Ing. Aleš Prokop, Ph.D.

Institute of Automotive Engineering

Basic knowledge of technical drawing and the ability to design work, as well as an elementary ability to understand the spatial structure of visualized 3D objects.

The course-unit credit award is conditional on active participation in the exercises, where the ability to design work in the Creo Parametric software is continuously checked.

Attendance in exercises is compulsory, participation is checked by the teacher. The form of replacement of missed lessons is solved individually with the lecturer or with the guarantor.

Czech

The aim of the course is to acquaint students with the approach to modeling in the basic modules of the Creo Parametric software.

The graduate of the course is able to implement his technical skills through the Creo Parametric software and is able to choose the optimal modeling procedure according to the established rules.

The graduate will gain practical experience in tasks in the field of reverse engineering (3D scanning of a specific component and subsequent processing of the geometry) and will thus be able to choose a strategically appropriate and effective approach.

Programme N-AAE-P: Advanced Automotiv Engineering, Master's
branch ---: no specialisation, 2 credits, elective

26 hours, compulsory

Ing. Václav Otipka, Ph.D.
Ing. Aleš Prokop, Ph.D.
Ing. Pavel Ramík

1. Introduction to the Creo Parametric environment, a strategy for creating 3D models


2. Sketchcher


3. Solid modeling


4. Surface modeling


5. Reverse engineering – 3D scanning equipment, preparation and calibration, scanning strategy


6. Reverse engineering – the practical process of scanning a structural part


7. Reverse engineering – processing of scanned data, control of dimensions, identification of deviations from the desired shape


8. Reverse engineering – reconstruction of scanned data in the Creo Parametric environment


9. Reverse engineering – reconstruction of scanned data in the Creo Parametric environment


10. Possibilities of implementing the reconstructed model into structural models


11. Analyzes


12. Possibilities of data presentation and export, connectivity with other software


13. Production of a prototype of the reconstructed model – 3D printing