CHRISTOPHER JO
Christopher Jo is a Vancouver-based fashion designer who blends conceptual vision with technical precision.

Christopher translates ideas into garments through research, sketching, and 3D visualization, supported by strong skills in patternmaking, garment construction, and product development.

Email

Instagram

LinkedIn

Employment

1.As- Iku

Design &  Production Assistant

April 2024 - Current


2.SJ Enterprise Corporation

Brand & Production Development Lead

May 2023 - Current


3.MEC

Data Consultant

Aug 2022 - Dec 2022


4.Arc’teryx

Practicum

May 2022 - July 2022


Education

Bachelor of fasion Design & Technology

Wilson School of Design - KPU

2023






The Runner
2023

2023
The Runner collection explores disaster-ready technical wear, fusing advanced materials with activewear construction to support individuals preparing for extreme environments. Designed at the intersection of functionality and resilience, the collection balances protective performance with freedom of movement — reimagining how apparel can respond to unpredictable and hazardous conditions.

The shell jacket utilizes 3-layer GORE-TEX® fabric to ensure maximum weather resistance in harsh climates, while panels of 500D Cordura® provide superior abrasion resistance during intense backpacking or field activity. Among its most innovative features is the integration of non-Newtonian impact padding at the elbows and upper back. These pads remain soft and flexible under normal conditions but instantly harden upon impact, absorbing shocks and protecting the wearer from injury.

The quarter-zip shirt incorporates anatomically mapped padded overlays — secondary fabric layers engineered to align with the body’s natural lines of motion. These structures add targeted abrasion resistance while enhancing comfort and mobility during high-intensity movement.

Continuing the theme of dynamic function, the pants feature high-elastane panels around the knee area to accommodate a full range of motion. These panels not only support flexibility but also aim to return a portion of the wearer’s kinetic energy, improving overall performance in demanding environments.