MIGUEL ALTUNA- CAM NX (2 1/2 AND 3 AXIS MILLING MACHINE): Learning outcome 2
Organize and manage the operation navigator, and perform the necessary steps for the correct configuration of the manufacturing process.
MIGUEL ALTUNA- CAM NX (2 1/2 AND 3 AXIS MILLING MACHINE): Learning outcome 3
Develop CNC programs to produce mechanical manufacturing products, based on the manufacturing process and technical information or a digital file containing the product’s graphic data.
MIGUEL ALTUNA- 3D VERIFICATION. M-COSMOS: Learning outcome 1
Ability to use M-Cosmos for 3D verification and measurement tasks on CMM machines.
MIGUEL ALTUNA- 3D VERIFICATION. M-COSMOS: Learning outcome 2
Capability to create and execute measurement programs for verifying the dimensional accuracy of parts.
DHBW – Mechanical engineering: Learning outcome 1
Die Studierenden verstehen die physikalischen Grundprinzipien der Technischen Mechanik und können diese im Rahmen der Konstruktion von Maschinenteilen anwenden. Sie verstehen die Gleichgewichtsbedingungen der Statik und können diese auf verschiedene […]
3D Modeling with the CREO Parametric Software Package: Learning outcome 1
– understands how to create various 3D computer models using different functions of the software package, – is able to create both smaller and more complex assemblies, – knows how […]
CNC Machine Operator: Learning outcome 1
– knows how to operate and program CNC (Computer Numerical Control) machines for shaping metal components – understands the basics of CNC machine operation, – knows how to select tools […]
Computer-Aided Manufacturing: Simulation and test run of selected programs.
Students will be able to understand and perform simulations and test runs of selected programs within the context of computer-aided manufacturing (CAM) and CNC machining. They will learn to use […]
Computer-Aided Manufacturing: Preparation of selected computer-controlled equipment for easier processing or production.
Students will be able to understand and perform the preparation of selected computer-controlled equipment to facilitate easier processing or production. They will learn to set up, calibrate, and configure equipment […]
Computer-Aided Manufacturing: Interpretation of manufacturing documents for control systems and their transfer to current equipment.
Students will be able to understand and interpret manufacturing documents related to control systems and effectively transfer this information to current equipment. They will learn to read and analyze technical […]
