SEW 100: Course Overview
Welcome to the Stitch Lab! This course is designed to take high school students from sewing novices to confident, capable creators. Through hands-on projects, digital drafting, and foundational garment construction, students will build a professional portfolio of work while mastering the practical mechanics of machine sewing.
What We Will Accomplish
- Machine Mastery: Comprehensive understanding of sewing machine mechanics, maintenance, and troubleshooting.
- Garment Construction: Mastering fundamental stitches, seams, and finishing techniques for a professional look.
- Digital & Physical Drafting: Reading, modifying, and understanding pattern layouts.
- Design Portfolio: Building a digital archive of completed physical projects to showcase skills and progress.
Course Expectations & Structure
This is an asynchronous, self-paced course designed to fit seamlessly into your family’s educational schedule. Each module includes step-by-step video tutorials, downloadable resources, and hands-on project submissions that receive personalized feedback.
📦 Module 1: Textile Science & Ergonomics (Weeks 1–4)
Material morphology, workspace safety, and manual dexterity.
Lessons
Week 1: Studio Infrastructure & Safety Blueprint Week 4: Unit 1 Quality Assurance Audit Week 3: The Physics of Hand Assembly Week 2: The Geometry of Textiles📐 Module 2: The Motorized Interface & Linear Precision (Weeks 5–8)
Threading vectors, lockstitch dynamics, and linear edge tracking standards.
Lessons
Week 6: Seam Allowances & Perimeter Control Week 5: The Anatomy of the Lockstitch Week 7: Structural Intersect & Pressing Physics Week 8: Unit 2 Quality Assurance Audit🧵 Module 3: Pattern Architecture & Spatial Translation (Weeks 9–12)
Scaling math, pattern symbols, multi-size layouts, and non-linear crotch curve manipulation.
Lessons
Week 9: Deciphering the Blueprint Week 11: The Crotch Curve & Structural Axis Week 10: The Geometry of the Cut Week 12: Unit 3 Quality Assurance Audit🎓 Module 4: Fastener Engineering & Fluid Linings (Weeks 13–18)
Zipper foot variables, radiused tracks, multi-layer envelopes, and semester synthesis.