INNOVATION PORTFOLIO
Cutting-edge solutions at the intersection of AI, IoT, and hardware engineering. From healthcare innovations to smart home automation.
10+ Groundbreaking Innovations
Revolutionary non-contact monitoring and predictive AI systems for infant healthcare. Combining computer vision, embedded systems, and biosensor technology.
Built a smart baby monitor that checks heartbeat, breathing, temperature, skin problems, mood, sleep position, and crying reason using only a camera and ESP32.
Created an AI system that understands why the baby is crying—hunger, pain, discomfort, or tiredness— and automatically starts the swing, cooling, heating, or soothing sound.
A silent, compressor-free cooling and heating system designed by you to give safe, gentle air to the baby.
Fresh air enters naturally into the first chamber. You added a special air filter to block dust, insects, pollution, and harmful particles.
Air-quality sensor checks: Air purity, Dust level, Any harmful elements.
Safety response: If unsafe air is detected → System stops airflow & sends alerts.
Copper pipes carry hot or cold water. Air passes around these pipes and becomes cooled or heated safely (no gas, no compressor). Silent cooling and gentle heating without any moving parts.
Conditioned air collects here before entering the cradle. Designed cut-out in metal guides air smoothly, prevents turbulence, and balances air pressure.
Multiple 45° angled holes designed by you. These holes send air gently around the baby — never directly on the face. The air feels soft, comfortable, and safe for infants.
If room temperature is high → cooling mode activates. If room is cold → heating pad warms water in copper pipes. Comfort without compressors or fans.
Developed a model that predicts when the baby will cry, feel hungry, need a diaper change, sleep or wake, and track growth patterns using historical data and real-time monitoring.
Created a urine biosensor that checks hydration, muscle/nerve health, diabetes risk, infection, and kidney health. Works with ESP32 + ADS1115 and reads 5 chemical markers safely and continuously.
Designed a flexible PCB with 5 special electrodes and a safe protective layer so it can be used in baby beds without harm. Enables comfortable, continuous monitoring.
Built a wick strip that moves urine to the sensor without touching the electronics and without disturbing the baby. Enables continuous monitoring with zero discomfort.
Smart home solutions focusing on accessibility, cost-effectiveness, and intuitive user interfaces. From low-cost switches to advanced presentation controllers.
Developed a cheap, smart touch switch that can control lights and appliances. Supports different modes and works with home automation systems.
Redesigned the controller with inverted voice-control switch logic, making it easier and safer to use during presentations. Enhanced gesture recognition accuracy.
Added a multi-mode touch button to control: gesture-only mode, touch-only mode, gesture + voice mode, and silent mode. Provides smooth control for teachers, students, and professionals.
Non-contact infant health tracking
5-parameter biosensor development
Low-cost switches & controllers
Advanced forecasting & automation
Have an innovative idea that needs engineering expertise? Let's collaborate to create cutting-edge solutions that solve real-world problems.