Mastercam CAM training introduces the software workflows used to create accurate CNC toolpaths for machining operations. The course focuses on translating part geometry into programmed tool movement, selecting machining strategies, defining tools and cutting parameters, and preparing output for CNC machines. Learn the practical foundations of CAD/CAM setup, 2D and 3D toolpath creation, drilling cycles, contouring, pocketing, simulation, verification, and post-processing for production-oriented CNC programming.
This Pro E and Creo training page focuses on building parametric 3D models for engineering design. Explore sketching, part modelling, assemblies, drawings, surface features and design changes within Creo’s CAD environment. The subject also introduces product-development workflows connected to PLM, helping learners understand how design data, revisions and component relationships are managed across mechanical projects.
NX CAM explores Siemens CNC programming for turning design data into precise machining instructions. The course focuses on creating toolpaths, selecting cutting tools, setting machining parameters, simulating operations, and generating NC code for CNC machines. Learners work with core CAM workflows used for milling, drilling, and multi-axis manufacturing, building practical understanding of how digital part models move through production.
Google SketchUp Training introduces the tools and modeling methods used to build clear, editable 3D designs for architectural spaces. Learn to create precise geometry, develop building forms, organize components and groups, apply materials, work with scenes, and present design concepts from multiple viewpoints. This 3D design course focuses on translating plans and ideas into practical SketchUp models for interiors, exteriors, layouts, and visualization workflows.
Rhinoceros 3D Training introduces the Rhino software workflow for creating accurate curves, surfaces, and solid models. Explore 3D modeling techniques used to develop product concepts, architectural forms, and detailed design geometry, from drafting and editing curves to constructing complex surfaces. The course focuses on the precision tools and design skills needed to build, refine, and present adaptable 3D models.