Mold Design Diploma (Core/Cavity Extraction)
The demand for skilled Mold Design Engineers is rapidly increasing across plastic, injection molding, and die-casting industries.
Our Mold Design Diploma (Core/Cavity Extraction) program is designed for students and professionals who want to master parting line creation, parting surface development, and core–cavity extraction through a practical, industry-focused approach.
This course takes you from product analysis to complete mold core/cavity generation using professional CAD tools used in the real world.
Course Highlights
Complete Mold Design Diploma focused on Core & Cavity Extraction
Practical training using industry-standard CAD software
Learn the full workflow: Part → Parting Line → Parting Surface → Core & Cavity
Real product-based practice and assignments
Understanding of DFM (Design for Manufacturing) considerations
Guided final project to build a professional mold design portfolio
Interview preparation support for design-job roles
Who Should Enroll?
This course is ideal for:
Students from Mechanical, Production, Automobile, or Tool & Die Engineering
Fresh graduates planning to build a career in design engineering
CAD learners who want to specialize in mold design
Working professionals looking to upgrade skills or switch to the mold/tooling domain
🕒 Course Duration
Duration: 6 to 8 Months (Flexible Batch Options)
Mode: Classroom / Online / Hybrid
Training Hours: 200+ Hours including Projects & Assessments
Detailed Curriculum
| Module No. | Module Name | Topics Covered | Key Outcomes |
|---|---|---|---|
| 1 | Introduction to Injection Molding | Basics of Molding, Mold Types, Mold Components, Material Behavior | Strong understanding of mold design fundamentals |
| 2 | Product Study & Draft Analysis | Draft Analysis, Thickness Analysis, Identifying Undercuts, Part Orientation | Ability to evaluate any component for mold development |
| 3 | Parting Line & Parting Surface Design | Determining Parting Direction, Creating Parting Lines, Building Parting Surfaces | Skills to develop clean & accurate parting lines/surfaces |
| 4 | Core & Cavity Design Concepts | Core/Cavity Theory, Shrinkage, Allowances, Mold Block Basics | Understanding of industrial core–cavity design workflow |
| 5 | Core & Cavity Extraction (CAD Practical) | Split Feature, Mold Tools Workspace, Block Creation, Fixing Surface Errors | Ability to extract core & cavity using professional CAD tools |
| 6 | Mold Layout Overview | Runners, Gates, Sprue Basics, Ejection System Overview, Cooling Concepts | Knowledge of complete mold structure & functional elements |
| 7 | Design for Manufacturing & Mold Defects | DFM Guidelines, Common Defects (Flash, Sink, Warpage), Preventive Measures | Skills to design molds with fewer defects & higher manufacturability |
| 8 | Final Core–Cavity Project | Full Core & Cavity Extraction of a Real Product, Documentation | Hands-on portfolio project demonstrating complete mold workflow |
Career Opportunities
After completing the Mold Design Diploma, students can build successful careers in roles such as:
Mold Design Engineer
Injection Mold Designer
Tool & Die Designer
CAD Design Engineer (Tooling Domain)
Product & Tooling Design Engineer
Plastic Component Designer
Manufacturing & Tool Room Engineer
Quality Control Engineer
CAD/CAM Engineer
Junior Mechanical Design Engineer
SolidWorks Mold Tools | Creo Mold Design | Siemens NX Mold Wizard | CATIA Core & Cavity Design | AutoCAD (for basic drawings)
Industries Hiring
Plastic Injection Molding Companies | Tooling & Mold Manufacturing Units | Automotive Component Manufacturers | Consumer Electronics & Appliance Companies | Medical Device Manufacturing | Industrial Product Manufacturers | Product Design & Engineering Service Firms | Tool Rooms & Die Manufacturing Industries | Global OEM & Tier-1 Suppliers | Packaging & Household Product Manufacturers
- CADD DESIGN COURSE
CAD Mechanical
Solidworks Premium / Pro PTC Creo
D’s CATIA (PLM & Reverse Engineering)
Siemens Solidedge
Siemens NX – CADD (Unigraphics)
GD&T (ASME Y14.5 -ISO 9000: 2861/II)
Mechanical Draftsman - CAE SOFTWARES
Ansys Workbench
Ansys Fluent (CFD)
Hypermesh
3. CAM (Manual/Automatic)
MasterCAM (3 axis, 4 axis and 5 axis)
DelICAM (3 axis, 4 axis and 5 axis)
ArtCAM
WorkNC
Mill 3D
HVAC
Electrical
PlumbingÂ
Fire Fighting
3 Axis
4 Axis
5 Axis
- CADD DESIGN COURSE
CAD Civil (2D & 3D)
Revit Architecture
Revit Structure (steel and concrete)
Tekla Structure (steel and concrete)
Civil 3D (Road Design & Highway Engineering)
MX Road
Vastu shastra - Structural Engineering Softwares
Bentley Staad Pro.
Etabs (Building analysis and design)
CADD Electrical Advance 2D-3D
Eplan P8 Electric
Eplan P8 Pro-Panel
Etap Revit Electrical (LV SYSTEM)
Mechanical Civil Draftsman
Civil Draftsman
HVAC Draftsman
Primavera Professional
MS Project
PMP
CAD Interior
3ds Max
Sketchup Pro
V-Ray for 3ds Max
V-Ray for Sketchup Lumion
Rhino – Rhinoceros 3D Enscape
Chaos Corona
Matrix CAD
Blender CAD
Rhino – Rhinoceros 3D CAD
CAD
ArchiCAD
Revit Architecture
Revit Structure
Revit Steel Structure
Tekla Structures
Navisworks Estimator Revit MEP
BIM (LOD) 100, 200, 300, 350, 400, 500
Solidworks
Nx(Unigraphic)
Master Diploma in Architectural Design
Master Diploma in Building Design
Master Diploma in Interior Design
Master Diploma in BIM
Professional Diploma in Architectural Design
Professional Diploma in Building Design
Professional Diploma in Interior Design
Professional Diploma in BIM
Master Diploma in Product Design
Master Diploma in MEP Design
Professional Diploma in Product Design & Analysis
Professional Diploma in Product Design
Executive Diploma in Product Design
Executive Diploma in Architectural Design
Executive Diploma in BIM
Executive Diploma in Structural Design