3D Model IoT-Assisted Multifunctional Drone | Mechanical CAD Design & Assembly

Designed and modeled a multifunctional drone using SolidWorks with a parametric design workflow. The project included a lightweight frame, motor mounts, landing gear, and modular assembly intended for surveillance

3D Model Modular Desk Organizer - Custom Storage Solution

volume to accommodate various office supplies or personal items. The design ensures structural stability while remaining lightweight for 3D printing. It demonstrates practical application of CAD modeling

3D Model Modular Self-Aligning Hip Exoskeleton | Mechanical Design & CAD Assembly

on creating a lightweight, ergonomic, and mechanically reliable system capable of assisting natural hip movement during rehabilitation. Responsibilities included: Complete mechanical design 3D CAD modeling

3D Model Robotic Gripper Design (IEEE Competition)

synchronized jaw movement. Designed the gripper components for ease of assembly and maintenance using lightweight materials. Delivered a high-performance 3D gripper prototype that was successfully integrated into

3D Model Tubular Space Frame Chassis Design

and developed a high-performance tubular space frame chassis for the SVU Racing Team. Created a lightweight, rigid structure to securely house the engine, suspension, and driver. Built the 3D wireframe model

3D Model Concept EV bike design

efficiency, and sustainability. It features an advanced lightweight frame, aerodynamic styling, and a high-efficiency battery management system. The design integrates cutting-edge technology, including regenerative

3D Model Origami in the Wind: A Dialogue Between Structure and Nature.

The design features a rhythmic roof articulated by the continuous arrangement of six triangular folded planes. The layout strictly conforms to the water pond's winding contour, establishing an embracing

3D Model Gokart

involved the design and development of a go-kart chassis and mechanical system for research and performance testing purposes. The objective was to create a structurally rigid yet lightweight frame capable

3D Model Custom Diamond Engagement Ring | Production Ready Jewelry CAD

custom jewelry CAD model created using Matrix/Rhino. ✔ Manufacturing-ready 3DM, STL & STEP files ✔ Lightweight and optimized for lost wax casting ✔ Accurate stone settings and dimensions ✔ Clean topology and

3D Model Paradis Next-Generation VR Headset & Controllers for Everyday Use

“new mobile device” of the near future. I focused on the controller design and technical production, developing a soft, lightweight system that feels natural on the body. Using micro-OLED technology and