From garment sketch
to production-ready tech pack.

AutoStitch brings sketching, measurements, materials, and manufacturing details into one workspace, helping fashion designers turn ideas into clear production documents.

Winner · Georgia Tech CREATE-X Best Overall Capstone Project

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Project
Georgia Tech · Team project
Built for
Fashion designers and apparel manufacturers
Technology
React · Node.js · TypeScript · Electron

The problem

A tech pack tells a manufacturer how to make a garment, from sketches and measurements to fabrics and stitching. Designers often assemble it across Illustrator, spreadsheets, and PDFs, repeatedly entering information and measuring physical samples.

Our research with designers and manufacturers highlighted lengthy revisions, inconsistent documents, and a lack of reusable measurement records. Creating and revising a tech pack could take weeks or months.

The product

Our team built AutoStitch to connect design and documentation. Designers sketch garments with vector tools, extract measurements, choose fabrics, add annotations and construction details, and export a standardized PDF tech pack.

The application uses React with a Node.js and TypeScript backend, packaged with Electron for desktop use.

Learning from users

Testing involved three main partners, 12 SCAD students, and five freelance designers. Their feedback shaped the product: annotations, fabric textures, and stitching details were implemented, while requests to adjust measurements before export informed the review flow.

The team’s testing summary reported that 70% of testers experienced significant time savings. These conversations and tests helped us prioritize the details designers need to communicate clearly with manufacturers.

±1 mmMeasurement accuracy
<100 msTech pack generation
54–62 FPSSketching performance

Results reported in the team’s project testing.

Inside AutoStitch

From the design canvas to the manufacturing handoff.