Table of Contents
Master prompt framework AI Prompts for Tabular data creation
Prompt 1: Master prompt framework AI Prompts for Tabular data creation
I am creating educational presentation/video content using an Excel template.
My Excel columns are:
1. Slide Number
2. Slide Title
3. Slide Subtitle
4. Image
5. Icons
6. Pointers
7. Explanation in Details
Generate content in an Excel-friendly table format using exactly these columns.
Topic:
[WRITE TOPIC HERE]
Target Audience:
[WRITE TARGET AUDIENCE HERE]
Language:
[English / Bengali / Hindi / Mixed]
Teaching Style:
- Simple and beginner friendly
- Easy to understand
- Video recording friendly
- Natural speaking style
- Helpful for students
- Use real-life examples where possible
Rules:
1. Number of Slides
Create as many slides as needed based on the topic and the amount of content. Do not limit the presentation to a fixed number of slides.
2. Accuracy and Authenticity
All slide content, pointers, and detailed explanations must be accurate, authentic, relevant to the topic, and free from factual, spelling, or grammar errors.
3. Pointers Per Slide
Each slide should normally contain 5 to 10 pointers.
If a topic needs more than 10 pointers, continue the remaining pointers in the next slide instead of overcrowding one slide.
4. Quality of Pointers
Each pointer should be clear, meaningful, topic-specific, and slightly elaborative.
Avoid very short, vague, or generic pointers.
5. Image Rule for Each Pointer
Each pointer may have its own separate image link.
If multiple pointers on the same slide use the same image, repeat the same image URL in each corresponding row.
Use high-quality and relevant image links when needed.
6. Icons Rule
Use suitable Font Awesome icons for every pointer.
Examples:
fa-solid fa-brain
fa-solid fa-lightbulb
fa-solid fa-laptop
fa-solid fa-robot
fa-solid fa-chart-line
7. Detailed Explanation Rule
Every pointer must have a detailed explanation.
The explanation should be informative, complete, simple, and based on authentic information.
Use real-life examples wherever possible.
8. Slide Flow Rule
The content should move smoothly from basic concepts to advanced concepts.
Each slide should focus on one clear idea or subtopic.
9. Video Recording Rule
The explanation should sound natural when spoken in a video.
Avoid robotic, overly academic, or bookish language.
10. Output Format
Return the output as a table with exactly these columns:
| Slide Number | Slide Title | Slide Subtitle | Image | Icons | Pointers | Explanation in Details |
Important:
- Do not merge cells.
- Multiple rows can belong to the same slide.
- Keep the format easy to copy into Excel.
- Make the content presentation-ready and recording-ready.
Prompt 2: Master prompt framework AI Prompts for Tabular data creation
I am creating educational and YouTube-style presentation/video content using an Excel template.
Generate presentation-ready and recording-ready content.
-----------------------------------
EXCEL TEMPLATE COLUMNS
-----------------------------------
1. Slide Number
2. Slide Title
3. Slide Subtitle
4. Image
5. Icons
6. Pointers
7. Explanation in Details
Return the output in Excel-friendly table format using exactly these columns.
-----------------------------------
TOPIC DETAILS
-----------------------------------
Topic:
[WRITE TOPIC HERE]
Target Audience:
[Students / Beginners / Professionals / Job Seekers / Kids / Interview Preparation]
Language:
[English / Bengali / Hindi / Mixed]
Content Style:
[Educational / Storytelling / Motivational / Technical / News Analysis / Career Guidance]
-----------------------------------
MAIN OBJECTIVE
-----------------------------------
The output should:
- Help create engaging educational videos
- Improve viewer retention
- Improve watch time
- Sound natural while recording
- Feel emotionally engaging
- Keep audience curious throughout the video
- Be presentation-ready
- Be YouTube-ready
The AI should think like:
- Teacher
- Storyteller
- YouTube Educator
- Script Writer
- Presentation Designer
- Audience Psychologist
-----------------------------------
SLIDE GENERATION RULES
-----------------------------------
1. Number of Slides
Create as many slides as needed based on the topic and content depth.
Do not limit the presentation to a fixed number of slides.
2. Accuracy and Authenticity
All content must be:
- Accurate
- Authentic
- Topic relevant
- Factually correct
- Free from grammar/spelling mistakes
3. Pointers Per Slide
Each slide should normally contain 5–10 pointers.
If more pointers are needed, continue in the next slide.
4. Pointer Quality
Each pointer should be:
- Clear
- Meaningful
- Topic-specific
- Slightly elaborative
- Easy to speak naturally
Avoid:
- Generic lines
- One-word points
- Weak explanations
5. Explanation Rule
Every pointer must contain a detailed explanation.
The explanation should:
- Be simple
- Be beginner friendly
- Sound natural during recording
- Include real-life examples where possible
- Be emotionally engaging
- Avoid robotic or textbook-style language
6. Image Rule
Each pointer may have its own image URL.
If multiple pointers use the same image, repeat the same image URL.
Use:
- High-quality
- Relevant
- Visually engaging image links
7. Icon Rule
Use suitable Font Awesome icons for every pointer.
Examples:
fa-solid fa-brain
fa-solid fa-lightbulb
fa-solid fa-robot
fa-solid fa-chart-line
fa-solid fa-laptop
-----------------------------------
VIDEO RETENTION & ENGAGEMENT RULES
-----------------------------------
The presentation should follow modern YouTube audience-retention psychology.
Use these techniques naturally throughout the slides:
- Shock Hook
- Curiosity Hook
- Contrarian Hook
- Story Hook
- Pain Point Hook
- Prediction Hook
- Fast Value Hook
- High Stakes Hook
- Curiosity Gap
- Open Loops
- Re-hooks
- Pattern Interrupts
-----------------------------------
VIDEO FLOW STRUCTURE
-----------------------------------
The generated slides should naturally follow this structure:
1. Powerful Hook
First few slides should create:
- Curiosity
- Emotion
- Surprise
- Viewer interest
2. Curiosity Gap
Make viewers curious about:
- What will happen next
- Hidden truth
- Unexpected insight
3. Core Promise
Clearly explain:
- What viewers will learn
- Why the video matters
- What benefit they will get
4. Audience Identification
Make viewers feel:
- “This video is about me.”
- “This problem relates to my life.”
5. Problem Explanation
Clearly explain:
- What the topic/problem is
- Why it matters
- Real-world impact
6. Emotional & Relatable Section
Add:
- Relatable situations
- Common struggles
- Realistic examples
- Human emotions
7. Engagement Triggers
Add:
- Questions
- Mini quizzes
- Quick polls
- Surprising facts
- Re-hooks every few slides
8. Main Value Section
This should be the biggest section.
Include:
- Deep explanation
- Value-packed insights
- Step-by-step understanding
- Positives and risks
- Real examples
- Practical solutions
9. Surprise Insight / Twist
Add at least one surprising insight like:
“But here is something most people do not realize…”
10. Future Insight / Solutions
Explain:
- Future impact
- Strategies
- Techniques
- Improvements
- Solutions
11. Strong Ending
End with:
- Opinion-based CTA
- Comment request
- Viewer engagement question
- Next video teaser
-----------------------------------
OUTPUT FORMAT
-----------------------------------
Return the output in table format with these exact columns:
| Slide Number | Slide Title | Slide Subtitle | Image | Icons | Pointers | Explanation in Details |
Important:
- Multiple rows can belong to the same slide.
- Do not merge cells.
- Keep everything Excel-friendly.
- Keep explanations detailed enough for direct recording.
- Make the output production-ready.
-----------------------------------
SPECIAL INSTRUCTIONS
-----------------------------------
The final output should feel like:
- A premium YouTube educational video
- TED-talk style storytelling
- Modern engaging classroom teaching
- High-retention educational content
The audience should:
- Never feel bored
- Continuously feel curiosity
- Learn deeply
- Stay emotionally connected
- Feel motivated to continue watching
Prompt Engineering