PTC Creo Complete Syllabus
Master parametric 3D modeling, assemblies, detailing, surface design, and sheet metal for product development and manufacturing.
Duration: 3-4 Months
80+ hours practical
Govt. Certificate
NSDC & ISO certified
Parametric Design
Feature-based modeling
Placement Support
Product design, manufacturing
🔧 Industry-Aligned Creo Syllabus
Designed for mechanical engineers, product designers, and manufacturing professionals
Introduction to Creo & Interface
- Creo Parametric interface & model tree
- File management & working directories
- Customizing ribbon & keyboard shortcuts
- 2D sketching: constraints, dimensions, geometry tools
- Understanding parametric & feature-based modeling
Part Modeling – Basic & Advanced Features
- Extrude, revolve, sweep, blend, helical sweep
- Rounds, chamfers, holes, ribs, shells, drafts
- Patterns (linear, circular, fill, table), mirror
- Datum features: planes, axes, points, coordinate systems
- Family tables & parametric relationships
Assemblies & Bottom-Up/Top-Down Design
- Adding components & constraints (mate, align, insert, orient)
- Connections: pin, slider, cylinder, planar, ball
- Bottom-up assembly workflow
- Top-down design with skeletons & publish geometry
- Interference detection & simplified representations
Drafting – 2D Drawings & Detailing
- Creating drawings from parts/assemblies
- Views: general, projection, section, detail, auxiliary
- Dimensions, tolerances, surface finish, weld symbols
- Bill of Materials (BOM) & balloons
- Title blocks & drawing templates
Surface Modeling (Style / ISDX)
- Creating surfaces: extrude, revolve, sweep, blend
- Surface operations: merge, trim, extend, intersect, solidify
- Boundary blend & style surfaces (curves, freestyle)
- Surface analysis: curvature, draft, reflection
- Surface to solid conversion & thickening
Sheet Metal Design
- Sheet metal environment & parameters
- Primary walls: extrude, flat, revolve, blend
- Secondary walls: flange, twist, extend, merge
- Bends, rips, punches, form features
- Unbend, bend back & flat pattern creation
Mechanism Design & Analysis (Bonus)
- Creating mechanisms with body definitions
- Servo motors & motion analysis
- Measuring forces, torque, velocity, acceleration
- Creating animations & trace curves
- Basic structural analysis with Creo Simulate
Live Capstone Project
- ✅ Complete part modeling of a mechanical component (e.g., piston, gearbox housing)
- ✅ Surface modeling of an ergonomic product (e.g., mouse, helmet)
- ✅ Assembly of a small mechanism (e.g., bench vice, gear train)
- ✅ Sheet metal enclosure design (e.g., electrical panel)
- ✅ 2D drawings with GD&T and BOM
- ✅ Portfolio-ready output & certificate evaluation
Why B Perfect for Creo?
✔️ Certified trainers with product design & manufacturing experience
✔️ Master modern Creo 10+ workflows with both parametric and freeform modeling techniques for flexible and efficient design creation.
✔️ Hands-on training centered on real-world mechanical systems and consumer product design projects to build practical industry skills.
✔️ Career support with placement opportunities in leading product design and engineering firms to help launch your professional journey.
Master Product Design with Creo
Limited seats per batch. Get certified & placed with B Perfect Institute.
📍 CIDCO, Chhatrapati Sambhajinagar | Also available online & weekend batches