Courses:
C01. Management of production, concept, utility. Operations of manufacturing and services. Productive systems.
C02. The design and management of inventory systems: - Stocks and their functions. Costs of inventory system; - The determination of batch size supply: the simple classical model (ideal).
C03. The design and management of inventory systems: - The classical model with finite rhythm supply; - The model when a machine processes several types of products.
C04. The design and management of inventory systems: - The optimal batch for products with limited seasonal demand; - The optimal batch in the presence of aggregates constraints.
C05. Considerations on batching in systems with multiple stages.
C06. The design and management of inventory systems: - The determination of the path to reunify stock: determination of the point to launch the order, determination of the safety stock; - ABC classification of stocks.
C07. Inventory management systems - determination of systems parameters (s, Q), (S, S), (S, R), (S, S, R); methods and modern techniques in storage strategies.
C08. Production capacity in machine building: - to define capacity and its utilization, factors of influence, principles of calculations. - to determine the production capacity at the level of job for homogeneous and heterogeneous production.
C09. Production capacity in machine building: - to determine the production capacity at the level of group of machines, workshop, department of plant, plant for homogeneous and heterogeneous production.
C10. Production capacity in machine building: - Optimization of production capacity.
C11. Unique production scheduling: - Development of network; - Schedule the activities.
C12. Unique production scheduling: - Analysis and resource allocation.
C13. Series production scheduling: - Manufacturing cycle; - Methods of the transmission of parts between operations; - Organization of production.
C14. Modern production systems (SFF, JIT, CIM, Kanban, SMED, etc.).
Seminars:
S1. Elements of statistics, probability theory and mathematical linear programming.
S2. Evaluating the economic efficiency of assimilation of advanced technologies.
S3. Determination of the optimal size of the batch supply.
S4. Issues concerning the safety stocks. Inventory management systems.
S5. ABC analysis of stocks.
S6. Determination of production capacity.
S7. Methods of placing the equipment in workshops and departments.
