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We offer both standard and customer specific training for all our products.
Contact us today for a quote info@kaizenplm.ie
Typical training courses include:
CAD - Solid Edge Fundamentals
This course covers;
Sketching.
Constructing base features.
Moving model faces.
Working with face features.
Constructing treatment features.
Constructing functioning features.
Synchronous and ordered features.
Modelling assemblies.
Creating detailed drawings.
Sketching.
Constructing base features.
Moving model faces.
Working with face features.
Constructing treatment features.
Constructing functioning features.
Synchronous and ordered features.
Modelling assemblies.
Creating detailed drawings.
CAD - NX CAD - Basic Design
This starter course covers;
Opening and working with parts.
NX interface.
Creating sketches, sweeps, datums, holes, blends.
Working with large assemblies.
Creating simple drawings.
Ribbon bar, roles, CYS, solid and basic surface modelling.
Opening and working with parts.
NX interface.
Creating sketches, sweeps, datums, holes, blends.
Working with large assemblies.
Creating simple drawings.
Ribbon bar, roles, CYS, solid and basic surface modelling.
CAD - NX CAD - Experienced users
This course covers;
Advanced solid modelling.
Creating and editing geometric relationships with formulas.
Modifying faces on bodies.
Advanced assembly modelling.
Building geometric relationships with and without equations.
Revising and replaving parts in an assembly.
Custom roles.
Basic freeform.
Reuse library.
Advanced solid modelling.
Creating and editing geometric relationships with formulas.
Modifying faces on bodies.
Advanced assembly modelling.
Building geometric relationships with and without equations.
Revising and replaving parts in an assembly.
Custom roles.
Basic freeform.
Reuse library.
CAD - NX CAD Freeform Modelling
This course covers;
Introduction to freeform modelling.
Editing Splines.
Curve Analysis.
Primary sheets and bodies.
Transitions.
Face analysis.
Working with sheets.
Law Functions.
Introduction to freeform modelling.
Editing Splines.
Curve Analysis.
Primary sheets and bodies.
Transitions.
Face analysis.
Working with sheets.
Law Functions.
Simcenter Motion
This course covers;
Motion bodies and joints.
Specialised constraints.
Submechanisms.
Motion Drivers.
Working with results and assemblies.
Springs, dampers, forces and shocks.
3D analytical contact, joint friction, bushings.
Load transfer, tire analysis and co-simulation.
Motion bodies and joints.
Specialised constraints.
Submechanisms.
Motion Drivers.
Working with results and assemblies.
Springs, dampers, forces and shocks.
3D analytical contact, joint friction, bushings.
Load transfer, tire analysis and co-simulation.
Virtual Commissioning
This course covers;
Introduction to physics engine and rigid bodies, collision bodies.
Transport surfaces and sensors.
Creating joints and controls.
Creating sequences and
CAM profiles, Material flow.
Creating Projects in TIA portal.
Signal mapping to NX MCD.
Coupling to PLCSIM advanced.
Simit unit coupling for HIL.
Introduction to physics engine and rigid bodies, collision bodies.
Transport surfaces and sensors.
Creating joints and controls.
Creating sequences and
CAM profiles, Material flow.
Creating Projects in TIA portal.
Signal mapping to NX MCD.
Coupling to PLCSIM advanced.
Simit unit coupling for HIL.
CAM - NX CAM
This course covers;
Managing NX program data.
Create manufacturing setup.
Examine a manufacturing part.
Cavity milling.
Visualise tool paths.
Planar milling and hole making.
Fixed axis contouring.
Machining Options.
Feature based machining and efficiency options.
Complex machining.
Manufacturing
Customisation.
Managing NX program data.
Create manufacturing setup.
Examine a manufacturing part.
Cavity milling.
Visualise tool paths.
Planar milling and hole making.
Fixed axis contouring.
Machining Options.
Feature based machining and efficiency options.
Complex machining.
Manufacturing
Customisation.
Build Process Simulation
This course includes;
Additive manufacturing build process simulation calibration.
Configuration of custom machine volumes.
Assigning supports, generating simulation supports.
Creating global settings and FEM preparation.
Understanding process and material parameters.
Perform slicing.
Simulation solving, model compensation and results analysis.
Additive manufacturing build process simulation calibration.
Configuration of custom machine volumes.
Assigning supports, generating simulation supports.
Creating global settings and FEM preparation.
Understanding process and material parameters.
Perform slicing.
Simulation solving, model compensation and results analysis.
NX Additive Manufacturing
This course covers;
AM tradeoffs and strategy
Modelling techniques for AM.
Designing with lattice.
Designing with scanned geometry.
Generative Design and topology optimisation.
Fixed plane and MJF build prep overview.
Additive design checks.
Modelling with Realize shape.
AM tradeoffs and strategy
Modelling techniques for AM.
Designing with lattice.
Designing with scanned geometry.
Generative Design and topology optimisation.
Fixed plane and MJF build prep overview.
Additive design checks.
Modelling with Realize shape.
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