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About

Daniel Kajzr is a robotics and automation researcher whose work sits at the intersection of industrial control systems and advanced manufacturing technologies. His primary research focus encompasses PLC-based robot control architectures, 3D concrete printing technology, and the development of open robotic systems for construction applications. Kajzr has made notable contributions to the emerging field of construction automation, particularly through his work designing and implementing custom robotic arms capable of printing cement mixtures and concrete structures — an area of growing global significance for sustainable building practices. Among his most recognized contributions is the development of open PLC-based control systems that enable flexible, programmable robotic architectures suited to 3D concrete printing, work that has garnered multiple citations since 2021. His 2024 study on energy consumption modeling for printing robots reflects a broadening commitment to sustainability assessment in construction robotics. Earlier work from 2017 on demonstrating advanced control methods through custom robotic arm development established a methodological foundation that continues to inform his later research. With a growing citation record across publications from 2017 to 2024, Kajzr represents an important voice in the specialized but rapidly expanding domain of construction robotics and automated building systems.