2024
Entries
VRSIL (Virtual Simulations) is an advanced virtual reality product designed to revolutionize training and skill development in both the medical and industrial sectors. By seamlessly integrating state-of-the-art VR technology with custom hardware extensions, VRSIL provides immersive, realistic simulations that enhance learning and performance.
Problem
To get real-time physiological data of astronauts during spacewalk and training program.
Real time physiological parameter monitoring while working in dangerous environments such as mines, industrial sites, oil and gas industry, factories, etc.
Need of contactless routine monitoring for improved healthy living.
In the COVID-19 Pandemic,
Uplift Drones is a pioneering company dedicated to transforming disposable plastic bottles into high-performance drones. Our mission is to reduce environmental impact while delivering cutting-edge drone technology for various industries.
This project focuses on repurposing waste plastic bottles into lightweight, durable drone frames. The process begins with collecting and cleaning used plastic bottles.
This project proposes a 360-degree ground-to-air detection system designed to precisely identify and track commercial drones, including mini FPV models. The system leverages a multi-sensor approach for robust and reliable performance.
Multi-Sensor Synergy:
High-Resolution LiDAR: LiDAR sensors provide detailed 3D mapping, enabling accurate detection and positioning of drones in their environment.
WaterStrider: A New 56-mg Controllable Microswimmer Driven by a New 1-mg Unimorph SMA-Based Actuator
With a weight of 56 mg and a length of 22 mm, the WaterStrider (see illustrations) is the lightest controllable water-surface-tension locomoting robot reported to date. The WaterStrider is designed to efficiently utilize the large force outputs produced by a new 1-mg unimorph shape-memory alloy (SMA)-based actuator.
PyrAmes is a digital health company focused on fundamentally transforming health care delivery through continuous blood pressure (BP) monitoring that is accurate, wireless and non-invasive. Our wearable devices’ comfort and ease-of-use will enable better BP management for patients from newborns to seniors.
Horizontal cupped blades that spin in any direction of wind. When you are not using electricity, (sleeping or at work) the power meter runs backwards and the Electric Power Company pays you when you supply electricity to the grid. No need for hydro poles in rural areas.
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. The transmitter present outside the body transmits the millimeter wide RF waves through beamforming.
It is a small pocket device, which together with your smartphone performs multiple diagnostic analysis tests, reports and monitors the patient's health 24 hours a day/365. Both devices form the perfect symbiosis for the recognition and care of the health of the people. Being the first interactive AI system for prevention, clinical analysis tests and online healthcare, fully automated.
This is a Collaborative Robotic Arm Used as Assistant in an Electronic Workshop And Controlled by Voice Commands and Capsense Technology. Using a robotic arm as a third arm can be a very good idea in difficult cases in an electronic workshop. Here I am showing three versions of my project,
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