Physical therapist at Chung Nam national university hospital in Dae-Jeon, Republic of Korea
Dr. Jaeho Park is an accomplished physical therapist and clinical researcher currently affiliated with Chungnam National University Hospital in Daejeon, Republic of Korea. With a Ph.D. and a clinical foundation in physiotherapy, Dr. Park has consistently integrated advanced medical technologies into rehabilitative treatment, most notably robotic-assisted rehabilitation. His professional ethos revolves around enhancing patient recovery outcomes, especially those suffering from neurological impairments. Dr. Park’s research is oriented toward real-world clinical solutions, embodying a rare synthesis of academic inquiry and direct patient care. Through the fusion of robotics, neuroscience, and physiotherapy, he aims to revolutionize how recovery protocols are designed and executed in medical environments.
Profile
ORCID
Education:
Dr. Park holds a doctoral degree (Ph.D.) in a health sciences-related field, underscoring a rigorous academic background that supports his clinical and research undertakings. His education equipped him with a deep understanding of human anatomy, neurophysiology, kinesiology, and modern rehabilitation technology. His foundational education in physical therapy laid the groundwork for further advanced research, eventually leading him to explore robotic rehabilitation as a core area of specialization. This academic journey highlights not only his commitment to continuous learning but also the interdisciplinary knowledge he brings to the clinical sphere, integrating engineering, robotics, and patient-centered therapy.
Experience:
With a well-established career in clinical practice and academic research, Dr. Park has amassed valuable experience working with patients who suffer from nerve damage, stroke, and mobility impairments. At Chungnam National University Hospital, he delivers hands-on treatment and supervises rehabilitation sessions using both conventional therapeutic strategies and innovative robotic systems. His dual role as a clinician and researcher allows him to assess and implement evidence-based methodologies, contributing to patient recovery strategies that are both measurable and practical. Over the course of his professional timeline, Dr. Park has been actively involved in over 20 research projects—13 of which have already been published in peer-reviewed journals—demonstrating his consistent contributions to clinical science and patient-focused innovation.
Research Interest:
Dr. Park’s primary research interests center on robotic rehabilitation, neuroplasticity, functional recovery, and physiotherapeutic interventions for nerve-damaged patients. His work focuses on designing and optimizing rehabilitation protocols that incorporate robotic technologies, thereby facilitating quicker and safer reintegration of patients into their daily lives. He is particularly interested in how these tools can augment traditional therapeutic methods, improve motor function, and activate cortical networks post-injury. Additionally, he maintains a broader interest in the neuroscience behind rehabilitation, studying how targeted, repetitive motions aided by robotics can trigger neuroadaptive changes in the human brain. This multidisciplinary approach amplifies the impact of his work, making it highly relevant to both academic and clinical communities.
Award:
Dr. Park’s nomination for the International Research Awards on Fiber-Reinforced Polymer reflects recognition by peers and institutions of his contributions to rehabilitation sciences, particularly within the domain of robotic interventions. His innovations and practical implementations in clinical therapy through interdisciplinary research set a strong precedent for this nomination, validating his influence in the field and aligning with the award’s mission of honoring transformative researchers.
Publication:
Dr. Park has authored and contributed to 13 published studies out of 20 total research projects. Selected recent publications include:
-
Title: Comparison of the effects of robot-assisted gait training using FES versus virtual reality for stroke patients: A randomized clinical trial
Journal: Topics in Stroke Rehabilitation
Year: 2025
-
Title: Effects of Progressive Velocity Underwater Gait Training on Balance and Gait Abilities in Stroke Patients
Journal: Physical Therapy Rehabilitation Science
Year: 2025
-
Title: Effects of Underwater Gait Training Using Auditory Stimulation with Progressive Rhythm on Lower Extremity Muscle Strength, Balance, and Gait Abilities in Stroke Patients
Journal: The Journal of Korean Physical Therapy
Year: 2025
-
Title: The Effects of Water-based Gait Training Using Auditory Stimulation on Balance and Gait Abilities in Stroke Patients
Journal: Physical Therapy Korea
Year: 2025
-
Title: The Effects of Robot-Assisted Gait Training using FES on Lower Limb Strength and Balance in Stroke Patients
Journal: Physical Therapy Rehabilitation Science
Year: 2025
-
Title: Comparison of the Effects of Robot-assisted Gait Training Using Visual Feedback and Auditory Stimulation to Improve Balance and Gait Abilities in Stroke Patients
Journal: The Journal of Korean Physical Therapy
Year: 2025
-
Title: Comparison of robot-assisted gait training using auditory stimulation versus overground gait training for stroke patients
Journal: Physical Therapy Rehabilitation Science
Year: 2024
Conclusion:
Dr. Jaeho Park emerges as a highly deserving candidate for the Best Researcher Award due to his combined clinical acumen and research rigor in the area of robotic rehabilitation. His efforts have significantly bridged the gap between advanced research and real-world patient care, contributing to the development of effective, evidence-based rehabilitation systems. His publication record demonstrates both consistency and impact, while his professional role highlights his capability to apply theoretical insights directly to patient outcomes. As rehabilitation increasingly leans toward automation, intelligent feedback systems, and personalized therapy, Dr. Park stands out as a forward-thinking leader who exemplifies excellence in research, innovation, and compassionate care.