Novel Physiotherapies and Physical Rehabilitation

This forward-looking track explores the future direction of physiotherapy and rehabilitation science. Topics include next-generation rehabilitation technologies, AI-driven therapy, robotics, immersive environments, digital health, personalized rehabilitation, interdisciplinary research, clinical translation, education, professional standards, and global access to rehabilitation services. The emphasis is on translating innovation into safe, effective, patient-centered clinical practice.

Focus on delivering rehabilitation beyond traditional clinical settings. Sessions can cover community rehabilitation, home-based physiotherapy, disability inclusion, accessibility, caregiver involvement, rehabilitation in underserved populations, health promotion, and strategies for improving continuity of care. Rehabilitation is recognized as an integral component of health care and should respond to individual and population needs.

This interdisciplinary track brings together physiotherapists, rehabilitation scientists, engineers, and technology developers. Topics include rehabilitation robotics, human–machine interfaces, brain-computer interfaces, assistive devices, smart rehabilitation systems, sensor technologies, and engineering solutions designed around patient needs.

This session examines contemporary applications of electrical stimulation and neuromodulation in rehabilitation. Topics include functional electrical stimulation, neuromuscular electrical stimulation, transcutaneous stimulation, motor recovery, pain management, muscle activation, and technology-assisted neurological rehabilitation.

Explore technologies that support mobility and independence, including prosthetic limbs, orthotic devices, mobility aids, exoskeletons, adaptive equipment, and smart assistive systems. Discussions can focus on device customization, biomechanics, user-centered design, rehabilitation integration, and improving functional independence.

This track focuses on advanced rehabilitation following spinal cord injury and traumatic brain injury. Topics include mobility restoration, gait training, neuroplasticity, assistive technologies, functional electrical stimulation, robotics, exoskeletons, cognitive-motor rehabilitation, and community reintegration.

Explore physiotherapy across different stages of women’s health, including pregnancy, postpartum recovery, pelvic health, pelvic-floor rehabilitation, musculoskeletal conditions, osteoporosis, and age-related functional changes. The focus is on individualized, evidence-informed rehabilitation and quality-of-life outcomes.

This track addresses rehabilitation following orthopedic and surgical procedures. Sessions can cover joint replacement, ligament reconstruction, spinal surgery, fracture rehabilitation, post-operative mobility, pain management, strengthening, functional retraining, and criteria-based progression toward normal activities.

Focus on physiotherapy interventions for cardiovascular and respiratory conditions. Topics include pulmonary rehabilitation, breathing exercises, exercise prescription, cardiopulmonary fitness, respiratory muscle training, post-operative rehabilitation, chronic respiratory disease management, and functional capacity assessment.

This session examines contemporary manual therapy and movement-based approaches for restoring mobility and function. Topics include joint mobilization, soft-tissue techniques, manipulation, therapeutic exercise, movement retraining, clinical reasoning, and combining manual interventions with active rehabilitation.

Explore individualized rehabilitation programs based on patient characteristics, functional capacity, movement patterns, clinical history, and treatment response. Sessions can examine personalized exercise prescription, data-driven treatment planning, adaptive rehabilitation, predictive modeling, and patient-specific outcome measurement.

This track explores the delivery of physiotherapy through digital and remote-care platforms. Topics include virtual consultations, remote exercise supervision, digital assessment, home-based rehabilitation, patient monitoring, accessibility, clinical workflows, and strategies for maintaining quality and safety in remote rehabilitation.

This track focuses on modern physiotherapy approaches supported by clinical evidence and research. Topics include advanced assessment, therapeutic exercise, clinical reasoning, outcome measurement, patient-centered care, and integration of evidence into everyday rehabilitation practice. Evidence-based practice remains an important foundation for safe and effective physiotherapy.

Focus on wearable devices, inertial sensors, smart clothing, mobile applications, remote monitoring, and digital platforms for rehabilitation. Discussions can explore continuous movement monitoring, home exercise adherence, real-time feedback, remote assessment, and integration of wearable data into clinical decision-making. Digital technologies are increasingly being considered alongside robotics, sensors, VR, and AI in physical therapy.

Explore the science of human movement through biomechanical assessment, gait analysis, motion capture, force platforms, wearable sensors, and advanced movement-analysis technologies. The track emphasizes objective assessment and data-driven approaches to identifying movement abnormalities and optimizing rehabilitation.

This track examines multidisciplinary approaches to chronic pain, including exercise therapy, manual techniques, education, behavioral strategies, movement retraining, digital interventions, and personalized rehabilitation. Sessions can address chronic low-back pain, neck pain, fibromyalgia, persistent musculoskeletal pain, and pain-related disability.

Discuss innovative approaches to maintaining mobility, independence, and quality of life among older adults. Key areas include fall prevention, balance training, sarcopenia, frailty, osteoporosis, functional exercise, mobility assessment, home-based rehabilitation, and technology-assisted elderly care.

This session focuses on rehabilitation for children and adolescents with developmental, neurological, musculoskeletal, and movement disorders. Topics include early intervention, motor development, cerebral palsy rehabilitation, pediatric gait training, assistive technologies, play-based therapy, family-centered rehabilitation, and technology-supported pediatric care.

Explore advanced strategies for preventing, assessing, and rehabilitating sports injuries. Sessions may cover ACL rehabilitation, muscle and tendon injuries, return-to-sport testing, sports performance, injury-risk assessment, load management, recovery strategies, and wearable technologies for athlete monitoring.

This track focuses on evidence-based management of musculoskeletal disorders involving the spine, joints, muscles, and soft tissues. Topics include therapeutic exercise, manual therapy, movement retraining, injury prevention, clinical assessment, rehabilitation following orthopedic procedures, and return-to-function strategies.

Explore innovative approaches for post-stroke recovery, including upper- and lower-limb rehabilitation, gait training, balance therapy, motor relearning, constraint-induced movement therapy, robotics, VR, and functional electrical stimulation. Special attention can be given to personalized rehabilitation and long-term functional outcomes.

This track addresses rehabilitation following stroke, traumatic brain injury, spinal cord injury, multiple sclerosis, Parkinson’s disease, and other neurological conditions. Sessions can explore neuroplasticity, motor learning, task-specific training, gait rehabilitation, cognitive-motor interventions, and technology-assisted neurorehabilitation.

Focus on immersive VR and AR technologies for improving rehabilitation engagement, motor learning, balance, coordination, and functional recovery. Topics include gamified rehabilitation, immersive exercise environments, VR-assisted neurological rehabilitation, augmented feedback, patient adherence, and future applications of extended reality.

This session explores robotic rehabilitation systems, exoskeletons, robotic gait trainers, upper-limb rehabilitation devices, and human-machine interaction. Discussions can address precision therapy, repetitive movement training, real-time feedback, patient monitoring, clinical effectiveness, and the integration of robotic systems with conventional physiotherapy.

Explore how artificial intelligence and machine learning are transforming rehabilitation assessment, treatment planning, movement analysis, outcome prediction, and personalized therapy. Sessions can cover AI-assisted clinical decision-making, predictive analytics, automated exercise monitoring, computer vision, and responsible implementation of AI in rehabilitation. Recent work is particularly exploring AI combined with immersive rehabilitation technologies.