Complete Tashvi AI Course Curriculum
Fully structured academic module blending AI, design thinking, and manufacturable outcomes for jewellery students.
How this curriculum fits seamlessly into ISGJ's existing AI-focused jewelry design programs
Already in ISGJ Curriculum
- ●Matrix CAD Training (Gemvision USA partner)
- ●Manual Sketching & 2D Design
- ●3D CAD Modeling using industry-standard software
- ●Market Trend Analysis
- ●Factory Visits & Industry Exposure
- ●Selling Techniques & Merchandising
- ●Technical Specifications for manufacturing
NEW with Tashvi AI
- +AI-Powered Rapid Ideation (10x faster concept generation)
- +Prompt Engineering for jewelry design
- +AI Trend Recognition & data-driven insights
- +Design Validation Before CAD (saves 40+ hours per project)
- +AI → CAD Workflow integration & handoff techniques
- +Moodboard-to-Design AI generation
- +Custom Personalization for e-commerce & online stores
The Complete Pipeline
ISGJ + Tashvi AI = Future-Ready Graduates
Complement to Matrix Training
- • Weeks 1-8: Run Tashvi AI module parallel to Matrix basics
- • Weeks 9-16: Students use AI for rapid concept generation, Matrix for technical refinement
- • Weeks 17-20: Final portfolio combines AI-generated concepts with Matrix 3D models
KEY BENEFIT
Students learn to generate 50+ design variations before investing time in CAD, dramatically improving design selection and selling techniques
Full Design Technology Stack
- • Semester 1: Manual sketching → Tashvi AI (40-hour module) → Digital design foundations
- • Semester 2: Advanced Matrix CAD + AI-to-CAD workflow mastery
- • Throughout: Apply AI design thinking during factory visits and industry projects
CAREER OUTCOME
Graduates emerge as AI-fluent CAD designers ready for roles as product development managers or AI-driven jewelry entrepreneurs
🔗 Technical Workflow Integration
Step 1: AI Ideation
Generate concepts in Tashvi AI using prompts, moodboards, and style controls
Step 2: CAD Refinement
Import selected designs into Matrix/Rhino for 3D modeling and technical specifications
Step 3: Production
Finalize manufacturable models with proper stone settings, dimensions, and material specs
Module Title
AI-Powered Jewellery Design — Tashvi AI (ISGJ Specialization)
Duration Options
- Short Track: 40 hours (8 weeks, 5 hours/week)
- Extended Track: 60 hours (12 weeks) + 20-hour lab/practicum
Prerequisites
- Basic sketching or silhouette design skills
- Familiarity with CAD (Matrix / Rhino) or concurrent enrollment in ISGJ's Matrix CAD training
- No prior AI experience required—perfect for ISGJ's AI-based jewelry design focus
- Access to ISGJ's CAD workstations for design handoff exercises
- Understand generative AI fundamentals and its relevance in jewellery design
- Write effective prompts to control shape, style, and variation
- Guide AI outputs using moodboards or image references
- Refine AI-generated designs through iteration and variation
- Convert AI designs into manufacturable CAD models
- Evaluate designs for wearability, budget, and technical feasibility
- Build a portfolio combining AI-generated and CAD-refined pieces
- Address ethical and IP-related issues surrounding AI-generated designs
| Session | Topic | Activity | Deliverable |
|---|---|---|---|
| 1 | Introduction to AI in Jewellery | Lecture + Demo | 3 quick AI concepts + reflection |
| 2 | Prompt Engineering | Hands-on prompt writing | Personal prompt library (10) |
| 3 | Moodboards & Image Inputs | Moodboard creation + AI testing | 2 moodboard-driven designs |
| 4 | Iteration Strategies | Refining, varying styles | 3 refined concepts |
| 5 | Manufacturability & Market Trends | Design for production + trend analysis | Spec sheet for one design with market positioning |
| 6 | Matrix CAD Integration | AI-to-Matrix workflow using ISGJ's Gemvision setup | Partial Matrix model or annotated CAD handoff |
| 7 | Ethics & IP | Discussion + policy | Originality statement + checklist |
| 8 | Capstone Project | Final presentation | 6-piece collection (AI + Matrix CAD) + portfolio |
- Generative collection design
- Cost-aware generation (material, stones)
- Industry briefs + manufacturer-friendly design
- Prototype collaboration
Hands-on exercises, practice briefs, and mini-projects for all skill levels