BioRob addresses both the fundamental and applied challenges at the intersection of robotics, mechatronics, medicine, and biology, embracing both directions of the biology-engineering relationship. On one hand, biorobotics studies biological systems through a biomechatronic lens to uncover the scientific and engineering principles underlying their exceptional performance, adaptability, and efficiency. This biological insight informs the design of high-performance, bio-inspired machines and robotic systems. On the other hand, BioRob also emphasizes how advances in robotics, control, sensing, actuation, and intelligent systems can be systematically applied to solve biomedical and clinical problems. Together, these complementary perspectives enable the development of innovative nano-, micro-, and macro-scale devices that can interact with, assist, augment, or replace human functions, supporting applications ranging from disease prevention and diagnostics to surgical intervention, prosthetics, rehabilitation, and personal assistance.

Papers may span various domains of Biorobotics and Biomechatronics, including:

• Robotic Surgery and Diagnosis
• Robotic Rehabilitation and Assistance
• Haptics and Human-Machine Interaction
• Exoskeletons, Exosuits, and Wearable Assistive Devices
• Bionics and Prosthetics
• Neuro-Robotics, Neural Interfaces, and Human-Centered Design
• Biologically-Inspired Robotics and Biomimetics
• Soft Robotics
• Micro/Nano Robotics in Medicine and Biology
• Swarm Robotics in Medicine
• AI and Learning in Biomedical Robotics
• AI for Movement and Neuromechanics
• Societal, Ethical, and Regulatory Aspects of Biomedical Robotics