RIdeSight is a heads-up display for helmets. It can be attached to any helmet and will project navigation directions onto the helmet's visor. It will help reduce distractions for riders, allowing them to focus on the road and reducing the chances of road-related accidents.

The Vector Target Wall System interactive system designed to improve reaction time, accuracy, and shot precision in sports like tennis (can also be used in other racquet sports). It features 20 light-up target pads that activate randomly, prompting the player to hit the correct pad in real time.

A robot car that can be controlled using muscle signals. The system uses EMG to detect muscle activity and convert it into commands that control the movement of the car, allowing for a more accessible, hands-free interaction.

FootSense is a smart insole system designed to understand how a person walks and translate that into clear, meaningful feedback. Rather than simply tracking steps, it focuses on the quality of movement by analyzing pressure distribution, gait patterns, and balance.

A wearable band that detects the UV radiation levels and indicates the safety of the UV using coloured LEDs (green, yellow, and red) The system uses a sensor and microcontroller to monitor the UV exposure in real time and help the users stay protected outdoors.

A wearable controller that lets teenagers with limited mobility use a computer through EMG muscle signals. It will be worn on the arm and use electrode sensors to detect muscle activity when the user moves/tenses muscles. The signals will turn into simple actions like clicking, scrolling, opening apps.

A two-unit wireless arcade system controlled purely by EMG (electromyography) signals — the electrical impulses your brain sends to your muscles. No buttons. No joystick. Just flex.

We intend to make a small device with camera, air quality sensor, GPS module, display and encoder wheel navigation. Clicking a button takes a picture with geo-tagging and captures sensor data for analysis. Data will be displayed on a dashboard.

PULSE is an interactive art installation that translates a person's real-time physiological state into dynamic, generative visual displays. A biometric sensor measures the user's heart rate and heart rate variability (HRV) continuously, feeding that data into a microcontroller that drives a large-scale LED cube or platform.