Department of Rehabilitation Exercise Science
- Departments
- International Graduate School
- Department of Rehabilitation Exercise Science
- NameSangbin Lee
- Phone041-580-2532
- Phone041-580-2530
- Fax041-580-2928
Department Introduction
This department aims to cultivate experts in effective movement improvement and treatment and prevention of functional disorders by combining physical therapy and Pilates, focusing on rehabilitation exercises to improve the health and movement of the general public and those suffering from physical ailments. The curriculum is based on specialized theoretical and practical courses in physical therapy and Pilates to achieve this educational goal. Through intensive research and practice related to the fusion of physical therapy and Pilates, the department supports professional activities by awarding Pilates certification. Through this department, one can become a health professional who contributes to developing health science in Korea and can work internationally.
Educational Objectives
- 1Cultivate musculoskeletal dysfunction experts combining the advantages of physical therapy and Pilates
- 2Approach to solving functional disorders based on specialized diagnostic evaluation processes in physical therapy and pain medicine
- 3Specialized control exercise therapy education based on Pilates
- 4Award of specialized Pilates certification
- 5Overseas advancement through exchanges with prestigious foreign universities
Educational Characteristics
- 1Operation of curriculum based on clinical reasoning and evidence-based practice, which are the core concepts of rehabilitation
- 2Provision of excellent curriculum through physical therapy education programs and specialized
Pilates education programs from overseas countries such as the United States and Australia
- Operation in the style of Commonwealth physical therapy education, including team teaching, case studies, discussions, and practical training
- Conduct research programs such as seminars, intensive courses, workshops, and joint research in connection with overseas professors - 3Awarding of rehabilitation Pilates certification as an expert in orthopedic manual therapy and rehabilitation Pilates, enabling the establishment of rehabilitation-related centers, Pilates centers, and related research institutions
Career Paths after Graduation
Graduates can work as experts in various fields:
- 1Sports Rehabilitation Specialist
- 2Senior Rehabilitation Pilates Instructor
- 3Industrial Rehabilitation Consultant
- 4Rehabilitation Equipment Developer
- 5Rehabilitation Pilates Education Program Developer
- 6Clinical Research Specialist
- 7Digital Healthcare Expert
- 8Special Needs Children Rehabilitation Exercise Specialist
The Department of Rehabilitation Exercise Science at the Graduate School of International Studies provides
specialized education that combines physical therapy and Pilates, enhancing graduates' competitiveness
through international-level programs and practice-oriented education.
These specialized career paths are areas where graduates can maximize the advantages of integrated physical
therapy and Pilates education from the Department of Rehabilitation Exercise Science. Graduates will be able
to demonstrate their expertise in these niche markets and provide innovative services and solutions. After
graduation, paths are open for them to work as experts in various fields such as rehabilitation, health, and
research.
Department Characteristics and Advantages
The most significant feature of the Department of Rehabilitation Exercise Science at the Graduate School of
International Studies is its integrated approach combining physical therapy and Pilates. This aims not
simply to teach the two fields in parallel but to develop and apply more effective rehabilitation methods by
combining the advantages of both fields. This approach provides students with a broad perspective and
various tools, cultivating the ability to design optimized rehabilitation programs according to the
condition of patients or clients.
In terms of teaching methods, this department also has distinctive features. Education centered on clinical
reasoning and evidence-based practice focuses on developing critical thinking and problem-solving skills,
beyond simply acquiring techniques. This nurtures the ability to flexibly cope with various situations that
will be encountered in actual clinical settings after graduation.
Moreover, the introduction of international-level educational programs is a significant advantage. By
structuring the curriculum regarding educational programs from prestigious universities abroad such as the
United States and Australia, and adopting the Commonwealth physical therapy education method, it provides
education that meets global standards. This lays the foundation for students to work internationally after
graduation.
Practice-oriented education is also an important feature of the Department of Rehabilitation Exercise
Science. It allows students to acquire practical knowledge and skills that can be immediately applied in the
field, such as awarding rehabilitation Pilates certification. This greatly contributes to enhancing
employability after graduation.
Furthermore, opportunities for seminars, workshops, and joint research in connection with overseas faculty
provide students with opportunities to build global networks. This will be of great help to students hoping
to work internationally in the future.
Lastly, this department cultivates experts who meet the demands of modern society. By providing education
tailored to current social trends such as the aging society, increased interest in health, and the growing
importance of preventive and rehabilitation medicine, it supports graduates to work in fields with high
social demand.
The combination of these features provides students with a unique and competitive educational experience in
the Department of Rehabilitation Exercise Science, laying the foundation for them to work as experts in
various fields after graduation.
- 1Integrated Approach
- 2Enhanced Expertise
- 3International-level Education
- 4Practice-oriented Education
- 5Global Network
- 6Diversity of Career Paths
- 7Innovative Research Opportunities
- 8Cultivation of Personalized Healthcare Experts
- 9Meeting Societal Demands
These features and advantages enable students to work as competitive experts in various fields after
graduation and provide the foundation to lead innovation in the field of rehabilitation exercise.
Faculty (M.O.M.P.T.C.)
Department Chair
- phone 041-580-2532
- E-mail sblee@nsu.ac.kr
- Research Field Orthopedic Water Physiotherapy, Neuromusculoskeletal Physiotherapy
Professor
- phone 010-5278-1317
- E-mail yunsh@nsu.ac.kr
- Research Field Pilates. Programming and Software Development
Professor
- phone 041-580-2993
- E-mail amyjee@nsu.ac.kr
- Research Field Motor medicine and motor physiology
Professor
- phone 041-580-2532
- E-mail righttmind@nsu.ac.kr
- Research Field Electrical physiology, neurological exercise therapy, neurophysiology
Professor
- phone 041-580-2533
- E-mail taeyoo88@nsu.ac.kr
- Research Field Sports damage, cardiopulmonary therapy
Curriculums
-
Applied Human Anatomy Physiology
Advanced study of the anatomical structure and function of the musculoskeletal, nervous, and fascial systems
Analysis of posture and movement, interpretation of radiological anatomy, understanding of injury mechanisms and healing processes
Development of the ability to apply anatomical knowledge to clinical practice and rehabilitation program design -
Understanding Clinical Reasoning and Evidence—Based Practice
Concept and process of clinical reasoning: Methods for patient assessment, hypothesis formation, diagnosis, and treatment planning
Principles of evidence—based therapy: Acquiring skills in searching, evaluating, and applying the latest research evidence
Improving clinical decision—making skills: Practical application and development of critical thinking through case studies -
Fundamentals of Pilates and Mat Exercises
Core principles and philosophy of Pilates: Understanding centering, concentration, control, precision, breath, and flow
Basic mat exercise techniques: Step—by—step learning and practice of key Pilates mat exercises
Anatomical principles and exercise effects: The impact of Pilates exercises on the body and their application in rehabilitation -
Advanced Exercise Physiology and Prescription
Advanced Exercise Physiology: In—depth study of body systems' responses and adaptation mechanisms during exercise
Personalized Exercise Prescription: Scientific design of exercise programs based on individual health status, fitness level, and goals
Exercise Prescription for Special Populations: Developing exercise strategies for diverse groups including chronic disease patients, the elderly, and athletes -
Movement Function and Rehabilitation I
Biomechanical analysis of human movement: Understanding the interaction of joints, muscles, and nervous system in movement patterns
Functional movement assessment: Analysis and interpretation of movement function using various assessment tools and methods
Rehabilitation principles and techniques: Learning evidence—based rehabilitation approaches and exercise therapy strategies for movement disorders -
Research Methodology and Health Big Data Utilization
Research Design and Statistical Analysis: Learning quantitative and qualitative research methodologies and data analysis techniques in the field of rehabilitation exercise
Understanding Health Big Data: Exploring the characteristics, collection, storage, and processing methods of large—scale medical and health—related data
Big Data Analysis and Application: Studying health big data analysis using machine learning, artificial intelligence, and methods to support clinical decision-making -
Pilates Equipment Practice I: Reformer and Clinical Applications
Structure and Principles of the Reformer: Learning the basic structure, operating principles, and safe usage of the Pilates Reformer equipment
Reformer Exercise Techniques: Step—by—step acquisition and practice of various Reformer exercises, from basic to advanced levels
Clinical Application and Program Design: Studying the development and application methods of Reformer exercise programs tailored to various physical conditions and rehabilitation purposes -
Manual Techniques and Pilates Integration I
Fundamental Principles of Manual Therapy: Theory and practice of major manual therapy techniques including joint mobilization and soft tissue techniques
Integration of Pilates and Manual Techniques: Learning methods to incorporate manual therapy principles into Pilates exercises
Development of an Integrated Approach: Establishing effective strategies for combining manual techniques and Pilates exercises based on the patient's condition -
Movement Function and Rehabilitation II
Advanced Movement Analysis: Learning in—depth analysis and assessment techniques for complex functional movements and sport—specific actions
Rehabilitation for Special Populations: Studying movement characteristics and tailored rehabilitation approaches for special groups such as the elderly, athletes, and individuals with neurological disorders -
Manual Techniques and Pilates Integration II
Advanced Manual Therapy Techniques: Learning and practicing advanced manual therapy skills such as myofascial release techniques and PNF (Proprioceptive Neuromuscular Facilitation)
Integration of Pilates Equipment and Manual Techniques: Applying manual therapy techniques using various Pilates equipment such as the Reformer and Cadillac
Clinical Case—Based Approach: Developing and applying integrated treatment strategies combining manual techniques and Pilates for complex musculoskeletal conditions -
Pain: Mechanisms and Management
Neurophysiology of Pain: Understanding the mechanisms of acute and chronic pain development, and the role of central and peripheral nervous systems
Pain Assessment Methods: Learning multidimensional pain assessment tools and techniques, including comprehensive pain evaluation methods that incorporate psychosocial factors
Evidence—Based Pain Management: Studying multidisciplinary pain management strategies and the latest intervention techniques, including both pharmacological and non—pharmacological approaches -
Pilates Equipment Practice II: Cadillac, Chair, and Barrel
Advanced Understanding of Pilates Equipment: Learning the structure, function, safe usage, and unique characteristics of the Cadillac, Chair, and Barrel
Acquisition of Diverse Exercise Techniques: Practicing Pilates exercises from beginner to advanced levels using each piece of equipment and improving teaching skills
Clinical Application and Programming: Studying the design and application methods of customized exercise programs for various physical conditions and rehabilitation goals -
Sports Rehabilitation and Performance Enhancement Program
Understanding and Assessment of Sports Injuries: Learning the mechanisms of common sports injuries, assessment methods, and sport—specific functional evaluation techniques
Evidence—Based Sports Rehabilitation: Studying post—injury staged rehabilitation protocols, and designing and applying sport—specific rehabilitation exercise programs
Strategies for Improving Athletic Performance: Analyzing fitness components required for specific sports, and developing training programs for injury prevention and performance enhancement -
Rehabilitation Exercise for Elderly and Special Populations
Physiological Characteristics of Aging and Special Populations: Understanding the physical and psychological characteristics of special populations including the elderly, individuals with chronic diseases, and people with disabilities
Customized Assessment and Exercise Prescription: Learning functional assessment methods for special populations and principles for designing safe and effective exercise programs
Multifaceted Rehabilitation Approach: Developing and applying comprehensive rehabilitation exercise programs aimed at fall prevention, improving activities of daily living, and enhancing quality of life -
Rehabilitation Clinic Management and Leadership
Principles of Rehabilitation Clinic Management: Learning key elements of rehabilitation clinic management including medical service quality control, improving patient satisfaction, and financial management
Understanding Healthcare Policies and Regulations: Acquiring institutional knowledge necessary for operating a rehabilitation clinic, including health—related laws, insurance claims, and medical ethics
Leadership and Team Management Skills: Developing leadership competencies required as a rehabilitation professional, such as effective communication, conflict resolution, and team building -
Rehabilitation Case Studies and Clinical Practicum
Analysis of Diverse Rehabilitation Cases: Developing comprehensive problem—solving skills through various clinical cases including musculoskeletal, neurological, and sports—related rehabilitation
Clinical Reasoning and Decision—Making Training: Practicing the process of assessment, diagnosis, treatment planning, and intervention method selection based on real patient cases
Field—Centered Clinical Practice: Enhancing practical skills through application of rehabilitation programs to actual patients in rehabilitation centers, hospitals, and sports facilities, and through feedback