Senior Technical Designer - Denim
Reformation
Los Angeles, CAOn-siteTechnical Design
Who We Are:Being naked is the #1 most sustainable option. We're #2.Since 2009, we've been on a mission to bring sustainable fashion to everyone. Named one of Fast Company’s Brands That Matter and winning a Best Carbon Footprint award, we have big goals like being Climate Positive by 2025, Circular by 2030, and pushing the whole industry forward along the way. Our work has gotten love in Drapers and Sourcing Journal, and TIME wrote about how great our CEO, Hali Borenstein, is. Basically, we're saving the Earth and looking damn good doing it.We're a global brand with 50+ stores (and counting) around the world, and our own sustainable factory in LA. We innovate across categories like accessories, swimwear, and sleepwear, and we reach millions of people with campaigns like this, this and this.None of this work is possible without the incredible people behind it. We're a mission-based company that invests in an inclusive culture, so we can innovate together and ensure everyone has the space to grow, thrive, and belong.And starting right now, we want to do all that with you.Work Location/ Schedule: 5 days in office, full-time M-F in Vernon, Los AngelesThe Role:As our Senior Technical Designer for Denim, you’ll own the full product journey from concept through final production. With extensive experience in fast-paced, high-growth environments, You’ll drive fit, construction, and quality from concept to final production, effectively collaborating with cross-functional teams to set the standard for premium apparel, ensuring every garment meets our exacting standards of fit, construction, and quality.What You’ll Do: Create and manage garment specifications and standards within Product Lifecycle Management (PLM) system for designated product categories.Oversee the product journey from the concept stage (initial style development) to the final production approval. This includes developing garment fit, construction, grading, and trim using tech packs, flat patterns, and fit comm