Supply Management

Supply management is the most important management of an organization that your institution needs constantly. The most reasonable supply processes are established when building of the most efficient organization is done by determining the raw material requirement of existing facilities before installation, hence continuity of your work is ensured. While the manufacturing companies operate without purchasing 70% of their extent of business, this ratio is 40% for the service companies. Therefore, supply management is one of the most critical areas of the whole organization, and needs the management extensively. Purchasing management also deals with external and internal resource use.With its well-defined requirements for work contract phases, TADA provides you a fully controlled supply method by establishing a tailor-made selection process.

Supply Chain Management

Supply Chain Management, which is defined as "establishment of cooperation strategies that will reduce the total cost and increase the level of service and provide coordination between the members in the chain and the organization's business processes" constitutes the most important step of all business planning; because the unavoidable speed of technological change, alteration of raw material requirement, and the differentiation of production and logistics costs due to the emerging developments make establishing new supply chain methods necessary. Since every institution has different information, material and human resources and vision different from their rivalry or business partners, they make different the ways they follow to achieve their goals, and the supply chain management organizations. TADA guides you through these changes with a systematic approach. TADA creates business models to increase your company's competitiveness by the supply chain management studies including stages such as improving the changing processes, determining the disconnections between processes, creating performance management models, and generating process optimization models.