Creo, developed by PTC (Parametric Technology Corporation), is a powerful and flexible 3D CAD software suite designed for product development. It provides parametric and direct modeling tools, simulation, generative design, and advanced manufacturing capabilities. Creo is widely used in industries such as aerospace, automotive, electronics, industrial machinery, and medical devices for creating innovative, high-quality products.
Industry-Proven Tool – Trusted by top engineering companies worldwide.
Advanced Capabilities – Offers parametric + direct modeling, generative design, and simulation in one platform.
Future-Ready – Integrated with emerging technologies like AR (Augmented Reality), additive manufacturing, and IoT.
Scalable – Suitable for students, small teams, and large enterprises alike
Career Growth – In-demand skill with recognition across industries.
3D Parametric Modeling – Build precise parts and assemblies with design intent.
Direct Modeling – Edit geometry flexibly without constraints.
Generative Design – AI-driven optimization for lightweight, efficient designs.
Simulation & Analysis – Structural, thermal, modal, and motion studies.
Sheet Metal & Weldments – Design fabrication-ready sheet metal parts and structures.
Surface Modeling – Create complex freeform surfaces.
Additive Manufacturing – Tools for 3D printing and advanced manufacturing.
PDM Integration (Windchill) – Manage data and collaborate seamlessly.
Design of vehicle components, chassis, interiors, and exterior surfaces.
Simulation for durability, crash safety, and motion studies.
Development of lightweight structures, wings, and fuselage assemblies.
Stress, thermal, and vibration analysis for performance and safety.
Robotics, automation systems, and heavy machinery design.
Sheet metal, weldments, and tooling for manufacturing.
Ergonomic surface modeling for gadgets, appliances, and packaging.
Miniaturized parts and assemblies for electronics.
Precise modeling of surgical tools, prosthetics, and medical equipment.
Validation of performance through simulation and generative design.
Integrated CAM tools for CNC machining.
Additive manufacturing workflows for 3D printing and prototyping.
Augmented Reality (AR) for design visualization and collaboration.
Integration with IoT (ThingWorx) for smart, connected product design.
By the end of learning SolidWorks, learners will be able to:
Create and constrain 2D sketches with dimensions, relations, and reference geometry.
Develop 3D parts and features using parametric modeling tools such as extrude, revolve, sweep, and blend.
Apply direct modeling techniques to modify designs quickly and flexibly.
Construct sheet metal components with bends, flanges, forms, and generate flat patterns for fabrication.
Design weldments and structural frames using profiles and joints.
Use surface modeling tools to build complex freeform geometries.
Assemble multiple components with constraints, motion analysis, and interference checks.
Generate detailed 2D engineering drawings including dimensions, GD&T, BOM, and annotations.
Perform basic simulation and analysis (stress, thermal, and motion) to validate product performance.
Export and prepare models for manufacturing, CNC machining, and additive manufacturing (3D printing).
Apply professional engineering practices and gain readiness for Creo certification and industry roles.
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2nd Floor, Office No: 196 & 197,
Arcot Road, Vadapalani,
Chennai - 600026.
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