have designed two different Flying Motorcycles (FM) and one Flying Bicycle. The first FM is 'roadable aircraft' categorized as a Light Sport Aircraft (LSA) that employs our proprietary modified and harnessed, ram-air inflated parafoil type parawing,
Charging a pacemaker’s battery from a certain distance cannot be achieved by tightly or loosely coupled electromagnetic resonant charging. To overcome the above challenge, we developed a device that charges through an uncoupled radio frequency (RF). Wireless charging method will help patients to avoid surgeries.
Given that microplastic pollution is ubiquitous in soil, oceans, and even human bodies, it has grown to be a serious environmental concern. This issue is greatly exacerbated by microplastic powders, which are frequently used in cosmetics due to their smooth texture and exfoliating qualities.
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