Training Schedule

For new users who need to quickly become proficient in all core aspects of using Creo, including part modelling, assembly design and detail drawing. Ideal for anyone new to 3D modelling.

For new users who need to quickly become proficient in all core aspects of using Creo, including part modelling, assembly design and detail drawing. Ideal for anyone new to 3D modelling.

For users that need to quickly become proficient in all core aspects of using Creo, including, part modelling, assembly design and detail drawing. Ideal for those with experience in other 3D CAD systems who are starting to use Creo Parametric.

For users that need to quickly become proficient in all core aspects of using Creo, including, part modelling, assembly design and detail drawing. Ideal for those with experience in other 3D CAD systems who are starting to use Creo Parametric.

Covers the new features and functionality in Creo Parametric

Covers the new features and functionality in Creo Parametric

Learn how to combine the suite of parametric surfacing tools with regular solid models as well as understanding how to analyse and interpret surface quality and continuity.

This course explores how to use advanced part modelling techniques, extending the knowledge required to design and parametrically control complex geometry. It will provide a significantly enhanced toolkit of options to further exploit design and modelling techniques further to introductory training.

This Intermediate course bridges the gap for all competent users who want to enhance their efficiency and understand all the other assembly tools which are still available without AAX

Learn how to use Advanced Assembly Extension (AAX) functionality to enable and provide assembly Top-Down-Design Schemes using various tools as well as considering further aspects of data sharing within an assembly.

Learn how to create Sheetmetal parts using the suite of specific Creo Sheetmetal features.

Further enhance your surfacing knowledge with Style Interactive Surface Design. Construct and manipulate spline curves and surfaces with many options for controlling quality and shape. Style curves can be controlled with positional dimensions or be freeform. Style surfaces can be readily used and combined with regular parametric curves and surfaces.

Learn how to use model-based definition (MBD) to define models. With MBD all the necessary information to manufacture and inspect the product is captured within the 3D CAD model.

Learn how to develop 3D routing methods to generate full harnesses and flattened harness documented drawings.

Learn how route 3D flexible and rigid pipes including fittings and library parts.

The course includes configuring tools, fixtures and machining operations as well as learning how to create milling sequences, hole-making sequences and post process cutter location data to create machine code.

Learn how to create animations in Creo.

Learn how to create schematic diagrams using Creo Parametric for both Electrical harness creation and piping layouts

This course is designed for users of Creo who want to enhance their product design with simulation and analysis to reduce costly physical prototyping. All whilst using the Ansys flagship solver without leaving the Creo Environment

This course is designed for new users who want to enhance their product design with simulation and analysis to reduce costly physical prototyping while increasing the products durability, reliability and safety.

This course is designed for Creo users who want to incorporate the use of simulation early in their design cycle through the power of GPU solving. Delegates will be introduced to performing studies in Creo Simulation Live covering structural, fluid, thermal and modal physics. Course content is flexible to suit your simulation requirements with time set aside to discuss specific needs and potential applications.

This course is designed for Creo users who want to quickly evaluate the fluid flow and heat transfer characteristics of their design, allowing for issues to be identified and optimisations to be made earlier in the design cycle.

Generative Topology Optimisation optimises the distribution of material within a defined domain, giving you a design that reduces excess material without sacrificing strength. Driving the creation of lighter and less expensive parts. Designs can be generated that are suitable for traditional manufacturing processes like casting and machining as well as for additive manufacturing.

This course is designed for Creo users who want to quickly assess the mouldability and quality of their designs, discovering opportunities for improvement and driving better results earlier in the design process.

This is an introduction for Light Users of Windchill who need to find and display information.

For new users who want to learn how to manage Creo data in Windchill.

The essential course for individuals responsible for the day-to-day management and maintenance of the Windchill system who need to manage users, groups, basic system configurations, and data organisation within Windchill.

This training provides a comprehensive understanding of how to manage engineering changes within the Windchill environment. The training is specifically designed for individuals involved in initiating, approving, and implementing product changes.

This training course is primarily aimed at individuals who are responsible for creating, managing and maintaining the engineering definition and structure of a product within Windchill.

This training course is designed for individuals responsible for creating and managing the Manufacturing Bill of Materials (mBOM)