Economic Development & Trade & Innovation

Increasing Competitiveness of Middle Black Sea Region TR83

Turkey’s Middle Black Sea region was set up in 2009 and is now well established; the Middle Black Sea Region Development Agency (OKA) carries out activities to support the economic and social development of Amasya, Çorum, Samsun and Tokat provinces. The main objective of this project was to

Economic Development & Trade & Innovation

EU Support for the Competitiveness of Kosovo’s ICT Sector

This initiative’s overall objective is to enhance the competitiveness of Kosovo’s digital and traditional businesses by supporting the growth of Kosovo’s Information and Communication Technology (ICT) sector, paving the way for growth and new job creation. The project aims to bridge the digital and business skills gap in

Economic Development & Trade & Innovation

Technical Assistance for the Operation of Samsun Metals Metrology and Calibration Laboratory

West black sea region of Turkey which the project named TR83 (Samsun, Çorum, Amasya, Tokat) Region, including Sinop, requires to be contributed through socio-economic development. Thus, the purpose of this contract was to strengthen the innovation and quality infrastructure of the metals industry in the TR83 Region. Laboratory’s

Economic Development & Trade & Innovation

Technical Assistance for Establishment of MOBİTEK in Kayseri

The project’s overall objective is to increase the productivity and efficiency of the furniture manufacturing of small and medium enterprises (SMEs) in Kayseri and strengthen their product development and marketing capabilities.

Economic Development & Trade & Innovation

EU Eastern Anatolia Development Programme (EADP)

The East of Turkey has had delayed progress compared to the economic development of other regions in Turkey. In this context, the Eastern Anatolia Development Programme was a regional development programme aimed at building capacity for sustainable development by implementing innovative and participatory local policy and planning approaches.