Using Claude with Cursor to make presentations. Dylan Davis
results in HTML file. https://www.youtube.com/watch?v=TZ3yYXAz_i8 Dylan Davis channel At the end of making the output you can then ask Claude to export as a PDF. https://www.youtube.com/watch?v=TZ3yYXAz_i8 Console.anthropic.com Can be used to create high quality prompt such as the system prompt the author used
This is a comprehensive breakdown of the method for creating AI-powered presentations as shown in the video “I Stopped Using PowerPoint Once I Learned This Claude Method.”
🚀 The 5-Step Method to AI Slides (2026 Guide)
Traditional slide tools like PowerPoint are often constrained by templates. This method uses Claude AI and Code (CSS) to create highly customized, professional, and unique presentations.
📋 The 5 Steps at a Glance
- Write Script: Create the foundation of your content.
- Claude Project: Set up a persistent environment for consistency.
- Opus 4.5 + Extended Thinking: Use the high-end model for maximum quality.
- Quick Edits: Refine the design within the Claude chat interface.
- Code Editor: Use Cursor or Claude Code for the final polish.
🛠 Step 1: Write Your Script
The AI needs a clear reference to build visuals.
- Format: Can be a word-for-word script or a structured outline with bullet points.
- Goal: Define exactly what you want to talk about per slide. This acts as the “logical skeleton” for the presentation.
📁 Step 2: Set Up a Claude Project
Creating a Claude Project allows the AI to “remember” your preferences, branding, and previous work.
- Go to Claude.ai and select Projects from the left menu.
- Create a new project (e.g., “Slides Creator V2”).
- Persistence: Once set up, you can simply drop in new scripts in the future, and Claude will generate consistent slides every time.
🧠 Step 3: Opus 4.5 + Extended Thinking
For high-quality design and complex layout reasoning, model selection is critical.
- Model: Select Claude Opus 4.5.
- Mode: Ensure Extended Thinking is turned on.
- Why: This model handles ambiguity and multi-step design tasks significantly better than Sonnet or other standard models.
✍️ Step 4: Quick Edits in Claude
Once Claude gives you the first version of your HTML presentation:
- 1-2 Iterations: Use the chat window to make broad changes (e.g., “Make the background darker,” “Add a slide about pricing”).
- Constraint: Don’t stay in the chat too long. After 2 rounds of edits, the AI’s “intelligence” for that specific session can start to degrade.
💻 Step 5: Local Code Editor (Final Polish)
Download the .html file from Claude and open it in a dedicated code editor.
- Recommended Tool: Cursor (an AI-powered code editor).
- Pro Feature: Use the “Select Element” tool in Cursor to point at a specific part of a slide and ask the AI to change just that section (e.g., “Replace this icon with a logo”).
- Alternative: Claude Code (for more technical users via terminal).
📄 The “System Prompt” Template
To get the best results, add this into your Claude Project’s Instructions section:
Role: You are a professional presentation designer and front-end developer. Task: Create a single, self-contained HTML file containing a full slide presentation based on provided notes. Design Philosophy:
- Minimal text per slide; focus on key numbers, statistics, or single phrases.
- Maximum visual impact (large typography, high-contrast colors).
- Modern, Apple-style minimalist aesthetic.
- Use standard keyboard navigation (left/right arrows) for the slides. Technical Requirements:
- Single HTML file with embedded CSS and JS.
- Responsive layout with clear visual hierarchy.
🌍 How to Share Your Slides
Since your presentation is a website (.html file), you can host it for free.
- GitHub: Create a public repository and upload your
index.htmland any images. - GitHub Pages: Go to Settings > Pages and set the source to your
mainbranch. - Result: You’ll get a unique URL (e.g.,
username.github.io/project-name) to share with anyone.
💡 Why Code (HTML) instead of PowerPoint?
- Truly Unique: You aren’t limited by PowerPoint’s “boxes.” You can have animated visualizations, complex diagrams, and glassmorphism effects.
- AI Superpower: Code is where LLMs like Claude are strongest. Leveraging their coding ability yields higher-quality design than asking them to “arrange shapes” on a slide.