Familiar with 3D

Learn the relevant knowledge of bionics, and understand the application and challenges of bionics in the biomedical field.

This paper studies the existing bionic bone design and manufacturing technology, and discusses its advantages and disadvantages.

We began to design and manufacture suitable 3D printing machine tools and corresponding software to support the follow-up experiments.

Second year

Based on the knowledge of 3D printing and bionics, combined with the knowledge of biomaterials, medicine and other disciplines, the characteristics of bionic bone and its application in the medical field are deeply explored.

Improve the understanding of 3D printing machine tools and software, and further optimize their design.

Set out to design and make bionic bone samples, and carry out experimental tests and data analysis.

Write relevant papers and put forward some innovative scientific research problems.

Third year

According to the research results of the previous two years, we will further deepen the research, improve the design and technology of bionic bone and optimize its performance.

Carry out a wider range of experimental tests, deeply analyze the experimental results, and explore the adaptability and advantages of bionic bone in different application fields.

Actively participate in international conferences and academic exchanges with peers, broaden their horizons and improve their professional level.

Establish your own scientific research team, train student members and guide them to carry out related research.

Fourth year

On the basis of research accumulation in the first three years, further promote scientific research work. Expand the scale of related research, explore more application scenarios, and deeply analyze the advantages and limitations of bionic bone products.

Write and submit a doctoral thesis.

The plan is for reference only, and the actual development route needs to be adjusted according to the specific situation. In the whole doctoral research process, we should constantly learn new knowledge, broaden our horizons, actively participate in academic exchanges and practice, and pay attention to teamwork to become a real expert in the field of 3D printing structure design (bionic bone).