Apparel Technical Designer: Fit, Tech Packs & Production

BayOne Solutions; San Francisco (CA); On-site; USD 70,000 - 100,000; Full time

Job summary

BayOne Solutions is seeking a hands-on Technical Designer in San Francisco to translate garment designs into production-ready standards. You will lead fit sessions, develop and manage Tech Packs, and coordinate with vendors and factories to ensure on-brand fit and quality.

You will work closely with Design, Product Development, Merchandising, Sourcing, and Quality teams to resolve technical and production issues and to optimize sizing, fabric behavior, and construction methods.

Qualifications

• Strong knowledge of garment construction and sewing techniques.
• Experience with fit evaluation, garment alterations, and grading.
• Experience creating and managing Tech Packs with measurements and construction details.

Responsibilities

• Manage garment fit, construction, and quality across products and sizes.
• Create and maintain Tech Packs with measurements, construction details, stitching, trims, and sewing requirements.
• Lead fit sessions with fit models and identify issues.
• Review samples and approve before production.
• Ensure garments meet brand fit and construction standards.
• Collaborate with Design, Product Development, Merchandising, Sourcing, and Vendors.

Skills

garment construction

fit evaluation

garment alterations

patternmaking

grading

Tech Packs

communication

vendor coordination

problem solving

attention to detail

Tools

Centric PLM

FlexPLM

CLO 3D

Optitex

Lectra

Job description

BayOne Solutions is seeking a hands-on Technical Designer in San Francisco to translate garment designs into production-ready standards. You will lead fit sessions, develop and manage Tech Packs, and coordinate with vendors and factories to ensure on-brand fit and quality.

You will work closely with Design, Product Development, Merchandising, Sourcing, and Quality teams to resolve technical and production issues and to optimize sizing, fabric behavior, and construction methods.