We Proud our design
A medical device for non-invasive monitoring of intracardiac pressure to help reduce re-hospitalizations due to heart failure and can lower mortality rates.
Device Design and Development:
Determine the optimal sensor placement and integration with the patient’s body.
Data Collection and Analysis:
Analyze the collected data to identify patterns and correlations between intracardiac pressure and heart failure episodes.
Algorithm Development in real-time:
Incorporate machine learning techniques to predict heart failure episodes based on pressure trends and other relevant patient data.
Design and development of a stand-alone (wireless) virtual reality headset (based on PICO Neo 3), but had a small form factor.
The device must be able to fully function in standalone/wireless mode, which can serve as a limiting factor.
Portable hand tool
Portable battery nailer. Designed for driving fasteners without the use of physical force. The reliable cordless model is capable of effectively driving flush nails into hardwood.
Develop a lightweight and ergonomic nailer design that is easy to handle and maneuver.
Determine the optimal power source and battery capacity for efficient and long-lasting operation.
Incorporate safety features to prevent accidental firing and ensure user protection.
Hand blender-juicer for better blending, stainless steel whisk for whipping, 12 speed settings and turbo, measuring cup for easy blending of small amounts of food.
Develop an ergonomic and user-friendly hand blender-juicer design.
Determine the appropriate motor power and blade design for efficient blending of various ingredients, including tougher foods and ice.
Test and optimize the blending performance to achieve smooth and consistent results.
Develop a turbo function for quick bursts of high-speed blending when necessary.
Design and include a measuring cup attachment that can be attached to the hand blender for easy blending of small amounts of food.
Design additional accessories like a chopper attachment or a blending jar for increased versatility.