Chukwuzulum Nwizu Industrial Design Portfolio
Zooming Through the Future!
The Lamp Project
This project challenged me to design a lamp using a minimum of 20 layers of styrene, within a maximum footprint of 10 inches by 10 inches, with a 10x10x2-inch base. The remaining design elements were left open to creative exploration. Drawing on my background in CAD modeling and laser cutting, I approached the project with a focus on innovation and precision. While most students at the time utilized a single light source, I incorporated four independent lights, enabling the lamp to display multiple colors simultaneously. This approach enhanced the visual complexity of the piece and demonstrated a thoughtful integration of both form and function.
The primary objective of the lamp project was to design a light fixture composed of at least 20 layers of styrene, while maintaining a footprint no larger than 12” x 12”. With this constraint in mind, I aimed to differentiate my work from that of my peers by thinking creatively and pushing beyond conventional approaches. I initially considered focusing on either a distinctive layered aesthetic or a unique lighting effect, but ultimately, I challenged myself to achieve both. This dual approach allowed me to explore the interaction between material layering and light diffusion in a more dynamic and visually compelling way.
After numerous design iterations and prototyping, I arrived at the final CAD model for my lamp concept. Rather than sourcing dowel spacers from local hardware stores around Phoenix, I chose to demonstrate my proficiency with 3D printing by designing and fabricating custom dowel spacers using my personal printer. This approach not only highlighted my digital fabrication skills but also allowed for precise customization tailored to the lamp’s structure.
For the base, I repurposed light packaging materials along with leftover styrene to form recessed pouches that housed the lighting elements. These recesses were measured so that the light sources sat flush with the base’s surface—an efficient design choice that minimized waste and avoided unnecessary material purchases.
After assembling everything together, I tested the lights and carefully reviewed the finished lamp to confirm both structural integrity and visual appeal matched with what I originally envisioned. The completed project reflects a blend of thoughtful design, sustainable material use, and hands-on fabrication techniques.
I redesigned the base to harmonize more effectively with the overall form of the lamp.
