Special Issue Information
Brief Description and Aims of the Special Issue: The field of prosthetics is currently undergoing a profound technological transformation, driven by rapid advances in materials science and mechatronics. What was once primarily a mechanical challenge of replacing a lost limb with a static aid has transformed into a highly sophisticated, multidisciplinary frontier at the intersection of mechanical engineering, robotics, and human biology. This special edition brings together the latest insights, innovations, and research defining this new era into a single volume, showing how integrating diverse engineering disciplines is changing lives. At the heart of this transformation is a completely new approach to design. Thanks to breakthroughs in additive manufacturing and generative design, engineers can now create complex geometries that were previously impossible to produce. Mass optimization, achieved through lattice structures and topology optimization, enables the fabrication of prostheses that are both extremely lightweight and remarkably durable. Ergonomics is no longer a secondary objective but the starting point; modern software tools enable full personalization of prosthetic sockets to each patient’s specific anatomy, drastically reducing discomfort and enhancing daily functionality. However, design is only one side of the coin. The integration of smart materials and advanced mechatronic systems has breathed life into modern prostheses. The use of biocompatible polymers, shape-memory alloys, and fiber-reinforced composites ensures longevity and a more natural movement dynamic. Simultaneously, the development of microprocessor-controlled joints and myoelectric control systems, bolstered by machine learning algorithms, allows prostheses to predict user intent, making movement more fluid and intuitive than ever before. Ultimately, every technical innovation achieves its true value only when it is successfully integrated into the patient’s life. For this reason, this edition places significant emphasis on the rehabilitation process. Understanding the interaction between humans and machines, biomechanical gait analysis, and the psychological aspects of adapting to new technology are all crucial for full recovery.
Keywords: Prosthetics, Mechatronics, Rehabilitation, Smart Materials, 3D Technology, Ergonomics, Aesthetics, Industrial Design
Title Acronym: NGP-SMGDAC
Special Issue ID: S1
Deadline: November 30, 2026
Special Issue Editor
Guest Editor: Remzo Dedić
Affiliation: Faculty of Mechanical Engineering, Computing and Electrical Engineering University of Mostar
E-mail: remzo.dedic@fsre.sum.ba
Short Biography: Full Professor Remzo Dedic’s academic and professional journey is rooted at the University of Mostar, where he shares his expertise with students at the Faculty of Mechanical Engineering, Computing, and Electrical Engineering. His teaching portfolio spans a broad and demanding range of engineering disciplines, and students regularly encounter him in courses such as Theory of Mechanisms, Biomechanics, Hydraulic Systems, Lifting and Conveying Machinery, and Manufacturing Processes. Throughout his prolific career, Professor Dedic has made a significant mark in scientific and professional literature. He is the sole author of three books and has co-authored four additional publications. His ongoing research efforts have resulted in 35 scientific papers, published as an author or co-author. Demonstrating strong organizational and leadership skills, he has also served as the coordinator for several research projects and actively contributed to approximately thirty others as a participant. His academic background has been greatly enriched by his international experience. In 2000, he was awarded the prestigious Fitzroy-Maclean scholarship, which took him to the Department of Mechanical Engineering at the University of Glasgow in Scotland, UK. A few years later, during the 2003/2004 academic year, his research journey led him to the United States. There, as a Fulbright scholar, he furthered his expertise at the Medical Robotics Lab within Carnegie Mellon University’s Robotics Institute in Pittsburgh, Pennsylvania. Beyond his teaching and research commitments, Professor Dedic actively contributes to shaping the future of European technology and infrastructure as a member of the Horizon 2020 (H2020) Programme Committees for Smart, Green and Integrated Transport.
Manuscript Submission Information
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Published Special Issue Articles
Special Issue articles will be available after the completion of the process
