Advanced Technology and EU Project Consultancy

About Us

As Sistematik Atölye, we transform the power of technology and strategy into innovative solutions at the Bursa Uludağ University Technology Development Zone (ULUTEK).

While developing the technologies of the future in robotics and artificial intelligence, we also provide strategic consultancy services, leveraging our expertise in RD incentives—with a special focus on international programs like Horizon Europe and Eureka—to help you develop your RD projects and apply for EU grant funds.

Our aim is to be the strategic partner that brings your technological vision to life.

Consultancy Services

We are with you throughout the entire journey of your RD projects, offering our expertise and experience at every stage, from initial concept to successful conclusion.

European Union Grants Programme Training

We organize hands-on training sessions focused on programs like Horizon Europe and Eureka to enhance your team's capacity for RD project preparation and management.

Project Concept Development

We transform your RD ideas into strategic, fundable project proposals that are fully aligned with the requirements of EU funding programmes.

Networking and Consortium Building

We find the most suitable international academic and industrial partners for your project and build strong, success-oriented consortia.

Project Proposal Writing and Submission

We prepare your professional proposal, covering all technical, administrative, and financial details of your project, and manage the entire submission process on your behalf.

Project Management

Once your project is approved, we take over all administrative, financial, and reporting processes, allowing you to focus solely on technology and RD.

Our Projects

Design and Development of an Autonomous Unmanned Ground Vehicle (UGV)

Excessive and uncontrolled agricultural spraying is a serious problem that threatens human health, pollutes soil and water resources, and increases input costs. Our project addresses this challenge through robotic technologies and precision agriculture applications.

The autonomous ground vehicle we developed in this project will minimize environmental impacts and significantly reduce costs by applying agricultural chemicals only to targeted areas and in precise amounts.

Autonomous unmanned ground vehicle developed for precision agricultural pesticide spraying

Key Project Objectives:

Robust All-Terrain Prototype: To produce a prototype of the autonomous ground vehicle, engineered for reliable operation in harsh field conditions like dust and rain, and to validate its key performance metrics—such as spraying duration, payload capacity, and range—through real-world terrain tests.
Advanced AI and Autonomous Navigation: To test our proprietary object recognition, autonomous driving, and maneuvering algorithms in real-world scenarios to maximize the system's decision-making capabilities.
User Interface (UI): To develop a modern and user-friendly interface that enables easy centralized control of the entire system and seamless task assignment.

Innovative Technology Solutions and EU R&D Grants Consultancy