Entries
The Rotating-Field Modulated Antenna (RFMA) introduces a novel method for achieving compact and efficient Very Low Frequency (VLF) communication by synthesizing and modulating circulating electromagnetic energy. This solution addresses a long-standing limitation in VLF systems, where conventional antennas must span hundreds to thousands of meters to achieve meaningful radiation efficiency.
AuraGuard 5G‑ISAC System-on-Chip is a single system‑on‑chip that fuses millimetre‑wave radar sensing, ultra‑reliable low latency 5 G communication and safety‑certified logic, transforming every collaborative robot into a perceptive, context‑aware teammate. A 100 MHz,
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,
Mosquito-borne diseases devastate communities worldwide, infecting hundreds of millions and causing over 700,000 deaths each year. In many resource-limited regions, affordable, scalable mosquito control is unavailable. Existing solutions are costly, require maintenance or electricity, and cannot be deployed at sufficient scale, leaving lives at risk.
Artificial intelligence system with "PSOC™ 6 AI" that detects when the blender changes speed and gives an alert via voice module and LEDs. So, this device that detects when the blender is in operation and when it is off. But in general,
The X650 Thermal Drone is a next-generation aerial system built for real-time thermal imaging, inspections, and search missions. Unlike most commercial drones that are locked into proprietary systems, the X650 features a fully modular, open-platform design, supporting third-party thermal cameras, HD video systems, and onboard processing.
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,
Conventional solid polymer electrolytes used in lithium-ion batteries often perform poorly due to structural limitations, particularly poor contact with electrodes, and they fail to prevent the growth of lithium dendrites—needle-like structures that form during charging cycles and can cause short circuits, fires, or explosions.
To address these issues,
In modern power plants, machinery operates under high stress and extreme conditions, making fault detection a critical component for maintaining efficiency and safety. This project introduces an AI-based fault detection system tailored specifically for power generation units such as turbines, motors, and boiler feed pumps.
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