Patents & Research.
Transforming academic insights into tangible innovation. My work spans from AI-driven patent frameworks to deep learning research in oncology and adaptive systems.
Patent Portfolio
ACID — Advance Candidates ID Card
Lost/stolen ID cards enabling impersonation, unauthorized access to campus resources, academic misconduct, financial misuse.
Deforestation & Fire Detection
Prevention of illegal tree cutting via knock sensors; Early forest fire detection via humidity/temperature sensors; Enhanced forest monitoring.
Barrier Roller with M.F.
Enhance road safety on hilly/sharp-turn areas; prevent secondary collisions; reduce vehicle speed on impact; auto-send live location to emergency services; prevent vehicles from falling off dangerous terrain.
Smart Board (Stylus Recognition & Self-Cleaning)
A smart educational interface that differentiates between styluses and unauthorized ink markers, triggering an alarm and utilizing a motorized self-cleaning surface to prevent board damage.
SmartGuard Luggage (Active Theft Deterrence)
Advanced travel security system featuring three-level access control, biometric scanning, GPS tracking, and an active electric deterrent handle with proximity buzzers.
Mobile Charger Deo Stand
Universal dual-device charging stand featuring built-in UV sanitization, active cooling fans with RGB lighting, and vacuum suction for surface stability.
Drone with Network Jammer for Law Enforcement
Autonomous suspect-tracking drone equipped with FPV night vision, physical anchor mechanisms for vehicle attachment, and high-frequency network jammers to block evasion communication.
Water Bottle Cap Protector
Smart silicone protector with shock absorption, integrated UV sanitization zone, LED temperature display, and a built-in network jammer for focused work environments.
Research Publications
Gastrointestinal Cancer Detection Using Deep Learning: A Comprehensive Implementation and Strategy
A robust deep learning framework for the early detection and classification of gastrointestinal cancers, integrating advanced neural architectures for high-precision diagnostic support.
Adaptive Learning Systems: Predictive Modeling with Electric Vehicle Chassis Material Selection using Machine learning
Exploring the intersection of educational adaptive systems and material science, utilizing predictive modeling to optimize chassis material selection for high-performance electric vehicles.
Innovation Impact
- Advancing pedagogical frameworks through AI integration
- Developing data-driven solutions for student retention
- Contributing to AI based learning systems
- Bridging the gap between academic theory and industry practice
Let's Build Something.
Professor · Consultant · Speaker · Technical Partner. — open for conversations that create impact.