3D DRAWING – spatial modeling

Program participants will gain and/or improve their 3D spatial modeling competencies to help them track the evolution of fast-changing 3D modeling technology, work with databases, and improve spatial performance.

They will use CREO Parametric or SolidWorks!

Program Content:

  • Creation of different 3D computer models using different software package features,
  • Production of smaller and larger (more complex) assemblies into assembly,
  • Preparation of technical documentation from the 3D model or 3D composition (workshop drawings, component drawings, bills of lading),
  • Working in compliance with technical drawing regulations,
  • Working with databases (standard elements library),
  • Health protection while sitting behind a computer,
  • Independent work of the participants in the training on practical examples

The program covers 50 hours, namely:

  • Theoretical part: 4 hours
  • Practical part: 46 hours

The program is intended for employees

  • working in companies where 3D modeling is strongly linked and intertwined with the work in the company itself (toolboxes, business development departments, etc.),
  • persons without professional or professional education in mechanical engineering,
  • peope with an education that is no longer appropriate due to restructuring and long-term developmental projections and requires upgrading the knowledge related to working alone with a computer and with parts related to spatial modeling.

ADVANCED WORK ON 3-AXIS OR 5-AXIS CNC (manual programming)

The program participants will acquire and / or improve competencies in the CNC machining service field, which will help them to follow the development of technologies, materials and tools, thereby improving the efficiency and quality of their work.

Program contents:

  • an overview of the tools used,
  • machine maintenance,
  • getting to know the CNC machine controller,
  • workpiece clamping and centering,
  • calibration of workpiece machining tools,
  • drilling, milling,
  • tolerance dimensions,
  • measuring tolerances,
  • removing the workpiece from the machine and cleaning it.

The program covers 70 hours, namely:

  • theoretical part: 4 hours,
  • practical part: 66 hours

The program is intended for:

  • employees having basic knowledge of CNC machining,
  • people with an education that is no longer appropriate due to restructuring and long-term development projections.

CAD/CAM PREPARING TREATMENT STRATEGIES (machine programming)

The program participants will acquire and/or improve competencies in the CNC machining service field, which will help them to follow the development of technologies, materials and tools, thereby improving the efficiency and quality of their work.

Program contents:

  • preparation of workplace and work tools,
  • designing and drawing simple contours and programming a CNC machine,
  • use of CAD data viewers and NC programs,
  • learning about the importance of the toolbox in CAM databases,
  • design of 2D processing in CAD CAM environment,
  • design of 3D processing in CAD CAM environment,
  • participation in a group.

The program covers 50 hours, namely:

  • theoretical part: 36 hours,
  • practical part: 14 hours.

The program is intended for:

  • employees working in CNC machining activities,
  • people with an education that is no longer appropriate due to restructuring and long-term development projections.

MEASUREMENTS IN TECHNOLOGY AND TECHNICAL DRAWING

The participants in the program will acquire and improve their competences in the field of mechanical engineering, especially in the use of plans and tolerances and measurements in mechanical engineering, thus improving the efficiency and quality of their work.

Program contents:

  • basics of technical drawing,
  • surface quality,
  • measurements and dimension control,
  • machine elements

Program obsega 50 ur in sicer:

  • theoretical part: 40 hours,
  • practical part: 10 hours.

The program is intended for:

  • employees working in tooling, maintenance, welding, etc.,
  • people without professional or professional education,
  • people with an education that is no longer appropriate due to restructuring and long-term development projections.

 

GERMAN FOR MECHANICAL ENGINEERING

Program participants acquire authentic language and vocabulary. In doing so, they acquire the competence to sell and present products or services in German.

Program contents:

  • strengthening basic grammatical competences, especially through communication.
  • professional vocabulary.
  • the basics of correct pronunciation.
  • business communication in German.
  • basics of sales strategies in the German market.
  • gaining confidence when communicating with a native speaker

The program covers 50 hours, namely:

  • theoretical part: 10 hours
  • practical part: 40 hours

The program is intended for:

  • employees in the metal industry who, due to the nature of the work, need to know professional terminology in German and develop sovereign communication skills.