(Topics include but are not limited to)
Topic 1: Biomedical Materials
Advanced gene and drug delivery systems/vaccine carriers
Application of biomaterials
ANTI-AGING MEDICINE
biomanufacturing
Biomimetic Materials/Biomimetic Intelligent Biomaterials
Biomedical inorganic non-metallic materials (bioceramics, bioglass, etc.)
biomedical metallic materials 
Biomedical polymer materials
Biomedical composite/hybrid materials
Biodegradable/Functional Biomaterials
Bioactive materials for regenerative medicine
Biomedical and 3D bioprinting
Biomaterials in Stem Cell Technology
Biomaterials for implants
Biomaterials for therapeutic delivery
Biological imaging and biophotonics
Biomaterials and Nanotechnology
Biomedical Engineering Technology
Biobank and Biosensors
Cell material interaction
Emerging methods/technologies
hydrogel
Molecular biocompatible biomaterials
nano-biomaterials
Natural biomaterials
Polymer biomaterials
Surface modification and coating
bracket
Biocompatible material
Biomimetic materials
Organizational Engineering and Regenerative Medicine Materials
nano-biomaterials
3D printing of biomaterials
biochip
Artificial organs and transplantation technology
Design and Manufacturing of Organizational Engineering Scaffolds
Biomechanics and Bionics
Topic 2: Chemical Biology
Structure and Function of Macromolecules
Gene regulation and signal transduction
Enzymology and Metabolism
Synthetic biology
membrane biochemistry
Hormone Biochemistry
metabolomics
Translational Molecular Biology Biology
Chemistry and Molecular Biology Teaching
Geochemistry and Health
Fundamentals of Chemical Engineering
Challenges and Development of Chemical Engineering Education
Physics, Theory, and Computational Chemistry
Chemical Reaction Engineering
Chemical Engineering Equipment Design and Process Design
Catalysis and Reaction
Bioengineering and Bioinformatics
biomedical science
Physics and Engineering Spectroscopy
molecular structure
plasma
Dynamic physical chemistry
catalyze
nonlinear dynamics
electrochemistry
biophysical chemistry
photochemistry
radiation chemistry
radiochemistry
nuclear chemistry
Catalysis and Reaction Engineering
Separation Process and Technology
Chemical Engineering Materials Science
The impact of chemical processes on the environment
Calculation methods in chemical engineering
biochemical engineering
Industrial applications of chemical engineering
Topic 3: Physical Engineering
Materials Science Solid State
Sound/Electricity/Light/Heat
physical chemistry
Polymer Physical Chemistry
atomic physics
Solid State Physics
Structure and physical properties
Nuclear Electronics
environmental protection
Nuclear Technology and Applications
Vibration, Noise and Their Control
forensic medicine
Pharmaceutical Physical Chemistry
Quantum Electronic Informatics
phase boundary
nuclear physics
Complex compounds
General Physical Chemistry
Electroacoustic Technology
Circuit Principles and Analysis
Geophysical chemistry
Mechanics and Theoretical Mechanics
quantum physics
Optics and Laser Physics
Principles of Quantum Mechanics in Photon Systems
semiconductor physics
The Physical Properties and Applications of Two Dimensional Materials
Intense Laser and Plasma Physics
Non-equilibrium statistical physics and quantum heat engines
The Application of Large Scale Simulation and Machine Learning in Physics
solid state physics
semiconductor physics