Research & Development
R&D projects in information and communication technologies, biotechnology, genetic technologies, advanced materials, mechatronics, robotics, autonomous systems and manufacturing process technologies.
Multidisciplinary engineering, R&D and intelligent technology solutions in robotics, mechatronics, autonomous systems and embedded control.
Explore our projects Get in touchARBON Robot & Control Technologies is a multidisciplinary technology company engaged in research and development, engineering and technology-oriented business activities across a broad range of fields, including information and communication technologies, mechatronics, robotics, autonomous systems and advanced materials.
Founded in 2012 by Prof. Dr. Hakan Temeltaş and based at İTÜ ARI Teknokent in İstanbul, we develop engineering solutions for complex technical challenges and support innovation through engineering consultancy, technical knowledge transfer and specialized training services.
In addition to our R&D and engineering activities, we engage in the international trade of software, electronic equipment, communication technologies and robotic systems, helping connect innovative technologies with industrial and scientific applications.
At ARBON, we bring together science, engineering and commerce to support technological progress and develop innovative, sustainable solutions.
From research to engineering delivery, training and technology trade.
R&D projects in information and communication technologies, biotechnology, genetic technologies, advanced materials, mechatronics, robotics, autonomous systems and manufacturing process technologies.
Engineering design, project development, implementation support, technical consultancy and engineering advisory services.
Specialized technical training and knowledge-sharing services tailored to industry requirements.
International trade, import and export of software, electronic equipment, communication devices and robotic systems.
Our work spans the full development cycle, from hardware and modeling to embedded software, simulation and experimental validation.
Nonlinear engine modeling, flight envelope segmentation, gain scheduling and MIL/SIL verification for stable RPM control across a wide flight envelope.
From standalone 9-axis IMUs to an RS-485 multi-IMU network with EKF sensor fusion and proprioceptive odometry, validated on a quadruped robot.
STM32-based ECU with critical hardware design, RTOS-based real-time control software, protection logic and Hardware-in-the-Loop validation.
Reach out to discuss R&D collaboration, engineering services or technical training.