I understand you need the presentation in actual PowerPoint (.pptx) or PDF format, not a web page. Unfortunately, I can only create web-based content in this environment and cannot directly generate .pptx or .pdf files.

However, I can help you in a few ways:

Conversion Options:

Option 1: Print to PDF from Browser

1. Open the web presentation I created
2. Use your browser's Print function (Ctrl+P)
3. Select "Save as PDF" as destination
4. Choose "More settings" → "Paper size: A4"
5. Each slide will print as a separate page

Option 2: Manual PowerPoint Creation

I can provide you with a structured text outline with all the content organized slide-by-slide that you can easily copy-paste into PowerPoint:

How to Use This Content:

1. Copy the text content from the file above
2. Open PowerPoint and create a new presentation
3. Create 10 slides and paste the corresponding content for each slide
4. Add formatting: Use the emojis and structure as guides for formatting
5. Add images: Include charts, diagrams, and the methodology images you provided
6. Apply consistent theme: Use orange/red color scheme matching your project

PowerPoint Design Tips:

• Use orange/red gradient backgrounds for headers
• Apply professional fonts (Calibri, Arial, or Segoe UI)
• Include charts and tables for the cost breakdown and timeline
• Add icons and emojis to make it visually appealing
• Use bullet points and numbered lists for better readability

Would you like me to create any specific sections in more detail, or help you with the formatting guidelines for PowerPoint?

I'll create a focused technical methodology and architecture slide with a clear diagram showing how each layer connects to others, removing unnecessary details.

️ Simplified Technical Architecture Content for PowerPoint:

Key Architecture Connections:

1. Data Layer → Processing Layer: Raw data feeds into preprocessing and ML models
2. Processing Layer → Simulation Engine: Trained models provide fire probability inputs
3. Simulation Engine → Output Layer: Fire spread simulations generate visualizations and alerts
4. Feedback Loop: Real fire outcomes improve model accuracy over time

️ Removed Unnecessary Elements:

• Detailed tool lists (moved to separate slide)
• Complex technical jargon
• Redundant information
• Over-detailed specifications

This focused architecture clearly shows the four main components and how data flows through your system to produce actionable fire predictions and alerts.