PROEJCT ONE: WEB CONTROLLED KINETIC SCULPTURE
A twisting helix that rotates and expands vertically, mimicking natural spirals like DNA strands. Controlled by stepper motors accessed via the web and it will be able to be adjusted for speed and height for a hypnotic display.
FABRICATION ELEMENTS
Structure: 3D-printed spiral arms from lightweight materials (PLA, acrylic).
Motion System: Stepper motors for rotation and height control, with threaded rods for smooth movement.
Electronics & Programming: Microcontroller (Arduino/Raspberry Pi) managing motion with adjustable speed via web interface or physical input. Potential for interactive responses to touch.
PROJECT TWO: IOT-CONTROLLED MINI GREENHOUSE
A compact, smart greenhouse that monitors plant conditions and allows remote adjustments via a web dashboard. Sensors track moisture and temperature, while users can control watering, lighting, and ventilation.
FABRICATION ELEMENTS
Structure: Laser-cut acrylic panels with a metal frame for durability.
Sensors & Components: Soil moisture and temperature sensors, small fans, LED grow lights, and automated watering system.
PROGRAMMING
Microcontroller (Arduino/Raspberry Pi) collects and transmits sensor data.
Web interface lets users adjust settings like lighting and watering.
PROJECT THREE: VISION MODEL-POWERED BINOCULARS
Smart binoculars enhanced with a computer vision model to identify and track objects. Users can view augmented information about wildlife, landmarks, or celestial bodies through an integrated display.
FABRICATION ELEMENTS
Structure: 3D-printed or CNC-machined casing for durability and ergonomics.
Optics & Sensors: High-resolution camera, depth sensor, and a built-in display for real-time overlays.
PROGRAMMING
Vision Model for object detection and classification.
Microcontroller (Raspberry Pi/Jetson Nano) processes real-time data and renders augmented overlays.