π§ Model Context Prompt - MCP
Step 1: Create Your Research Plan
Before using AI, establish your research framework:
Define Your Scope:
- What specific problem are you investigating?
- Who is the affected population?
- What geographic area?
- What time frame?
Set Research Objectives:
- Understand likely root causes and effects
- Identify common indicators and measurement approaches
- Find credible sources for deeper reading
- Surface knowledge gaps and assumptions
- Prepare questions for stakeholder validation
Plan Documentation:
- How will you track sources and citations?
- Where will you store evidence vs. assumptions?
- How will you organize findings for team review?
Step 2: Build Your MCP (Model Context Protocol) Prompt
The MCP structure ensures your AI assistant provides systematic, high-quality outputs:
2.1 System Context Block
You are an evidence-focused research assistant for nonprofits/social enterprises.
Behaviors: neutral, transparent, concise. Cite publisher + year. Prefer reputable
sources (UN agencies, government statistics, multilaterals, peer-reviewed).
Separate facts from assumptions. Flag uncertainties and potential bias.
2.2 Knowledge Context Block
Draft core problem: [Your one-line problem statement]
Scope/Context: [Geography, population, timeframe if relevant]
What we already know:
- [Existing insight 1 with source if available]
- [Existing insight 2]
- [Existing insight 3]
Keywords/aliases: [Related terms and concepts]
2.3 Task Context Block
Objectives:
1) Propose a Preliminary Problem Tree: core problem; 2-3 levels of root causes; key effects
2) Suggest common indicators that evidence each cause/effect (name β’ unit β’ typical sources)
3) Provide 5-10 credible sources to read next (publisher β’ year β’ link if available)
4) List uncertainties/gaps and assumptions that need field validation
5) Draft 10 stakeholder research questions to validate and deepen understanding
2.4 Prompt Block
Using the contexts above, produce:
- A **Preliminary Problem Tree** in markdown bullets
- A table of **indicators** (Indicator β’ What it measures β’ Possible sources)
- A **Reading list** (publisher β’ year β’ link if available)
- **Uncertainties & assumptions** (bullets)
- **10 stakeholder questions**
Step 3: Run and Quality-Check AI Output
Execute the MCP:
- Paste complete prompt into ChatGPT, Claude, or similar AI assistant
- Review all outputs systematically
- Donβt accept everything at face value
Quality Verification Checklist:
- Sources credible? (UN agencies, government stats, peer-reviewed, reputable NGOs)
- Recent enough? (Appropriate recency for your topic and context)
- Links functional? (Do they open and match the described content?)
- Context fit? (Do findings match your geography and population?)
- Evidence vs. assumptions clear? (Are claims supported or speculative?)
- Contradictions noted? (Are there conflicting sources or findings?)
Spot-Check Process:
- Open 2-3 cited sources to verify dates, relevance, and accuracy
- Cross-reference key statistics with original sources
- Note any discrepancies between AI summary and source content
Step 4: Build Your Preliminary Problem Tree
Organize AI outputs into tree structure using the Problem Tree Template and Use Cases:
Core Problem:
- Extract and refine the central problem statement
- Ensure itβs specific, measurable, and solution-neutral
- Specify affected population and location
Root Causes:
- Organize causes by levels (immediate, underlying, structural)
- Group into logical categories (economic, social, policy, etc.)
- Tag each item: (E) for evidence-based, (A) for assumption
Effects:
- Sort into time horizons (immediate, medium-term, long-term)
- Consider different impact levels (individual, community, system)
- Include both direct and indirect consequences
Documentation:
- Keep citation list for evidence-based items
- Note specific sources for key statistics or claims
- Track which findings need stakeholder validation
π₯ Download MCP Resources
π Next Steps
- Choose an MCP template appropriate for your current problem tree needs
- Customize the parameters for your specific context and requirements
- Conduct AI-enhanced research following the workflow guidelines
- Continue to β Quality Assurance Checklist to validate your research
- Use π³ Problem Tree Template to structure your findings
- Prepare for stakeholder engagement using AI insights as starting hypotheses
AI is a powerful research accelerator, but itβs not a replacement for critical thinking and community engagement. Use MCP to get to better questions faster, then validate everything with people who live the reality youβre trying to understand.