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 existing jewelry design and CAD programs
Your Existing Curriculum
- ●CAD Training (Matrix, Rhino, or similar)
- ●Manual Sketching & 2D Design
- ●3D CAD Modeling using industry-standard software
- ●Market Trend Analysis
- ●Industry Exposure & Practical Training
- ●Business & 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 Design Pipeline
Your Institution + Tashvi AI = Future-Ready Graduates
Complement to CAD Training
- • Weeks 1-8: Run Tashvi AI module parallel to CAD basics
- • Weeks 9-16: Students use AI for rapid concept generation, CAD for technical refinement
- • Weeks 17-20: Final portfolio combines AI-generated concepts with 3D CAD models
KEY BENEFIT
Students learn to generate 50+ design variations before investing time in CAD, dramatically improving design selection quality
Full Design Technology Stack
- • Semester 1: Manual sketching → Tashvi AI (40-hour module) → Digital design foundations
- • Semester 2: Advanced CAD + AI-to-CAD workflow mastery
- • Throughout: Apply AI design thinking during industry projects and internships
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
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 a CAD training program
- No prior AI experience required — designed for all skill levels
- Access to 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 | CAD Integration | AI-to-CAD workflow using Matrix/Rhino | Partial CAD 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