Briefly introduce the program background, purpose, and target group.

The Rehabilitation Medicine Department of the First Affiliated Hospital, Zhejiang University School of Medicine (FAHZU) offers a research training program designed to cultivate researchers' scientific capabilities in the field of rehabilitation medicine. The program encompasses research design, data analysis, scientific writing, and research project management. It places special emphasis on gaining an in-depth understanding of the application of cutting-edge technologies such as neurorehabilitation, critical care rehabilitation, rehabilitation medical engineering, fascial fluctuation science, piezoelectric fascial polarization fluctuation science, intelligent sensors and signal processing, and bioinformatics AI algorithms. The target audience includes clinical doctors and graduate students in the field of rehabilitation medicine.

Provide advanced research facilities.

Participate in international cooperation projects to enhance global perspective.

Cultivate innovative thinking and critical analysis skills in research.

Gain an in-depth understanding of the cutting-edge research in neurorehabilitation, critical care rehabilitation, rehabilitation medical engineering, fascial fluctuation science, and piezoelectric coupling.

Master the key steps in research design and implementation.

Learn to use statistical software for data analysis.

Enhance the ability to write and publish scientific research papers.

Develop skills in research project management and team leadership.

Gain an in-depth understanding of the cutting-edge research in neurorehabilitation, critical care rehabilitation, rehabilitation medical engineering, fascial fluctuation science, and piezoelectric coupling.

Research Areas and Goals:

Neurorehabilitation: To develop and optimize rehabilitation strategies for individuals with neurological disorders such as stroke, traumatic brain injury, and spinal cord injury, aiming to improve functional recovery and quality of life.

Musculoskeletal Rehabilitation: To enhance rehabilitation programs for patients with musculoskeletal conditions like osteoarthritis, fractures, and sports injuries, focusing on restoring mobility and reducing chronic pain.

Rehabilitation Technology: To innovate and integrate new technologies into rehabilitation practices, such as wearable devices for monitoring and feedback, virtual reality for immersive therapy, and robotics for assisted movement and training.

Sarcopenia Research: To study the mechanisms of muscle loss in sarcopenia and develop interventions that can effectively increase muscle mass and strength, thereby improving rehabilitation outcomes and overall well-being in affected patients.

Fascial Fluctuation Science and Piezoelectric Coupling: To investigate the therapeutic potential of fascial fluctuation techniques and the application of piezoelectric coupling in rehabilitation, with the goal of discovering new treatment modalities that can enhance tissue healing and function.

Include project titles and short descriptions.

Research areas include neurorehabilitation, musculoskeletal rehabilitation, and rehabilitation technology.

Investigate sarcopenia to enhance rehabilitation outcomes and improve patients' quality of life.

Explore the scientific applications of fascial fluctuation science and piezoelectric coupling.

Undergraduate students：

Must be an undergraduate student in the fields of Biomedical Sciences, Rehabilitation Sciences, or related disciplines.

Completion of basic science courses, including Biology, Physiology, and Basic Biostatistics.

Interest and potential in participating in scientific research projects.

Graduate students：

Must be a graduate student in the fields of Biomedical Sciences, Rehabilitation Sciences, or related disciplines.

Possess certain research experience, including laboratory work and participation in scientific research projects.

Familiar with the basic processes and methods of scientific research.

Researcher fellows：

Possess a Bachelor's or Master's degree in a related field.

Aspiring researchers in the field of rehabilitation medicine.

Have the ability and experience to independently conduct research projects.

Doctors：

Hold a medical degree with a strong interest in the field of rehabilitation medicine.

Have clinical experience and are willing to engage in research work to improve the quality of medical services.

Willing to apply research findings to clinical practice.

Postdocs：

Hold a doctoral degree and have postdoctoral research experience.

Have conducted in-depth research in rehabilitation medicine or related fields.

Seeking further professional development and opportunities for research collaboration.

Others, please specify:

Possess a relevant professional background and clinical experience.

Have a particular interest or experience in fascial fluctuation science and subjective sensation research.

Willing to integrate research knowledge into clinical practice to enhance patient rehabilitation outcomes.

Duration: 8 weeks

Daily Training Schedule (Example): Monday:

9:00 AM – 12:00 PM: Lecture on Fundamentals of Neurorehabilitation

1:00 PM – 3:00 PM: Practical Training: Clinical Research Methods in Neurorehabilitation

Tuesday:

10:00 AM – 12:00 PM: Advanced Workshop on Critical Care Rehabilitation

2:00 PM – 4:00 PM: Journal Club: Discussing the Latest Advances in Rehabilitation Medical Engineering

Wednesday:

9:00 AM – 11:00 AM: Data Analysis Session: Reviewing Recent Neurorehabilitation Research Outcomes

11:30 AM – 12:30 PM: One-on-one Mentorship Meetings

Thursday:

9:00 AM – 11:00 AM: Lecture on Fascial Fluctuation Science and Piezoelectric Fascial Polarization Fluctuation Science

1:00 PM – 3:00 PM: Hands-on Training: Application of Smart Sensors and Signal Processing in Rehabilitation

Friday:

9:00 AM – 11:00 AM: Seminar on the Application of Bioinformatics AI Algorithms in Rehabilitation

1:00 PM – 3:00 PM: Collaborative Project Work: Integration of Technology into Rehabilitation Strategies

Program Training Schedule (Example):

Introduction & Welcome Time Duration: (1 day) Activities:

Overview of the program and objectives

Introduction of faculty and expectations

Foundational Session Time Duration: (1 week) Topics:

Core principles of neurorehabilitation and critical care rehabilitation

The role of rehabilitation medical engineering in modern healthcare Format: Lecture, interactive Q&A, multimedia presentations

Practical/Hands-On Session Time Duration: (3 weeks) Activities:

Demonstrations of rehabilitation technologies and equipment

Practice exercises in applying smart sensors and signal processing for patient assessment

Guided activities for data analysis using bioinformatics AI algorithms

Focused Research Topics Time Duration: (3 weeks) Topics:

Innovations in fascial fluctuation science and its impact on rehabilitation

Exploring the integration of piezoelectric fascial polarization fluctuation science in treatment modalities Format: Interactive lectures, case study discussions, guest expert talks

Collaborative Session Time Duration: (1 week) Activities:

Team Projects: Focused on Developing Innovative Clinical Rehabilitation Protocols

Brainstorming Sessions: Discussing How to Utilize Cutting-edge Technology to Enhance Clinical Rehabilitation Outcomes

Wrap-Up & Reflection Time Duration: (2 days) Activities:

Presentations on projects and key learnings

Feedback sessions to discuss the training experience and areas for improvement

Theory Assessment (Written Tests):

Method: Participants will take mid-term and final exams to evaluate their understanding of the theoretical concepts and scientific principles covered in the training program.

Content: The exams will cover topics such as subjective sensation, fascial fluctuation science, signal processing, AI algorithms, research design, and data analysis.

Format: Written test, including multiple-choice questions, short-answer questions, and case analysis questions.

Practical Assessment:

Method: Participants are required to complete a series of experimental operations and data analysis tasks to assess their practical skills and operational abilities.

Content: Practical operations may include signal acquisition, data processing, experimental design, and instrument usage.

Format: Laboratory reports, data analysis reports, and operational demonstrations.

Report Submission:

Method: Participants are required to write and submit a research report to showcase the outcomes of their research projects during the training period.

Content: The report should include sections on research background, methods, results, and discussion.

Format: Written research report, which may include oral presentations and poster presentations.

Project Proposal and Thesis:

Method: At the end of the project, participants are required to submit a detailed research proposal or a draft thesis.

Content: The proposal or thesis should demonstrate the participant's ability to conduct independent research, including problem formulation, research design, expected objectives, and possible solutions.

Format: Written proposal or thesis, including an oral defense.

Certificate Issuance:

Completion Certificate: All participants who successfully complete the research training program will receive a completion certificate issued by the Rehabilitation Medicine Department of the First Affiliated Hospital, Zhejiang University School of Medicine.

Outstanding Performance Certificate: Additional certificates of outstanding performance will be awarded to participants who excel in both theoretical and practical assessments, in recognition of their exceptional achievements.

Explain how participants can provide feedback about the training experience.

The program is free of charge.

Program Coordinator: ZHANG Tianfang

Email: 13735852285@163.com

Phone:+186 13735852285