Türkiye is taking another strategic step toward strengthening its capabilities in defense, aviation and space technologies through the Researcher Training Program for the Defense Industry (SAYP). As announced by the Undersecretariat for Defense Industries, five advanced research projects involving TUSAŞ (Turkish Aerospace Industries), Gazi University and Middle East Technical University (METU) will be officially signed at the 12th International Defense Industry Fair (IDEF 2015).

The upcoming agreements stem from previously established cooperation protocols between the Undersecretariat–Gazi University–TUSAŞ and the Undersecretariat–METU–TUSAŞ. These projects aim to cultivate highly skilled research talent while also generating scientific knowledge essential for the aerospace and defense sectors. In addition, they seek to develop new technologies and advance existing ones to a level where they can be effectively implemented in future platforms.

The five projects focus on cutting-edge and strategically important areas. The first, “Enhancing Implementation Quality of Aviation Products Using Augmented Reality Technologies,” aims to modernize production, maintenance and integration processes in aviation systems. Another key project, “Development and Performance Analysis of Axially Grooved Heat Pipes with Constant Conductivity for Space Applications,” will contribute to advanced thermal management solutions needed for satellites and spacecraft.

A third project, “The Effect of Defects on Mechanical Properties and Interlaminar Performance of Composite Materials,” targets improvements in structural reliability and durability for composite components used in aircraft and defense platforms. Additionally, “Modeling and Application of Dielectric Elastomer Actuators (Artificial Muscles)” focuses on next-generation motion and actuation technologies that may play a pivotal role in future unmanned systems and smart structures.

The final project, “Determining Design Criteria and Progressive Damage Analyses for Repair Areas in Composite Structures,” addresses the maintenance and lifecycle reliability of critical composite components such as aircraft fuselages and high-load structures.

Together, these projects embody a strong model of university–industry collaboration. Beyond advancing technology, SAYP aims to develop the human capital required for Türkiye’s long-term goals in defense, aviation and space industries. The initiative is expected to significantly strengthen the nation’s scientific and technological infrastructure while helping shape the future of indigenous aerospace and defense platforms.