From parametric part design and assembly modelling to sheet metal, surfacing, and CNC machining — master PTC Creo Parametric (formerly Pro/ENGINEER), the mechanical engineering CAD platform used by product designers and manufacturers worldwide for over three decades.
From parametric part and assembly design to sheet metal, surface modelling, FEA simulation, and NC manufacturing.
Master Creo Parametric's complete engineering workflow — intent-driven parametric part creation, constraint-based assembly modelling with mechanism simulation, sheet metal forming and flat pattern development, ISDX advanced surfacing, Creo Simulate for FEA stress analysis, and NC tool-path generation for CNC manufacturing used by PTC's global manufacturing base including Caterpillar, John Deere, and Tata Motors.
Feature-based modelling where design intent is captured through parent-child relationships, constraints, and dimensions.
Bottom-up and top-down assemblies with mate, align, insert, and tangent constraints; interference detection and explode views.
Walls, bends, notches, form tools, and flat pattern development with K-factor and bend deduction calculations.
Static, modal, and buckling analysis; mesh control; von Mises stress, displacement, and safety factor results on 3D models.
Tool paths: milling, turning, drilling operations; material removal simulation and CL data / G-code output for CNC machines.
Automated 2D drawings with orthographic and section views, GD&T callouts, BOM tables, and revision management.
Creo's deep integration with Windchill PLM for data management, and advanced modules for kinematics, Class A surfacing, and topology optimisation make it the complete design-to-manufacture solution for mechanical engineering.
PTC Creo (formerly Pro/ENGINEER) pioneered parametric CAD in 1988 and remains the benchmark for mechanical design intent, simulation, and manufacturing integration.
Creo's parent-child constraint system captures design intent so precisely that changing one dimension propagates correctly through assemblies of thousands of parts.
Creo Simulate, NC manufacturing, and Windchill PDM provide a continuous pipeline from design intent through FEA validation to machined part and PLM release.
Part Design, Assembly, Sheet Metal, Surfacing, Mechanism, FEA, and NC Machining — every mechanical engineering workflow in one unified environment.
John Deere, Caterpillar, Tata Motors, Mahindra, HAL, and hundreds of precision engineering companies in India and globally use Creo as their primary CAD platform.
Creo's parametric logic, once mastered, transfers to CATIA and SolidWorks. Learning Creo unlocks the widest range of mechanical engineering roles in India.
From part design fundamentals to assembly, sheet metal, mechanism, FEA simulation, and NC manufacturing.
Flexible pricing for video, live, and blended modes — reply within 24 hours.
Creo Parametric engineers are employed across industrial equipment, automotive, defence, and consumer product manufacturing in India and globally.
Join mechanical engineers and product designers who use PTC Creo to design the machines, vehicles, and products that drive global industry.