Within the scope of this project, sub-systems of the holistic system related to urban air traffic management will be produced and at the end of the project, a general application flight of the UATM system will be organized in Belgrade. There are seven (7) partners from the European Union member and contracted countries in the project consortium. Within the scope of the project, the production of innovative sub-systems will take place at the Start-Up to be established in İKÜTTO. A partnership will be established by signing a commercial agreement between the Start-Up to be established and EIT Urban Mobility.

Within the scope of this project, sub-systems of the holistic system related to urban air traffic management will be produced and at the end of the project, a general application flight of the UATM system will be organized in Belgrade. There are seven (7) partners from the European Union member and contracted countries in the project consortium. Within the scope of the project, the production of innovative sub-systems will take place at the Start-Up to be established in İKÜTTO. A partnership will be established by signing a commercial agreement between the Start-Up to be established and EIT Urban Mobility.

This project focused on developing collaborative strategies for heterogeneous robotic systems in agricultural operations. The main goal was to optimize the joint functioning of unmanned aerial vehicles (UAVs) and mobile platforms, enabling autonomous and efficient farming operations through an intuitive human-robot interface. Our role involved contributing to the theoretical foundations for autonomous platform operations and the interaction between human operators and UAVs. Additionally, we were responsible for proposal writing and led efforts in developing collaborative learning and time-critical interaction components, such as gesture and voice commands, ensuring the project’s successful completion and impact on agricultural robotics.

This project focused on developing collaborative strategies for heterogeneous robotic systems in agricultural operations. The main goal was to optimize the joint functioning of unmanned aerial vehicles (UAVs) and mobile platforms, enabling autonomous and efficient farming operations through an intuitive human-robot interface. Our role involved contributing to the theoretical foundations for autonomous platform operations and the interaction between human operators and UAVs. Additionally, we were responsible for proposal writing and led efforts in developing collaborative learning and time-critical interaction components, such as gesture and voice commands, ensuring the project’s successful completion and impact on agricultural robotics.