Czech

2

Students will learn a systematic and methodical approach to the production
analysis, using of up-to date conception and methods in the production
planning, control and optimisation from the point of costs, logistics
and expert approach.

Student should have basic knowledge of production planning and control,
production systems design and university mathematics.

Not applicable.

The course is taught through lectures explaining the basic principles and theory of the discipline.

Examination from the field of this cource curriculum and its application in the semestral work.

Not applicable.

Not applicable.

This suject provides students with knowledge about up-to date conceptions
and methods in the field of production planning and management.

Checking of the knowledge in the lectures.

Not applicable.

Not applicable.

Bělohoubek, P.: Příprava, plánování a nasazování investic a investičních celků. Investice a výrobní systémy II. Publikace ICB, Brno, 2004.
Becker, D.: Methoden der Fabrikplanung I. a II.. IFF Stuttgart. 1995
Bělohoubek, P.: Engineering a reengineering klíčových podnikových procesů.. ICB, Brno, 2001.
Bělohoubek, P.: Logistika v řízení podniku I. Publikace ICB, Brno, 1996/97.

Bělohoubek P.: Komplexní přístup k plánování a řízení výroby.. Seminář ICB Plánování a řízení výroby V. ICB, Brno, 2003.
Bělohoubek, P._: Investice a výrobní systémy I.. ICB, Brno, 2001.

20 hours, optionally

1. Analysis and the criterions of the production evaluation.
2. Up-to-date conceptions of the production planning and management and
their application for the effective production (MRP I, MRP II, Just in
Time, Kanban, OPT etc.).
3. Production logistics and its methods.
4. Linear optimisation in the production planning and management.
5. Dynamic optimisation in the production planning and management.
6. Production rules and priorities.
7. Optimisation of the costs, profit, time and risk in the production planning
and management. Flows transformation.
8. Expert approach to the production planning and management.
9. Product design for effective production. Production harmonization.
10. Production planning and management in the flexible production systems. The production harmonisation.
11. Capacity planning and management of production.
12. Calculation of the production productivity.
13. Machines repair and maintenance for the effective production in according Industry 4.0.