Portable Mini 3D Printer

Developed by third-year Product Design student Harini, this compact FDM 3D printer offers high-precision, portable printing for students, hobbyists, and professionals. USB and SD card support and a 0.4 mm nozzle make it perfect for rapid prototyping and creative exploration.

"Building this mini 3D printer was an exciting journey! It deepened my skills in mechanical design, electronics, and software integration while showing me the power of precision and portability." — Harini

Automatic UV Sanitizer

Developed by third-year Product Design student Shaik Vasif, this autonomous mobile robot uses UV-C light and sensors to disinfect hospitals and offices safely and efficiently. With IoT integration and an energy-efficient design, it reduces manual effort and minimizes human exposure to pathogens.

"This project was a valuable hands-on experience in robotics, embedded systems, and IoT, helping me overcome sensor integration and automation challenges." — Shaik Vasif

Magnetic Levitation System – Innovation in Electromagnetic Suspension

Third-year student A. Manideep created an electromagnetic levitation system using feedback control within an illuminated hexagonal frame as part of the Product Design and Development course. The product precisely levitates objects with real-time height tracking on a digital display.

"This project gave me hands-on experience in blending physics, embedded systems, and design, boosting my skills in product development and innovation." — A. Manideep

AURA AMP: The Modern Tech Hub with Bluetooth Sound and Portable Charging

Poojitha, a final-year student, set out to solve a simple problem—too many gadgets for everyday needs. She designed a smart 3-in-1 device that works as a Bluetooth speaker, emergency light, and mobile stand. A small idea turned into a practical innovation for daily life.

“Designing this 3-in-1 device helped me see how small ideas can solve real-life problems. It was exciting to turn a simple concept into something practical and useful!” — Poojitha C. H

Dynamic gait adjusting AFO With gyro feedback splint

Developed by Shaik Munaf Sharif, the Dynamic Gait Adjusting AFO is a 3D-printed ankle-foot orthosis with built-in gyroscope sensors that monitor foot motion in real time. It automatically adjusts support during walking to improve stability, balance, and foot clearance, offering a lightweight and custom-fit solution for adaptive rehabilitation.

“This project enhanced my understanding of biomechanics, sensor integration, and real-time control systems, making it a rewarding experience to design a solution that improves mobility and rehabilitation.” — Shaik Munaf Sharif

SMART Suitcase

Designed by student S. Abineshwari, the Smart Suitcase autonomously follows the user, avoids obstacles, and offers mobile app control for seamless travel. It includes GPS tracking, a secure lock system, and a built-in charging battery for added convenience.

"This project enhanced my skills in robotics and IoT integration, giving me hands-on experience in motor control, obstacle detection, and real-world problem-solving." — S. Abineshwari

Resistence Band

Designed by student K. L. Sai Sanjana, the Resistance Band is a versatile fitness tool aimed at improving strength, flexibility, and overall physical endurance. It is lightweight, portable, and suitable for a wide range of exercises, making it ideal for both home workouts and on-the-go fitness routines. The band is designed to provide varying levels of resistance, helping users customize their training intensity.

"This project enhanced my understanding of fitness equipment design and material selection, while giving me practical insight into user-focused product development and everyday health solutions." — K. L. Sai Sanjana

IoT trainer Kit

Chocolate Printing Machine

Swarm Drone

Recliner Sofa

Tennis ball collector

Automatic Card Distribution Machine