A detailed CAD model of the B&O A5 speaker created during brand research. This study helped deepen my understanding of premium product aesthetics, internal structure, and functional design principles through hands-on reverse modeling.

2024.9, Bang & Olufsen A5 Speaker Modeling

This project explores the internal mechanics of a Rubik’s Cube through deconstruction and detailed 3D modeling. Each component was reverse-engineered in SolidWorks to study how the parts interlock and rotate. Final renders in KeyShot emphasize precision and material articulation.

2024.9, Rubik’s Cube Deconstruction & Modeling (SolidWorks + KeyShot)

A redesign of a traditional desk fan, with emphasis on blade curvature and base support improvements. This SolidWorks project challenged me to consider airflow, mechanical feasibility, and ergonomic adjustments in a common household product.

2024.11, Fan Redesign (SolidWorks Final)

Modeled and deconstructed a gyroscopic wrist exerciser (Powerball) to study mechanical connections. The exploded view highlights functional components and demonstrates understanding of product assembly, motion, and engineering relationships.

2025.1, Powerball Modeling & Exploded View (SolidWorks Midterm)

A structural lamp built with interlocking wooden strips—no glue used. This spatial exploration project focused on structural form, precision, and balance, resulting in a bold, red-painted lighting object that demonstrates craftsmanship and compositional awareness.

2023.11, Modular Wooden Lamp (Spatial Dynamics)

This plug was modeled in Fusion 360 using real-world measurements. By replicating every detail precisely, I gained practical insight into object geometry and scale, enhancing my attention to proportion and accuracy in industrial design.

2024.3, Plug Modeling (Fusion 360)