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deESC is a modular brushless DC motor speed controller made from four stackable boards: driver, RF, power, and monitor. This design improves organization, troubleshooting, and upgrades while combining motor control, wireless communication, and power features in one flexible system.

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R-Map is a compact radar scanning and display system designed to detect and track a moving target through standard wood walls. Engineered for portability, it is intended to be mounted on the chest area of tactical vests and operates as a self-powered unit.

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The project is a helping hand for caregivers with children who just can't carry everything all at once. This bot is equipped with sensors that can track and follow the designated user. It will also have obstacle detection to navigate safely. The intended use for the bot is to act as an extra hand and provide assistance, such as carrying items such as a diaper bag, groceries, or small toys.

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Energy Management System is a smart home solution designed to give homeowners
greater control over their electricity usage while lowering overall energy costs. The system monitors household loads in real time and intelligently reduces unnecessary consumption by automatically shutting off devices that are not in use, especially during high-cost periods. Through a simple and user-friendly interface, homeowners can track usage and make informed decisions about their energy consumption.
 

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The Smart Dive Suit is a system designed to keep divers safe and warm in cold water by monitoring temperature and power usage in real time. It estimates how much heating time remains and alerts the user if the system is overheating or running low on power. The suit also provides useful dive data such as water temperature, depth, and pressure through a wrist-mounted display. Additionally, it enables simple underwater communication with a dive boat using sound signals.

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Bluetooth Low Energy (BLE) Dragon Radar is a portable situational-awareness tool that detects BLE advertising signals in the 2.4 GHz band and converts them into a live “radar” view of nearby devices. The system continuously scans for BLE packets, extracts signal metrics (RSSI, packet rate, timestamps), and presents a real-time display that highlights which devices are present, how active they are, and how their signal strength changes over time.

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The project showcases a functional model of a clean energy and smart home that is powered by solar panels. In our project energy goes through AC/DC and DC/AC systems allowing it to run home appliances, charge the home's battery, and the electric vehicle's battery. Users can monitor and interact with household appliances such as its lighting through a web server. By combining renewable energy with smart technology, this model demonstrates a practical and sustainable vision for the future of residential living.

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The 9 Lives product is a multi-terrain tracked RC vehicle designed to assist users with hands-free data collection and payload delivery. It features AI tracking and autonomous driving to navigate environments such as sand, grass, and gravel. The vehicle can collect environmental data and provide live telemetry. This enables users to monitor real-time conditions, including air quality, harmful gases, and temperature, across residential, commercial, and industrial settings.

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This project is a head-motion-controlled wheelchair designed to assist individuals with limited mobility. It uses wireless connectivity to link the head-mounted control unit to the wheelchair, allowing users to move and steer with ease and independence.