3D Model
Compliant Hand Grip Strength Analyzer
Structure: The design comprises a handle section for gripping and an extended arm or claw-like mechanism at the top for functionality. The upper portion appears to include cutouts, likely for reducing
Designer
shoaibulhaq1
BTech Mechanical Engineer | CAD Design & Prototyping Expert SolidWorks
Mechanical Engineer with hands-on experience in machine design, cost-optimized engineering, CAD modelling SolidWorks, and rapid prototyping. Co-Founder and Lead Engineer for a patent pending gravity-based
3D Model
Round Diamond Halo Engagement Ring with Pavé Band
This is a modern diamond halo engagement ring design featuring a round center stone with a split shank pavé band. The halo setting enhances the brilliance of the center diamond while the pavé diamonds
3D Model
Sail actuation mechanism
A compact, lightweight and reliable design was required for use in a nautical application. This is one of the considered iterations fully designed by me. The design utilizes a belt driven pulley mechanism
3D Model
Quadcopter Drone Chassis
plate for flight controller and electronics, with four extended arms for motor mounting. Lightweight frame design with weight-reduction cutouts throughout the structure. Modeled in SolidWorks with standoff/spacer
3D Model
Automotive Bucket Seat Design
seat concept • Constructed from lightweight carbon fiber for durability and weight reduction • Alcantara upholstery for a luxurious feel and enhanced grip • Ergonomic design prioritizing driver comfort and
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
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
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