Max Robotics — Global Service Robot Directory + US Certification

About

Cenk Karaman is a robotics researcher specializing in the kinematic and dynamic analysis of complex robotic systems. His work focuses on high-degree-of-freedom (DOF) redundant serial manipulators and hybrid multibody systems—robots that combine serial and parallel mechanisms, such as legged robots and service robots. Karaman’s major contribution is the development of the Advanced Robotics Analysis Toolbox (ARAT), a computational framework designed to simplify the notoriously difficult modeling of high-DOF robots used in cooperative and space applications. His most cited paper, "Advanced robotics analysis toolbox for kinematic and dynamic design and analysis of high‐DOF redundant serial manipulators" (2019), has garnered 14 citations, reflecting its utility in streamlining complex robotic design. Additional works, including "Robotics toolbox for kinematic analysis and design of hybrid multibody systems" (2017) and "Kinematic and Dynamic Analysis and Design Toolbox of High-DOF Hybrid Multibody Systems" (2018), further extend these tools to hybrid configurations. By providing accessible, open-source solutions for forward and inverse kinematic analysis, Karaman empowers researchers and engineers to tackle time-consuming problems in robot design, advancing fields from service robotics to space exploration. His toolbox approach represents a practical bridge between theoretical robotics and real-world application.