How to Use Claude AI to Write Your Project Documentation Automatically
Stop spending hours writing SRS documents, README files, and project reports from scratch. Claude AI can generate professional documentation from your code and project description in minutes — here is exactly how.
Writing project documentation is one of the most time-consuming parts of any CS or software engineering project — and one of the least enjoyable. An SRS document alone can take 4–8 hours to write properly. A README that actually explains your project clearly takes another hour. API documentation, project reports, user manuals — by the time you are done, you have spent more time writing about your project than building it.
Claude AI changes this entirely. Because it is specifically excellent at understanding long documents, reading code logic, and writing in clear professional language, it is the best AI tool for generating documentation in 2026. This guide shows you exactly how to use it — with ready-to-copy prompts for every document type a CS student needs.
Step 1 — Set Up Claude the Right Way
Before writing a single prompt, set Claude up so it understands your project context. Doing this once saves you from re-explaining your project in every message.
Go to claude.ai and start a new Project
Claude’s Projects feature (available free in 2026) lets you upload files and set persistent instructions that Claude remembers across every message in that conversation. Create a new Project called “My Final Year Project Documentation” and use this as your workspace for everything in this guide.
Upload your code files at the start
In your Project, upload your key PHP files — the main controller, database connection, and the most complex module. Claude can read up to 20 files per chat (30MB max per file on the free tier). You do not need to paste code into every message — Claude remembers what you uploaded for the whole conversation.
Set your project context with this opening message
Send this as your FIRST message in Claude — sets context for everything
I am a final year computer science student. I have built a [Project Name]
using PHP and MySQL for my capstone project submission.
Project overview:
- System name: [e.g. ISP Management System]
- Main purpose: [e.g. Allows ISPs to manage customers, billing, and inventory]
- Key modules: [e.g. Customer management, Monthly billing, Stock tracking, Expenses]
- Tech stack: PHP 8, MySQL, HTML/CSS, JavaScript, XAMPP
- Target users: [e.g. Small ISP administrators]
- Database tables: [e.g. customers, internet_plans, bills, collections, expenses, stock]
I need your help generating professional documentation for my project.
I will be sharing code files and asking you to produce specific documents.
Please write all documentation in formal academic language suitable for
a university final year project submission.
Do you understand the project? Ask me any clarifying questions before we start.
Step 2 — Generate Your SRS Document
A Software Requirements Specification is the most important document in most CS final year projects. It typically takes 6–8 hours to write from scratch. Claude can produce a professional first draft in about 3 minutes — which you then review, personalise, and refine.
What a proper SRS needs to include
A complete SRS should cover: Introduction and scope, Overall system description, Functional requirements (what the system does), Non-functional requirements (performance, security, usability), Use case diagrams description, Database design description, System constraints, and Assumptions. Claude knows all of these sections — you just need to give it your project specifics.
The SRS prompt — paste after your context message
Paste into Claude — generates a full SRS outline and content
Based on the project context I shared, generate a complete Software
Requirements Specification (SRS) document following IEEE 830 standard format.
Include all of these sections with full content — not just headings:
1. Introduction
- Purpose of the document
- Scope of the system
- Definitions and abbreviations
- Overview of the document
2. Overall System Description
- Product perspective (standalone vs part of a larger system)
- Product functions (brief summary of major functions)
- User characteristics (who uses the system and their technical level)
- Operating environment (XAMPP / PHP / MySQL / browser-based)
- Design and implementation constraints
- Assumptions and dependencies
3. Specific Functional Requirements
- Write one numbered requirement per module
- Format: REQ-[number]: The system shall [action]
- Cover all modules: [list your modules]
- Include admin authentication requirements
- Include CRUD operation requirements for each module
- Include reporting and billing requirements
4. Non-Functional Requirements
- Performance requirements
- Security requirements (session management, input validation)
- Usability requirements
- Reliability requirements
- Maintainability requirements
- Compatibility requirements (browsers, PHP version)
5. External Interface Requirements
- User interface description
- Hardware interface
- Software interface (PHP version, MySQL version, browser)
- Communication interface
6. Database Requirements
- List all database tables with their purpose
- Describe the key relationships between tables
- Describe data validation rules
Write this as a formal, professional document ready for academic submission.
Use complete sentences and paragraphs — not just bullet points.
Refine specific sections with follow-up prompts
Follow-up — expand functional requirements for a specific module
The billing module is the most complex part of my project and the examiner
will focus on it heavily. Please expand the functional requirements section
specifically for the billing module with at least 8 detailed requirements,
covering: bill generation logic, duplicate prevention, payment recording,
overdue detection, and admin reporting. Use the REQ-[number] format.
See the difference — Before and After Claude
❌ What most students write
“REQ-1: The system should have a login page.
REQ-2: Admin can add customers.
REQ-3: Admin can view bills.
REQ-4: The system should be fast.
REQ-5: The system should be secure.”
Problems: Vague, untestable, missing acceptance criteria, no detail, no non-functional requirements depth. Examiners see this and immediately know it was written hastily.
✓ What Claude generates
“REQ-07: The system shall generate monthly billing records for all customers whose status field is set to ‘active’ in the customers table. Each generated bill record shall include the customer_id, plan_id, calculated amount derived from the internet_plans.price field, a due_date set to the 28th of the current month, and a status field defaulting to ‘unpaid’. The system shall prevent duplicate bill generation by querying the bills table for existing records matching the customer_id and the current month before inserting a new record.”
This is testable, specific, references your actual database schema, and demonstrates genuine understanding of the system design.
Step 3 — Generate a Professional README File
A README is the first thing a developer (or examiner) sees when they look at your project. Most students write three lines. A good README takes 45 minutes to write properly. Claude generates one in under a minute.
Paste into Claude — generates a complete professional README.md
Generate a complete, professional README.md file for my project using
standard Markdown formatting. Include all of these sections:
# [Project Name]
> One-sentence description of what the system does and who it is for.
## Overview
Two paragraphs: what the system does and the problem it solves.
## Features
List every major feature with a brief description. Group by module.
## Tech Stack
Table format: Technology | Version | Purpose
## Prerequisites
What the user needs installed before they can run the project.
(PHP, XAMPP/WAMP, MySQL, browser — with recommended versions)
## Installation
Numbered step-by-step installation guide:
1. XAMPP setup
2. Database import steps
3. Configuration file setup
4. How to access the system
5. Default login credentials
## Project Structure
Show the file/folder structure with a brief note on each key file.
## Database Schema
List the main tables and their purpose.
Describe the key foreign key relationships.
## Screenshots
[Section with placeholder text: "Screenshots coming soon" — I will add images]
## Use Cases
Who this system is built for and real-world scenarios where it would be used.
## Future Improvements
List 5 realistic features that could be added to extend the project.
## License
MIT License — free to use for educational purposes.
## Author
[My name], [University name], Final Year Project [Year]
Write in clear, professional English. Use proper Markdown syntax throughout.
Step 4 — Generate a Full Project Report
Most universities require a formal written report (sometimes called a project dissertation or technical report) alongside the working system. This is typically the longest document — 30 to 80 pages — and the most time-consuming to write. Claude can generate strong first drafts of each chapter, which you then personalise with your own observations and screenshots.
The smart approach — chapter by chapter
Do not ask Claude to write the whole report in one message. Ask for one chapter at a time, give it feedback, and build up the document progressively. This produces much better quality output and lets you maintain control of the final document.
Prompt for Chapter 1 — Introduction
Write Chapter 1 (Introduction) for my final year project report.
This chapter should be approximately 800–1000 words and include:
1.1 Background and Motivation
- The problem that exists without this system (manual processes, errors,
inefficiency in the relevant domain)
- Why automating this with a web application is the right solution
1.2 Problem Statement
- A clear, specific statement of the problem being solved
- Who is affected and how significantly
1.3 Objectives
- Primary objective (main thing the system achieves)
- Secondary objectives (4–5 supporting goals)
- Write as numbered, measurable objectives
1.4 Scope of the Project
- What the system includes
- What is deliberately excluded (and why)
- Who the target users are
1.5 Significance of the Study
- Why this project matters beyond the classroom
- Real-world relevance and potential impact
1.6 Organisation of the Report
- One sentence describing what each subsequent chapter covers
Write in formal academic English. Third person only. No casual language.
No contractions. Paragraphs should be 4–6 sentences each.
Prompt for Chapter 2 — Literature Review
Write Chapter 2 (Literature Review / Related Work) for my final year
project report. Approximately 1000–1200 words. Include:
2.1 Overview of Existing Systems
- Discuss 3–4 types of existing solutions in the [domain] space
(e.g. commercial software, open-source alternatives, manual systems)
- For each: what it does, its strengths, and its limitations for small/
medium organisations or students
2.2 Web-Based Management Systems
- Brief academic discussion of the advantages of PHP/MySQL web applications
over desktop applications for business management systems
- Reference to the widespread use of web-based systems in this domain
2.3 Key Technologies
- PHP: its role in server-side web development, why it is appropriate
- MySQL: relational database design for management systems, ACID properties
- HTML/CSS/JavaScript: role in the frontend user interface
2.4 Comparison with Proposed System
- A table or paragraph comparing existing solutions to your system
- Highlight what your system offers that others do not (free, simple,
targeted at the specific use case)
2.5 Gap Analysis
- What is missing from existing solutions that this project addresses
Write in formal academic language. Third person. Avoid direct criticism
of named commercial products — discuss categories of solutions instead.
Prompt for Chapter 3 — System Design
Write Chapter 3 (System Design and Architecture) for my final year report.
Approximately 1200–1500 words. Include:
3.1 System Architecture
- Describe the overall 3-tier architecture (presentation, logic, data)
- Explain how the browser, PHP server, and MySQL database interact
- Describe the client-server model used
3.2 Database Design
- Explain the relational database design approach used
- Describe each table: [list your tables] — purpose and key fields
- Explain the relationships between tables with specific foreign key examples
- Explain the normalisation level achieved and why it matters
3.3 Module Design
- For each major module, describe:
* What the module manages
* The key PHP files involved
* The database tables it reads from and writes to
* The most important function within the module
3.4 User Interface Design
- Describe the design principles followed (simplicity, responsiveness)
- Describe the navigation structure
- Describe the admin dashboard layout and its real-time summary metrics
3.5 Security Design
- Session-based authentication mechanism
- How unauthorised access is prevented
- Input validation approach
- Password storage approach
Include placeholder notes like [INSERT FIGURE 3.1 — ER Diagram here]
so I know where to add my diagrams later. Write in formal academic English.
Prompt for Chapter 4 — Implementation
Write Chapter 4 (Implementation) for my final year report.
Approximately 1200 words. Include:
4.1 Development Environment
- Tools used: VS Code / XAMPP / phpMyAdmin / browser
- PHP version, MySQL version
- Why these tools were chosen
4.2 Implementation of Key Modules
For each major module, write 150–200 words describing:
- How it was implemented (the approach taken)
- The most important technical decision made in that module
- Any challenges encountered and how they were resolved
Modules: [list your modules]
4.3 Database Implementation
- How the schema was created (SQL file)
- How the foreign key relationships are enforced
- How data integrity is maintained
4.4 Authentication Implementation
- How PHP sessions are used to protect pages
- The login flow from form submission to session creation
4.5 Key Algorithm: Billing Logic
- Explain the billing generation algorithm in plain English
- Why duplicate prevention was implemented
- How the date logic works for monthly billing
Include placeholders for screenshots: [INSERT FIGURE 4.1 — Admin Dashboard]
Write in formal academic English. Third person.
Prompt for Chapter 5 — Testing
Write Chapter 5 (Testing and Evaluation) for my final year report.
Approximately 1000 words. Include:
5.1 Testing Strategy
- Describe the testing approach used (manual functional testing)
- Explain why this approach was appropriate for the project scope
5.2 Functional Testing
- Create a test case table with these columns:
Test ID | Module | Test Description | Steps | Expected Result | Actual Result | Status
- Write 12 test cases covering:
* Admin login (valid and invalid credentials)
* Customer add, edit, delete
* Bill generation (normal case and duplicate prevention)
* Payment recording
* Stock add and update
* Expense recording
* Report viewing
- All test cases should show Status: PASS
5.3 Browser Compatibility Testing
- Table showing the system was tested on Chrome, Firefox, Edge
- Results for each
5.4 Evaluation Against Objectives
- Revisit each objective from Chapter 1
- For each, state whether it was fully met, partially met, or not met
- Write a brief justification for each
5.5 System Limitations
- Honest discussion of 3–4 limitations of the current system
- These show examiner awareness and academic maturity
Write in formal academic English.
Step 5 — Generate API Documentation
If your project has a PHP backend that handles requests (even basic ones), Claude can generate professional API documentation by reading your code. This is especially valuable if you are extending a project with a REST API or adding a chatbot feature.
Paste into Claude with your PHP file attached
Read the PHP file I have uploaded (chatbot.php / api.php).
Generate professional API documentation in the following format for
each endpoint you can identify:
---
### POST /chatbot.php
**Description**
What this endpoint does in one sentence.
**Request Body** (JSON)
| Parameter | Type | Required | Description |
|-----------|------|----------|-------------|
| message | string | Yes | The user's message text |
| history | array | No | Previous conversation messages |
**Request Example**
```json
{
"message": "How does billing work?",
"history": []
}
```
**Response** (JSON)
| Field | Type | Description |
|-------|------|-------------|
| reply | string | The AI-generated response |
| tokens_used | integer | Total tokens consumed |
**Response Example**
```json
{
"reply": "The billing module generates monthly invoices...",
"tokens_used": 245
}
```
**Error Responses**
| HTTP Status | Error Message | Cause |
|-------------|---------------|-------|
| 405 | Method not allowed | Non-POST request |
| 400 | No message provided | Empty message field |
---
Generate documentation like this for every endpoint or public function
in the file. Use professional technical writing throughout.
Step 6 — Use Claude to Prepare Your Viva Answers
Once your documentation is complete, use Claude one final time to prepare for your viva examination. This is one of Claude’s strongest use cases — generating questions and model answers based on your specific project.
The viva preparation prompt — generates 15 questions with model answers
Based on everything you know about my project from this conversation,
generate 15 tough viva examination questions that a professor might ask,
covering these areas:
Database Design (3 questions):
- Why did you design the database this way?
- How do your tables relate to each other?
- What normalisation form did you achieve and why?
Code and Implementation (4 questions):
- Explain your most complex function in detail
- How does your authentication system work?
- What would happen if two admins clicked Generate Bills at the same time?
- Walk me through what happens from when the admin clicks login to when
they see the dashboard
Security (3 questions):
- How did you prevent SQL injection?
- How are sessions protected in your system?
- What are the security weaknesses in your current implementation?
System Improvement (3 questions):
- What would you add if you had 3 more months?
- How would you scale this system to handle 10,000 customers?
- What testing did you do and what would you do differently?
Reflection (2 questions):
- What was the hardest part of building this system?
- What would you do differently if you started again?
For each question, write:
Q: [The question]
A: [A 4–5 sentence model answer that is specific to my project, not generic]
The answers must reference my actual modules, table names, and code logic
— not generic CS concepts.
Interactive Prompt Builder
Customise the SRS prompt for your specific project without editing manually:
🔧 Generate a Custom SRS Prompt for Your Project
Your generated prompt:
All Document Types — Quick Reference
SRS Document
Software Requirements Specification covering functional requirements, non-functional requirements, use cases, and database design. Required for most CS final year projects.
⏱ Saves ~5 hoursREADME File
Professional project README with installation guide, feature list, tech stack table, database schema, and file structure. Essential for GitHub portfolios.
⏱ Saves ~1 hourProject Report
Full academic report with introduction, literature review, system design, implementation, and testing chapters. Generate chapter by chapter for best quality.
⏱ Saves ~8 hoursAPI Documentation
Endpoint documentation with request/response formats, parameters, and error codes. Claude reads your PHP files and generates docs from the actual code.
⏱ Saves ~2 hoursViva Q&A Guide
15–20 tough examiner questions with model answers specific to your project’s modules, database design, and code logic. The most valuable document on this list.
⏱ Saves ~3 hoursTest Case Table
Professional testing documentation with test IDs, steps, expected results, and pass/fail status. Claude generates 15–20 realistic test cases for your specific modules.
⏱ Saves ~1.5 hoursPro Tips for Getting Better Results from Claude
Always paste your actual code
Claude generates generic documentation when you describe your project vaguely. When you paste your actual PHP functions, it generates requirements that reference your real table names, variable names, and logic — making the documentation genuinely specific.
Iterate with specific feedback
If a section is too short or too generic, say so: “The billing section is good but only 3 sentences. Expand it to at least 8 sentences with specific technical detail about how the duplicate prevention works.” Claude responds well to precise feedback.
Specify word counts
Always say how long you want each section: “Write approximately 300 words.” Without this instruction Claude may write two sentences or twelve paragraphs depending on how it interprets your request. Word counts dramatically improve consistency.
Use the “role” technique
Start your prompts with: “You are a professional technical writer specialising in academic software documentation.” This shifts Claude’s output style toward formal, structured writing rather than conversational explanations.
Use Claude Projects
Create a Claude Project for your documentation work. Upload your SQL schema, main PHP files, and project description once — then Claude remembers them across every message. You never have to re-paste context, saving time and token usage.
Always personalise before submitting
Claude’s output is a strong first draft, not a finished submission. Add your own screenshots, insert specific observations from your development experience, correct any inaccuracies about your actual implementation, and adjust the tone to sound like you. This is not cheating — it is working smarter.
Claude Free vs Pro — What You Get for Documentation
The good news is that Claude’s free tier is genuinely capable for documentation tasks. Here is exactly what each tier offers so you know what to expect:
- Free tier (claude.ai): Claude Sonnet 4.6, 200,000-token context window (about 500 pages of text), file uploads (up to 20 files, 30MB each), Projects feature, approximately 20–40 messages per day depending on length. More than enough to generate an entire SRS and README in one session.
- Pro ($20/month): 5x more messages per day, Opus 4.6 model access (noticeably better at nuanced academic writing), priority access during peak times. Worth it if you need to generate documentation for multiple projects or run long iterative sessions.
- The practical reality: For a single final year project, the free tier is enough if you work efficiently. Generate one document per session, use the prompts from this guide, and you will not hit the limit before finishing.
Frequently Asked Questions
Is using Claude to write my documentation academic dishonesty?
This depends on your university’s specific academic integrity policy — always check it first. Most universities in 2026 distinguish between AI-assisted work (permitted) and AI-generated work submitted without review or personalisation (restricted). Using Claude to generate a first draft of your SRS, which you then review, correct, and adapt to accurately reflect your actual system, is similar to using a template — the intellectual work is in building the system and verifying the documentation is accurate. The test: can you explain everything in the document in your own words? If yes, the documentation represents your genuine understanding of your project. If Claude wrote things about your project that are wrong and you submitted them without noticing, that is a problem regardless of AI use.
What if Claude generates incorrect details about my project?
This happens and it is the most important reason to always review Claude’s output carefully before submitting. The most common errors are: incorrect table names or field names (fix by pasting your actual SQL schema), inaccurate descriptions of how a module works (fix by pasting the actual PHP code for that module), and overstated claims about features you did not implement (fix by reading each requirement and verifying it against your actual system). Think of Claude as a first draft generator — your job is to fact-check and personalise, not to proofread spelling.
How much of my actual code should I paste into Claude?
For documentation purposes, paste your database SQL schema (the CREATE TABLE statements), your main PHP functions for the most complex modules (the billing logic, authentication, and CRUD functions), and your database connection config structure (with credentials removed). You do not need to paste every file — Claude can infer a lot from the key files. The SQL schema is the single most valuable thing to paste because it shows Claude exactly what your database looks like, which is the foundation of most documentation sections.
Can Claude generate ER diagrams and UML diagrams?
Claude cannot generate image diagrams directly, but it can generate the text-based diagram code that you then render. For ER diagrams, ask Claude to generate Mermaid diagram syntax, which you can paste into mermaid.live to produce a proper diagram image. For use case diagrams, ask Claude to describe the diagram in PlantUML syntax. Claude can also describe what your ER diagram should contain in precise enough detail that you can draw it in draw.io or Lucidchart in 15 minutes. Always include an actual diagram image in your report — do not just include the code.
Does Claude remember my project between separate conversations?
As of March 2026, Claude has a memory feature available to all users including the free tier that carries some context forward between sessions. However, it is a summarised memory, not a full record. For documentation work where you need Claude to reference specific code and file details, it is much better to work within a single Claude Project and upload your files once. The Project feature stores your uploaded files and instructions persistently across that project’s conversations — this is the most reliable way to maintain context across multiple documentation sessions.
What is the best order to generate the documents?
Start with the SRS because it forces you to think through your requirements clearly — and the clarity you develop there makes everything else easier to write. Then generate the README, which is quick and gives you a clean summary you can reference. Then tackle the project report chapter by chapter. Generate the test cases alongside Chapter 5 since they are closely related. Finally, generate the viva Q&A last — by that point, Claude has extensive context about your project from the whole session and will produce the most accurate and specific answers.
Can I use this approach for Android, Java, or Python projects too?
Yes, the exact same approach works for any language or platform. The prompts in this guide use PHP and MySQL as examples because those are the most common projects on Codezips, but simply replace “PHP” with “Java” or “Python,” replace “MySQL” with your database, and replace “XAMPP” with whatever your development environment is. Claude handles Java, Python, Android (Java/Kotlin), C#, and JavaScript equally well for documentation generation.
The Bottom Line
Documentation is the part of a final year project that most students either rush at the last minute or write so generically that it adds nothing to their grade. Claude changes this completely — by generating strong, specific first drafts in minutes rather than hours, it lets you spend your time reviewing, personalising, and verifying accuracy rather than staring at a blank page.
The key discipline is to always paste your actual code and schema so Claude’s output is specific to your real system — and to always read and correct the output before submitting anything. Claude is a first draft generator, not a submission generator. Used that way, it is one of the most valuable tools in a CS student’s toolkit in 2026.
Related Tutorials on Codezips
Last updated: April 2026. Claude free tier details (200K context, file uploads, Projects) verified from Anthropic’s documentation. Always check claude.ai for the current free tier features as Anthropic updates plans regularly.


