(The following topics include but are not limited to)
Topic 1: Biomedical Sciences
Biomedical Basic Theory
Biomedical signal processing (ECG/EEG)
Biomedical sensors
Biomedical imaging (CT/MRI/ultrasound)
Molecular Imaging
biomechanics
Biomaterials and Tissue Engineering
Drug delivery system
Microfluidic Biochip
Organ chip technology
Gene therapy and cell therapy
Telemedicine and Health Management
Clinical Decision Support System
Medical big data analysis
Application of Artificial Intelligence in Biomedicine
Biomedical Informatics 
Topic 2: Simulation Modeling
Basic Theory of Simulation Modeling
System Modeling Methodology
Physical modeling techniques
Data driven modeling
Multi physics field coupling modeling
Multi scale modeling method
Uncertainty modeling
Model validation and verification
Simulation Algorithm Design and Optimization
High performance computing simulation
Real time simulation technology
Hardware in the loop simulation
Virtual prototyping technology
Visualization of simulation results
Simulation data analysis
Development of simulation software platform
Topic Three: Large Models
Basic Theory and Architecture of Large Models
Large Language Modeling (LLM) technology
Multimodal Large Model
Vision Foundation Model
Pre training and fine-tuning of large models
Optimization of Large Model Reasoning
Large model compression and acceleration
Large model security and alignment
Interpretability of large models
Application of Large Models in Biomedicine
Application of Large Models in Drug Discovery
Application of Large Models in Clinical Decision Making
Application of Large Models in Medical Imaging
Application of Large Models in Genomics
Standardization of Large Models
Large model project management