Track 1: Medical Devices and Control Systems
-Design and Development of Medical Devices and Biotechnologies.
-Control Systems in Medical Devices.
-Artificial Intelligence and Machine Learning in BME.
-Genetic Engineering and Biotechnological Innovations.
-Neural Engineering and Wearable Technologies.

Track 2: Biomechanics and Biomaterials.
-Biomechanics in Medicine.
-Biomaterials and Tissue Engineering.
-Biomaterials and Their Applications.
-Computational Biomechanics.

Track 3: Biochemical Engineering.
-Bioprocess Engineering and Biochemical Process Design.
-Biochemical Engineering in Pharmaceuticals and Therapeutics.
-Biochemical Engineering in Disease Treatment.
-Sustainability and Environmental Biochemical Engineering.

Track 4: Tissue and Genetic Engineering.
-Tissue Engineering and Medical Applications.
-Stem Cell Therapy and Regenerative Medicine.
-Genetic Engineering and Gene Editing.

Track 5: Physiotherapy and Rehabilitation Engineering
-Advanced Technologies in Physiotherapy and Rehabilitation.
-Biomechanical Engineering in Rehabilitation.
-Innovations in Physiotherapy Techniques.
-Wearable and Assistive Devices in Physiotherapy.
-Sports and Rehabilitation Biomechanics.

Track 6: Medical Radiation Engineering
-Radiation Therapy Techniques.
-Medical Imaging using Radiation.
-Medical Physics in Radiation and Therapy.
-Radiation Equipment Technology.
-Medical Physics and Radiation Therapy.

Track 7: General Topics
-Health Informatics and Telemedicine.
-Integration of Medical Devices with Health Information Systems.
-Biomedical Engineering for Emergencies and Pandemics.
-Regulatory and Ethical Issues in Biomedical Engineering.
-Digital Health and Smart Applications.
-Quality Assurance and Safety Standards for Medical Devices.
-Clinical Applications and Ethical Challenges.
-Safety and Ethics in Radiation Therapy.
-Challenges and Ethics in Rehabilitation Engineering.