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CyberJack

Class Project // 11.09.23 – 12.14.23

CyberJack is a tech-wear-inspired jacket that combines wearable storage with customizable functionality. Made with a polyester lining and exterior, along with a felt layer for added warmth, the jacket features webbing loops for attaching carabiners and Velcro sections for personalized adjustments. The design prioritizes both practicality and style, making it highly adaptable for various uses, from outdoor adventures to everyday convenience. This project allowed me to explore sewing for the first time, learning the intricacies of garment construction and durability. I also utilized laser cutting to precisely create the fabric patterns, ensuring a professional and accurate fit for the jacket’s design. Additionally, I used 3D printing to create custom carabiners that integrate seamlessly with the jacket’s webbing loops. By blending traditional crafting techniques with modern technology, CyberJack became a unique fusion of precision, style, and practicality, demonstrating how diverse skills can work together to produce innovative and functional wearables.

IMG_3793

Iterations


Iteration2

CyberJack // LAUNCH 02.17.24

The second iteration of CyberJack aimed to create a daily-wear jacket, focusing on functionality and comfort. Using laser-cut fabric patterns designed in Adobe Illustrator, I incorporated the Velcro and carabiner storage system introduced in the first iteration. However, the sleeves were sewn too narrow, making the jacket uncomfortable when layering with a hoodie or sweater, or when crossing my arms. This challenge highlighted the importance of ergonomic fit in wearable design, prompting adjustments in the next iteration to ensure versatility and ease of movement. Iteration 2 was a critical step in refining CyberJack, teaching me valuable lessons about user-centered design and iterative prototyping.


Iteration3

CyberJack // 01.18.25 – 01.29.25

Building on insights from Iteration 2, I refined CyberJack into a functional and stylish wearable jacket in its third iteration. This version successfully integrated a modular system for attaching mission patches, allowing me to personalize the jacket as my space-inspired collection grows. Designed with laser-cut fabric patterns using Adobe Illustrator, the jacket features a unique storage system with Velcro and carabiners, blending aesthetics with practicality. I wore CyberJack throughout the winter, and it proved durable, keeping me warm and intact despite harsh conditions. The sleeves were slightly snug when layering with a thick sweater, a minor issue I plan to address in future iterations by adjusting the fit. Additional touch-ups, such as reinforcing seams, are also planned to enhance longevity. CyberJack reflects my iterative design approach, combining advanced tools and a passion for space exploration into a versatile piece of wearable technology.