Research Training Camp
Stage 1 → Clinical Research Methodology Training
Intensive lectures covering four modules: Clinical Research, Translational Research, Interdisciplinary Frontiers, and Research Literacy
Stage 2 → Project-Based Learning
Dual-mentor system (clinical + research), with teams focused on clinical problem-solving
Stage 3 → Tanoto Foundation Scientific Research Seed Fund Support
Select outstanding projects, nurture CPSD Scholars, and provide 1–2 years of continuous research support and exchange opportunities.
Future Medicine Lecture Series
Academic exchange platform, focusing on four core medical fields
Bringing together global experts and building cross-disciplinary platforms
Hosting regular events, open to everyone
CPSD Scholar Program
Selection Mechanism: Outstanding projects from the Research Training Camp are chosen to receive Seed Fund support.
Support System: Assistance with grant applications, manuscript preparation, and cross-institutional exchanges
Training Objective: Cultivate core talents with both clinical and research capabilities
Physician Scientist Alliance
Cross-Institutional Connectivity: Integrating the Medical School, global experts, and affiliated hospital research teams
Diverse Collaboration: Promoting cross-disciplinary translation through forums, seminars, and site visits
Enhanced Collaboration: Evolving into a joint research and teaching framework, offering integrated courses and incubation programs
Core Strengths
· Interdisciplinary Resources
Leverage Tsinghua’s strengths to create a cross-disciplinary environment for medical training
· Dual-Mentor System
Bringing together clinical experts and research scholars to align clinical needs with scientific innovation
· Full-Chain Support
Integrating training, incubation, funding, and translational research into a lifelong learning and development platform
· Global Vision
Linking top global academic and expert resources to expand international collaboration
Partitions / Parts
Part 01: How to Become an Outstanding Physician-Scientist
1. The 7 Habits of an Effective Physician-Scientist
2. How to Write a Paper for a Top International Journal
3. Becoming a Surgeon-Scientist and Conducting Multi-Center Surgical RCTs
4. Building International Collaborations & Conducting High-Quality Clinical Research
5. Program Design & Course Outline
Part 02: Fundamental Biostatistics in Medical Research
1. Examples of Observational Studies
2. Principles of Clinical Research Design & Data Analysis
3. Principles of RCTs, Non-Inferiority Designs, Adaptive Designs, Interim Analysis, and Final Reporting
4. Meta-Analysis & Network Meta-Analysis
5. How to Identify Scientific Questions from Clinical Problems, Find Research Mentors, and Build Research Teams
Part 03: Translational Research & Practice
1. Translational and Precision Medicine
2. Biobank Management
3. Researcher-Initiated vs. Industry-Initiated Trials
4. How to Apply for Patents and Promote Technology Transfer
5. How to Collaborate Across Disciplines for Mutual Benefit
Part 04: AI, Big Data, Bioengineering & Medicine
1. Clinical Database Management
2. Frontiers of Medical Research with Generative AI
3. How Bioinformatics and AI Support Medical Research
4. How Cutting-Edge Technologies Support Medical Research
Programs