PRODUCT DEVELOPMENT

Think. Design. Build.

Automatic UV Sanitizer

Developed by a third-year Product Design student, this mobile robot uses UV-C light for autonomous disinfection in spaces like hospitals and offices. Equipped with sensors and UV lamps, it sterilizes surfaces and air efficiently, offering a smart, energy-efficient solution for public health while reducing the need for manual cleaning and minimizing human exposure to harmful pathogens.

Specs: UV-C lamps, sensor-driven automation, IoT integration, energy-efficient design

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

Magnetic Levitation System – Innovation in Electromagnetic Suspension

A third-year Product Design student developed this system using electromagnetic suspension and feedback control to levitate objects within an illuminated hexagonal frame. A digital display tracks levitation height, blending physics, embedded systems, and industrial design.

Specs: Electromagnetic suspension, feedback control system, illuminated hexagonal frame, digital levitation height display.

"This project offered hands-on experience in physics, embedded systems, and industrial design, strengthening my problem-solving and product development skills."

Portable Mini 3D Printer

Developed by a third-year student in the Product Design and Development course, this compact and efficient 3D printer offers a portable solution for on-the-go printing. Ideal for students, hobbyists, and professionals, it combines high precision with ease of use for rapid prototyping, educational projects, and creative designs.

Specs: Fused Deposition Modeling (FDM), USB and SD card support, 0.4 mm nozzle diameter.

"Creating this mini 3D printer was an exciting hands-on experience in mechanical design, electronics, and software integration, providing valuable insights into precision control and portability."

Smart Shooting System

A student has created an interactive target shooting system that automatically detects and counts successful hits, boosting precision and engagement. The system integrates real-time scoring with automated feedback for an enhanced user experience.

Key Specification: Sensor-based hit detection with instant score updates.

"Developing this project improved my understanding of automation and real-time data processing."

Automatic Tennis Ball Thrower

Developed by a third-year engineering student, this motorized device boosts training by launching tennis balls with adjustable speed, spin, and angles. Combining mechanical precision, embedded systems, and automation, it simulates real-game scenarios and ensures consistent performance, helping players refine their techniques.

Specs: Adjustable launch speed, spin control, trajectory settings, and sensor-based automation.

"Building the Tennis Ball Thrower deepened my understanding of automation and real-time control systems. Overcoming motor control and trajectory precision challenges made this project an exciting experience."

SMART Suitcase

The Smart Suitcase autonomously follows the user, avoiding obstacles for a hassle-free travel experience. Controlled via a mobile app, it features GPS tracking, a built-in charging battery, and a secure lock system.

Specs: Autonomous navigation, obstacle detection, mobile app control, GPS tracking, built-in charging battery, secure lock system.
"This project enhanced my skills in robotics and IoT integration, providing hands-on experience in motor control, obstacle detection, and real-world problem-solving."

Automatic Egg Incubator

The Automatic Egg Incubator ensures optimal conditions for hatching with automated temperature, humidity control, egg rotation, and IoT-based remote monitoring.

Specs: Automated temperature & humidity control, egg rotation mechanism, air circulation system, IoT integration, power backup, LED lighting system.

"This project enhanced my skills in robotics and IoT integration, providing hands-on experience in sensor calibration, motor control, environmental monitoring, and real-world prototyping."

Smart Air Humidifier – Enhancing Indoor Air Quality

Developed by a third-year Product Design student, this compact device enhances air quality with a cool mist and a built-in humidity sensor. Its sleek, silent, and energy-efficient design makes it ideal for homes, offices, and labs.

Specs: Ultrasonic mist, 350ml tank, USB-powered, 30ml/h output, hour run time, auto shut-off, 70×70×160mm size, whisper-quiet.

“Working on this humidifier helped me understand the integration of electronics, sensor technology, and product ergonomics. It was a hands-on journey in designing something practical and meaningful.”