Three pathways for different stages of research development.
These are not simple difficulty levels. Each pathway is matched to the student's foundation, intended work, required support, available resources, and time.
THREE RESEARCH PATHWAYS
From foundational judgment to complete evidence and system-level work.
Before starting, Dr. Li evaluates the student's background, goals, time, experimental conditions, and competition plans to determine fit.
01
CAPABILITY BUILDING · SMALL COHORT
Research Foundations
Learn how to design a project from the ground up.
For students with broad interests but no defined research question.
Question Formation
Convert curiosity into a bounded problem.
Literature Judgment
Separate established knowledge from an open angle.
Feasibility
Match scope to time, resources, safety, and skill.
Proposal Defense
Explain and improve every design decision.
EXPECTED OUTPUTS
Personal research direction map
Project-design blueprint
Evaluator-style revision memo
02
MILESTONE-BASED · INDIVIDUAL MENTORSHIP
Independent Research
Move from a defensible design to complete experimental evidence.
For students ready to execute, document, analyze, and communicate a sustained project.
Pilot Validation
Confirm signal, range, and method stability.
Experimental Rigor
Use controls, replication, and traceable records.
Data Analysis
Build interpretable figures and proportional conclusions.
Scientific Communication
Write and defend the work independently.
EXPECTED OUTPUTS
Complete research record
Figures and scientific report
Poster or presentation package when appropriate
03
ISEF DIRECTION · SELECTIVE
Research Excellence
Build system-level evidence and high-intensity scientific communication.
For a limited number of students pursuing high-level science fairs or publication-quality work.
System Architecture
Build multi-module validation around one central question.
Mechanistic Support
Add structured comparisons, models, and appropriate validation.
Research Narrative
Create paper-quality figures and a coherent scientific story.
Defense Preparation
Practice strategy, presentation, and intensive mock questioning.
EXPECTED OUTPUTS
System-level project framework
Publication-standard manuscript when evidence supports it
Competition or submission strategy appropriate to the work
SHARED RESEARCH WORKFLOW
A traceable research path with evidence at every step.
Projects differ in depth, but all follow authentic data, milestone review, risk control, and clear scientific boundaries.
01
Direction & Question
Interests, real needs, and research boundaries
02
Literature & Feasibility
Research gap, resources, safety, and approvals
03
Plan & Pilot
Hypothesis, variables, controls, and critical validation
04
Experiments & Data
Rigorous execution, replication, records, and analysis
05
Refine & Communicate
Report, poster, defense, and iteration
Quality control: early validation · milestones · contingency plans · authentic data · clear boundaries
SCOPE & INTEGRITY
Develop independent research ability without promising uncontrollable outcomes.
Students must participate authentically and explain the question, methodological choices, original data, and every conclusion.
WHAT DR. LI PROVIDES
Individualized research pathway and study-design guidance
Experimental design, data analysis, and scientific communication
Competition or publication support appropriate to the evidence
Milestone assessment, feedback, and quality control
WHAT IS NOT GUARANTEED
No guarantee of publication
No guarantee of competition advancement or awards
No completion of academic work on the student's behalf
No exaggeration of data or conclusions
Professional mentorship notice. These pathways are selective, fee-based remote research mentorship programs—not free mentor matching or guaranteed laboratory placement. Students complete experimental work locally with appropriate supervision and safety provisions.
PROGRAM FIT
Not sure which path fits? Begin with Dr. Li's review.
