This program is designed to introduce the application of 3D-printed novel biomaterials in tissue engineering. It seeks to provide participants with a solid foundation of theoretical knowledge and practical skills, equipping them with skills essential for translational research and clinical innovation. The target group includes graduate students, research fellows, and postdoctoral researchers passionate about regenerative medicine.

Participate in weekly mentorship sessions with Dr. XU and a multidisciplinary research team.

Gain access to state-of-the-art laboratory facilities, including scanning electron microscope (SEM), laser confocal microscope, and flow cytometry.

Directly conduct project research.

Publish high-impact SCI papers in international journals.

Participate in national and international academic exchange activities.

Develop critical thinking, analytical skills, and practical inquiry abilities using cutting-edge healthcare and medical research approaches.

Understand the application of 3D-printed novel biomaterials in tissue engineering

Master laboratory techniques such as material characterization, cell experiments, and animal experiments.

Gain experience in clinical trial design and analysis

Cultivate skills in scientific writing and grant preparation

 Mechanisms of temporomandibular joint disorders  

Virtual simulation education in dentistry  

 Development of novel biomaterials for oral applications  

 Medical big data and artificial intelligence  

Projects:

1. Efficacy of fiber-reinforced bionic scaffolds for the repair of craniofacial bone defects

2. Efficacy and mechanism of fiber-reinforced bionic scaffolds for the repair of temporomandibular joint cartilage defects

Undergraduate students：

Candidates should be enrolled in a bachelor's degree program in dentistry, clinical medicine, biology, materials science or a related field. Basic proficiency in English is required.

Graduate students：

Candidates must be enrolled in a Master’s, M.D. or Ph.D. program in dentistry, clinical medicine, biology, materials science, or a related field. Familiarity with research methodologies and laboratory techniques is required. Fluency in English is mandatory.

Researcher fellows：

Applicants should have an advanced degree (M.Sc. M.D. Ph.D. or equivalent) in a biomedical discipline with some prior research experience. Candidates must demonstrate an ability to work independently and contribute to team projects. Proficiency in English is essential.

Doctors：

Candidates must hold an M.D. degree with clinical experience, preferably in dentistry or orthopedics. Research experience is not mandatory but is a strong advantage. Applicants must be fluent in English.

Postdocs：

Postdoctoral fellows should have a Ph.D. in biomedicine, materials science, or an M.D. with clinical training in medicine, or the equivalent of education, training and experience. Candidates should be fluent in English.

Duration: 8 weeks

Daily Training Schedule:

Monday:

9:00 AM – 12:00 PM: Lecture: Fundamentals of 3D Printing in Biomaterials Science

1:00 PM – 3:00 PM: Wet lab training: Material characterization, Cell experiments

3:15 PM – 4:00 PM: Group Discussion: Key Challenges in Tissue Engineering

Tuesday:

10:00 AM – 12:00 PM: Wet lab training: Animal experimental technology

2:00 PM – 4:00 PM: Journal club: Discussing recent papers in biomaterials research

Wednesday:

9:00 AM – 11:00 AM: Data analysis for experimental results

11:30 AM – 12:30 PM: One-on-one mentorship meetings

Program Training Schedule:

1. Introduction & Welcome

Time Duration: (1 day)

Activities:

Program overview and objectives

Introduction of facilitators and participants

Networking and ice-breaking session

2. Foundational Session

Time Duration: (1 week)

Topics:

Basic principles of biomaterials and tissue engineering

Overview of 3D-printing technologies

Theoretical lectures and interactive Q&A

Format: Lecture, multimedia presentations, and quizzes

3. Practical/Hands-On Session

Time Duration: (3 weeks)

Activities:

Demonstrations of research tools or methods (e.g. lab equipment, software)

Practice exercises where participants replicate a research technique

Guided small-group activities for solving a case or analyzing data

4. Focused Research Topics

Time Duration: (3 weeks)

Topics:

Innovations in biomaterial formulations

Applications of bioprinted constructs in regenerative medicine

Ethical considerations and regulatory standards

Format: Interactive lectures, guest speaker sessions, and project discussions

5. Collaborative Session

Time Duration: (1 week)

Activities:

Group projects or brainstorming sessions

Problem-solving exercises or simulations

6. Wrap-Up & Reflection

Time Duration: (2 days)

Activities:

Participant presentations of final projects

Group discussion on key takeaways and challenges

Closing ceremony and certification distribution

Assessment Methods:

Submission of a final research report that summarizes laboratory work and findings.  

Practical evaluations conducted during wet lab sessions.  

Certificates awarded upon successful completion of the program.  

Feedback for Participants:

At the end of the program, participants can provide anonymous feedback through an online form. Additionally, one-on-one feedback sessions will be arranged halfway through the program.

The program is free of charge.

Program Coordinator: XU Ting

Email: xut@zju.edu.cn

Phone: +86 135 8839 7567

Program Coordinator: HONG Yue

Email: hong_y@zju.edu.cn

Phone: +86 198 0581 4500