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About

Dr. Marek Macko is a leading researcher at the intersection of robotics, biomedical engineering, and advanced materials, whose work is shaping the future of assistive and mobile technologies. His primary research areas include the optimization of 3D printing materials for medical applications, the development of bipedal walking robots, and the design of efficient power systems for mobile robotics. Dr. Macko’s most impactful contribution is his pioneering work on AI-optimized materials for 3D-printed medical devices, a study that has garnered 105 citations and demonstrates how tailored technological parameters can enhance patient-specific solutions. He is also widely recognized for his comprehensive review of bipedal walking robots (104 citations), which systematically analyzes gait, drive systems, sensors, and control mechanisms. Notably, Dr. Macko has developed an innovative series of 3D-printed hand exoskeletons—including the Bydgostian hand exoskeleton—designed to support rehabilitation for individuals with special needs. His recent systematic reviews on energy sources and battery materials for mobile robot power systems (43 and 31 citations, respectively) further underscore his commitment to advancing autonomous robotics. Through his blend of theoretical insight and practical design, Dr. Macko continues to drive innovation in human-centered robotics and sustainable power solutions.