1. Logistics - supply chain and competitive strategies.
2. Project progress, legislative background of projects. Engineering and engineering organizations in a market economy.
3. Project phases in the design of logistics systems and their division. Sequence of phases from the point of view of deciphering the project phase.
4. Logistics as a system, its elements and connections. Criteria functions of the manipulation problem, solution of material flows.
5. Measurement of logistics costs and performance. Basic input data for the design of logistics systems.
6. Synchronous supply chain. Complexity and supply chain. Risk management in the supply chain. Overcoming barriers to supply chain integration. Creating a sustainable supply chain. Additional chain in the future
7. Logistic dispositions in connection with the solution of material flows.
8. Representation of the movement of material flows (diagrams-Sankey diagram, schematic representation, etc.).
9. Transportability unit MAG - its definition and dependence on mass flows.
10. Technical means for MM, their classification, selection methods (technical and economic point of view). Transport units, their role and creation, palletizing and containerization. Graphs resource type Vs distance.
11. Logistics technologies - KANBAN, Just in Time, Just in Responce, etc.
12. Method of evaluation of variants in projects. Determination of transport capacity of transport and handling equipment (cranes, transport carts).
13. Warehouse logistics and warehousing technologies. Cross - Dock Center.
14. Logistic auditing and controlling.
2. Project progress, legislative background of projects. Engineering and engineering organizations in a market economy.
3. Project phases in the design of logistics systems and their division. Sequence of phases from the point of view of deciphering the project phase.
4. Logistics as a system, its elements and connections. Criteria functions of the manipulation problem, solution of material flows.
5. Measurement of logistics costs and performance. Basic input data for the design of logistics systems.
6. Synchronous supply chain. Complexity and supply chain. Risk management in the supply chain. Overcoming barriers to supply chain integration. Creating a sustainable supply chain. Additional chain in the future
7. Logistic dispositions in connection with the solution of material flows.
8. Representation of the movement of material flows (diagrams-Sankey diagram, schematic representation, etc.).
9. Transportability unit MAG - its definition and dependence on mass flows.
10. Technical means for MM, their classification, selection methods (technical and economic point of view). Transport units, their role and creation, palletizing and containerization. Graphs resource type Vs distance.
11. Logistics technologies - KANBAN, Just in Time, Just in Responce, etc.
12. Method of evaluation of variants in projects. Determination of transport capacity of transport and handling equipment (cranes, transport carts).
13. Warehouse logistics and warehousing technologies. Cross - Dock Center.
14. Logistic auditing and controlling.