Czech

7

doc. Ing. Jan Brandejs, CSc.

Institute of Machine and Industrial Design

Students will gain an overview of the CAD systems and get experience with programs AutoCAD and Inventor. They become familiar with the creation of parts and assemblies, adaptivity, parameter setting, volume and surface modelling and drafting. They will apply practically the acquired knowledge within the individually defined machine design task with the possibility to apply his / her original solution to the problem.

The knowledge of the appurtenances of component drawings and assembly units.

The course is taught through exercises which are focused on practical topics presented in lectures.

Graded course-unit credit requirements: attendance at seminars and evaluation of the semester project (max. 100 points). Final classification according to ECTS.

Aim of the course is a synthesis of partial knowledge acquired in previous mechanical design courses and practical application of CAD graphic systems within the design of the structural unit. Students elaborate a complex project with full support of CAD programs.

Attendance at seminars is required and controlled. Maximum of two authorized absences without compensation of lesson are tolerated.

Programme B3S-P: Engineering, Bachelor's
branch B-SSZ: Machine and Equipment Construction, compulsory

52 hours, compulsory

Ing. Vladimír Čudek, Ph.D.
Ing. Jan Suchý, Ph.D.
Ing. Martin Valena, Ph.D.
Ing. František Vlašic, Ph.D.

1. General division of CAD systems, Classification of CADs. Rapid Prototyping. Stereolitografy. Simulation of production. – basics of design methodology, algorithm design task solution.
2. Autocad – review and completion commands. Design task allocation, division into stages, terms, collection of information, preliminary solution of calculation.
3. Autocad – review and completion commands, 1st stage of solution (checking calculation, proposal drawing, evaluation).
4. Inventor – setting and sketch, pattern, sketching, dimensioning, parameter and adaptation setting, 2D bonds, geometry projection, shifting, 1st stage of solution (checking calculation, proposal drawing, evaluation).
5. Inventor – 3D geometry creation, round-up, edges cutting, rotation, mirror reflection, fields, 2D formation, shell and hole, pattering. 1st stage of solution (checking calculation, proposal drawing, evaluation).
6. Inventor – creation of assemblies, assembly welds adaptivity. 2nd stage of solution (drawing of elements, evaluation).
7. Inventor – metal sheet I (styles, area, profile bending, cutting off). 2nd stage of solution (drawing of elements, evaluation).
8. Inventor – metal sheet II (flange, border, bending, corner cutting off, corner cutting, unfolding, hole). 2nd stage of solution (drawing of elements, evaluation).
9. Inventor – drawing documentation (basic view, section, partial section). 3rd and 4th stages of solution (assembly drawing, parts list, technical report, evaluation).
10. Inventor – dimensioning (part list). 3rd and 4th stages of solution (assembly drawing, parts list, technical report, evaluation).
11. Inventor – feature creation. 3rd and 4th stages of solution (assembly drawing).
12. Inventor – feature creation. 3rd and 4th stages of solution (parts list, technical report, evaluation).
13. Inventor – feature creation. Delivering, reparations and completeness check of the design task. Graded course-unit credits.