Turn hours of lesson planning into minutes. Learn to use AI tools to create engaging, DepEd-aligned lesson plans — complete with activities, assessments, and differentiated materials — without sacrificing quality.
📌 Prerequisite
We recommend completing AI 101 for Educators first, or having basic familiarity with AI chatbots like Claude or ChatGPT. You should have a free account ready on at least one AI tool.
What You'll Learn
Write effective prompts for lesson planning
Generate DepEd 7E's-aligned plans in minutes
Create full weekly lesson plans efficiently
Build assessments, rubrics & quizzes with AI
Differentiate materials for diverse learners
Generate creative student activities
Quality-check AI outputs for classroom use
Build a reusable prompt library
What You'll Walk Away With
A complete AI-generated weekly lesson plan
10+ tested prompt templates to reuse
A personal prompt library you can share
A quality-control checklist for AI content
Confidence to plan faster every week
Certificate of completion
AI-Powered Lesson Planning / Lesson 1Lesson 1 of 8
The Anatomy of a Great Prompt
The difference between a mediocre AI response and an amazing one almost always comes down to how you write your prompt. Let's learn the structure that works every time.
Why Prompts Matter More Than the Tool
Many teachers try an AI tool once, get a generic result, and conclude "AI isn't useful." The problem isn't the tool — it's the prompt. A vague prompt gives a vague result. A specific, well-structured prompt gives you something you can actually use in class tomorrow.
📋 The Substitute Teacher Analogy
Imagine you're leaving detailed instructions for a substitute teacher. If you write "Teach math," they'll have no idea what to do. But if you write "Grade 4, review multiplication of 2-digit numbers, use the worksheets in the blue folder, students work in pairs, quiz at the end" — they can deliver your lesson almost as well as you would.
AI works the same way. The more specific context you give, the better the output.
The RECIPE Framework for Prompts
Use this 6-part structure every time you write a lesson planning prompt:
Letter
Stands For
What to Include
R
Role
Tell AI who to be: "You are an experienced Filipino K-12 teacher"
E
Exact topic
Specific subject, topic, and learning competency
C
Context
Grade level, quarter, week, student details
I
Instructions
Format, structure (e.g., "Follow DepEd 7E's format")
P
Parameters
Length, time constraints, number of activities
E
Extras
Special needs, local context, materials available
Weak vs. Strong Prompts: Side by Side
❌ Weak Prompt
Make a lesson plan about fractions for Grade 5.
✅ Strong Prompt (using RECIPE)
You are an experienced Grade 5 Math teacher in the Philippines.
Create a detailed 50-minute lesson plan on adding fractions with unlike denominators.
Context: This is for Quarter 3, Week 2. My class has 45 students with mixed ability levels. We have a projector but limited printed materials.
Format: Follow the DepEd 7E's instructional model (Elicit, Engage, Explore, Explain, Elaborate, Evaluate, Extend).
Include:
- A warm-up activity using food examples (like cutting bibingka)
- A pair activity for the Explore phase
- 5 practice problems of increasing difficulty
- An exit ticket with 3 questions
- MELC alignment code
Keep the language simple and include Tagalog/Filipino instructions where appropriate for bilingual delivery.
💡 Key Takeaway
The RECIPE framework isn't something you need to memorize rigidly — it's a mental checklist. Before you hit enter, scan your prompt: Did I tell AI the Role, Exact topic, Context, Instructions, Parameters, and Extras? The more of these you include, the better your result.
✅ Knowledge Check
Test your understanding before moving on.
1. In the RECIPE framework, what does the "C" stand for?
That's right! Context includes details like grade level, quarter, week number, class size, and student characteristics.
The "C" stands for Context — the details about your grade level, students, and teaching situation that help AI tailor its response.
2. Why does a detailed prompt produce better AI output?
Exactly! Remember from AI 101 — AI predicts based on patterns. More context means more relevant pattern matching.
AI generates responses based on pattern prediction. More detailed context helps it match patterns that are more relevant to what you actually need.
AI-Powered Lesson Planning / Lesson 2Lesson 2 of 8
The DepEd Lesson Plan Formula
A ready-to-use master prompt that generates complete, DepEd-aligned lesson plans in the 7E's format — every time.
The Master Prompt Template
This is the most important prompt in the entire course. Copy it, save it, and reuse it for any subject and grade level. Just fill in the bracketed sections:
🏆 Master Lesson Plan Prompt
You are an expert Filipino K-12 teacher with deep knowledge of DepEd curriculum standards.
Create a detailed lesson plan with the following specifications:
SUBJECT: [e.g., Mathematics]
GRADE LEVEL: [e.g., Grade 5]
QUARTER: [e.g., Quarter 3]
WEEK: [e.g., Week 2]
TOPIC: [e.g., Adding fractions with unlike denominators]
MELC CODE: [e.g., M5NS-IIIb-97]
DURATION: [e.g., 50 minutes]
Follow the DepEd 7E's Instructional Model:
1. ELICIT (5 min) — Activate prior knowledge with a quick review question or activity
2. ENGAGE (5 min) — Hook students with a relatable scenario using local Filipino context
3. EXPLORE (10 min) — Hands-on or group activity where students discover concepts
4. EXPLAIN (10 min) — Direct instruction clarifying the concept with clear examples
5. ELABORATE (10 min) — Application activity that deepens understanding
6. EVALUATE (7 min) — Short assessment or exit ticket
7. EXTEND (3 min) — Assignment or enrichment activity for home
For each phase, include:
- Specific teacher actions and scripts
- Expected student responses
- Materials needed
- Time allocation
Additional context: [Add class size, available resources, student needs, etc.]
Format the lesson plan as a structured document ready for submission.
Understanding Each Phase
Let's break down what AI should generate for each of the 7E's, and what to look for when reviewing:
Phase
AI Should Generate
Watch Out For
Elicit
A review question linked to prior lessons
Should connect to what students already know, not jump ahead
Engage
A hook using real-world Filipino scenarios
Check that examples are culturally appropriate and relatable
Explore
A student-led discovery activity
Must be feasible with your actual class size and materials
Explain
Step-by-step instruction with examples
Verify mathematical/scientific accuracy of all examples
Elaborate
Practice problems or application tasks
Check difficulty progression — should scaffold properly
Evaluate
Assessment items aligned to the MELC
Ensure questions match what was actually taught
Extend
Homework or enrichment that goes beyond basics
Should be doable at home without special materials
🎯 Try This Now
Open Claude or ChatGPT and paste the Master Prompt Template above. Fill in the brackets with your actual subject and upcoming lesson topic. Compare the AI output against the table above — how well does it match each criterion?
Iterating: Making It Better
Your first AI output is a draft, not a final product. Use follow-up prompts to refine:
Follow-up Prompts
"The Engage activity is too simple. Can you make it more interactive for 45 students?"
"Add Tagalog instructions for the Explore phase — my students are more comfortable in Filipino."
"The Evaluate section needs 5 questions instead of 3, with an answer key."
"Make the Extend homework suitable for students who don't have internet access at home."
💡 Key Takeaway
Think of AI as a conversation, not a vending machine. Your first prompt gets you 70% of the way there. Follow-up prompts polish it to 95%. Your professional judgment fills the final 5%.
✅ Knowledge Check
Test your understanding before moving on.
1. In the 7E's model, which phase involves students discovering concepts through hands-on activity?
Correct! The Explore phase is where students actively investigate and discover concepts through hands-on or group activities.
The Explore phase is the hands-on discovery stage where students investigate concepts actively before direct instruction.
2. After getting the first AI output, what should you do?
Exactly! Treat AI like a conversation — the first output is your starting draft. Follow-up prompts refine it to fit your needs.
The best approach is to iterate — use follow-up prompts to refine specific sections until the output meets your needs.
AI-Powered Lesson Planning / Lesson 3Lesson 3 of 8
Creating a Full Weekly Plan
Scale from a single lesson plan to an entire week — using AI to generate a coherent, progressive set of daily lessons.
The Weekly Planning Strategy
Instead of generating five separate lesson plans, it's far more effective to give AI the full week's scope so it can build lessons that connect and progress logically.
🏆 Weekly Plan Prompt
You are an expert Grade [X] [Subject] teacher in the Philippines.
Create a complete weekly lesson plan (Monday to Friday) for:
QUARTER: [Quarter X], WEEK: [Week X]
MELC: [Paste the specific learning competency]
DURATION: [X] minutes per day
Requirements:
- Each day follows the DepEd 7E's format
- Monday introduces the concept
- Tuesday and Wednesday develop skills through guided and independent practice
- Thursday applies learning to real-world Filipino contexts
- Friday includes a formative assessment and week review
For each day, provide:
- Learning objective (aligned to MELC)
- Complete 7E's lesson flow with time allocations
- Materials needed (keep materials simple and affordable)
- Specific activities with instructions
Class context: [class size, ability levels, available resources]
Teacher-led examples, structured practice with scaffolding
Wednesday
Independent Practice
Student-driven tasks, group work, problem sets
Thursday
Apply & Connect
Real-world application using local Filipino contexts
Friday
Assess & Review
Formative assessment, review activity, preview of next week
💡 Batch Processing Tip
Generate your entire week on Sunday when you have internet access. Save or screenshot each day's plan. You now have your whole week ready — even if you lose connectivity during the weekdays.
Refining the Weekly Output
After getting the weekly plan, use these follow-up prompts to fine-tune:
Useful Follow-ups
"Wednesday's activity is too advanced. Can you add a scaffolding step for struggling learners?"
"Add a 5-minute energizer activity for Tuesday after lunch — my students get sleepy in the afternoon."
"The Friday quiz needs to cover all 4 days of learning, not just Thursday's topic."
"Can you create a simple one-page summary sheet I can photocopy for students?"
✅ Knowledge Check
Test your understanding before moving on.
1. Why is it better to generate all five daily plans in one prompt rather than separately?
Correct! When AI sees the full week's scope, it creates lessons that build on each other logically — from introduction through assessment.
The main benefit is coherence — AI creates a logical progression from Monday's introduction to Friday's assessment when it sees the full week at once.
2. What day of the week is recommended for generating your weekly plans with AI?
Yes! Sunday batch processing lets you generate and review the full week while you have connectivity, so you're prepared regardless of weekday internet access.
Sunday batch processing is most practical — it gives you time to generate, review, and save materials when you have internet access.
AI-Powered Lesson Planning / Lesson 4Lesson 4 of 8
Generating Assessments & Rubrics
Learn to use AI to create quizzes, tests, performance rubrics, and exit tickets that are aligned with your lesson objectives.
Types of Assessments AI Can Generate
Assessment Type
Best Prompt Approach
When to Use
Exit Tickets
3–5 quick questions on today's lesson
End of each class
Formative Quizzes
10–15 items covering the week's learning
Every Friday
Summative Tests
30+ items across multiple competencies with Table of Specifications
End of quarter
Performance Rubrics
Criteria-based scoring guide for projects or presentations
Performance tasks
Oral Assessment Guides
Question sets for recitation with expected answers
Daily recitation
Prompt Templates for Each Type
Exit Ticket Generator
Create a 3-question exit ticket for Grade [X] [Subject].
Today's lesson: [topic]
MELC: [code]
Include:
- 1 recall question (remembering level)
- 1 understanding question (explain in own words)
- 1 application question (use the skill in a new situation)
Provide an answer key with brief explanations.
Rubric Generator
Create a 4-level performance rubric for a Grade [X] [Subject] performance task.
Task: [Describe the task, e.g., "Students create a poster showing the water cycle"]
MELC: [code]
Rubric criteria should include:
- Content accuracy (40%)
- Creativity and presentation (30%)
- Completeness (20%)
- Collaboration (10%)
Use these proficiency levels: Outstanding (4), Satisfactory (3), Developing (2), Beginning (1)
Write clear descriptors for each level of each criterion. Use language appropriate for Grade [X] students to understand.
🧠 Critical Check
Always verify that AI-generated assessment items actually match what was taught. AI sometimes generates questions at a higher or lower level than intended, or tests concepts that weren't covered. Compare each question against your lesson objectives.
✅ Knowledge Check
Test your understanding before moving on.
1. What is the most important thing to verify in AI-generated assessments?
Right! Alignment between assessment items and actual lesson content/MELC is the most critical quality check.
The most important check is alignment — do the assessment items actually test what you taught and match the MELC?
2. A good exit ticket should include questions at which cognitive levels?
Correct! A well-designed exit ticket includes recall (remembering), understanding (explain in own words), and application (use in a new situation) to give you a complete picture of student learning.
A balanced exit ticket spans recall, understanding, and application levels to give you a complete picture of what students learned.
AI-Powered Lesson Planning / Lesson 5Lesson 5 of 8
Differentiation with AI
Every classroom has students at different levels. AI makes it practical to create differentiated materials — something most teachers want to do but rarely have time for.
The Differentiation Challenge
In a typical Filipino classroom of 40–50 students, you might have learners who are advanced, at grade level, and struggling — all in the same room. Without AI, creating separate materials for each group takes hours. With AI, it takes minutes.
Three-Tier Differentiation Prompt
🏆 Differentiation Prompt
I teach Grade [X] [Subject]. My upcoming lesson is on [topic].
Create three versions of a practice worksheet:
TIER 1 — APPROACHING (struggling learners):
- Simpler language, more visual aids
- Guided steps with sentence starters or partially solved examples
- 5 questions at basic recall and understanding level
TIER 2 — MEETING (grade-level learners):
- Standard grade-level language
- Mix of guided and independent items
- 8 questions spanning recall, understanding, and application
TIER 3 — EXCEEDING (advanced learners):
- Challenging language and extension problems
- Open-ended questions requiring analysis or creation
- 8 questions including higher-order thinking tasks
For all tiers:
- Use the same core topic so all students are learning the same concept
- Include Filipino context and relatable scenarios
- Provide an answer key for each tier
Other Differentiation Strategies with AI
Strategy
Prompt Approach
Reading level adjustment
"Rewrite this passage at a Grade 3 reading level" or "Simplify this for struggling readers"
Language bridging
"Add Tagalog/Bisaya translations for key vocabulary words"
Visual supports
"Describe a graphic organizer I can draw on the board for visual learners"
Extension activities
"Create an enrichment challenge for students who finish early"
Modified assessments
"Create a shorter version of this quiz with simpler wording for learners with special needs"
💡 Practical Tip
You don't need to differentiate every single lesson. Start by differentiating your Friday assessments and one key activity per week. As you get faster with AI, gradually add more differentiated materials.
✅ Knowledge Check
Test your understanding before moving on.
1. What's the key principle behind three-tier differentiation?
Exactly! All students learn the same core concept — the difference is in the complexity, scaffolding, and depth of the materials.
The core principle is that all students learn the same concept but with different levels of complexity and support.
2. What's a realistic starting point for differentiation with AI?
That's the sustainable approach! Start small, build confidence, and expand gradually.
The recommended approach is to start small — differentiate Friday assessments and one activity per week, then expand as you get comfortable.
AI-Powered Lesson Planning / Lesson 6Lesson 6 of 8
AI for Activities & Engagement
Go beyond worksheets. Use AI to generate creative, interactive activities that get students excited about learning.
10 Activity Types AI Can Generate
#
Activity Type
Best For
1
Think-Pair-Share prompts
Discussion starters for any subject
2
Gallery Walk cards
Getting students moving and discussing
3
Role-play scenarios
Social studies, values education, English
4
Math word problems with local context
Making math relatable (palengke, jeepney, etc.)
5
Science investigation guides
Structured inquiry using local materials
6
Debate topic cards
Critical thinking and speaking skills
7
Story starters and creative writing prompts
English and Filipino composition
8
KWL charts pre-filled with guiding questions
Activating prior knowledge
9
Crossword puzzles and word searches
Vocabulary review (any subject)
10
"Would You Rather" academic edition
Energizers that reinforce lesson content
Activity Generator Prompt
I need a creative classroom activity for Grade [X] [Subject].
Topic: [specific topic]
Time available: [X] minutes
Class size: [X] students
Materials available: [list what you have — paper, markers, manila paper, etc.]
Requirements:
- Must be interactive (not just sitting and writing)
- Should use Filipino context or scenarios students can relate to
- Include clear step-by-step instructions for the teacher
- Include expected student outcomes
- Should be feasible in a classroom with limited space
Suggest 3 different activity options ranging from low-prep to moderate-prep.
🎯 Real Example: Palengke Math
A Grade 3 teacher in Quezon City used AI to generate a market simulation activity. Students received play money and "price lists" of common palengke items. They had to practice addition, subtraction, and making change while "shopping." AI generated the price lists, the play money denominations, the word problems, and even the teacher facilitation script — in 10 minutes.
💡 The "Suggest 3 Options" Trick
Always ask AI for multiple options. This gives you choices and often sparks ideas you wouldn't have thought of. You can then mix and match elements from different suggestions.
✅ Knowledge Check
Test your understanding before moving on.
1. Why is it recommended to ask AI for 3 activity options instead of just 1?
Yes! Multiple options give you variety to choose from and often inspire new ideas by combining elements from different suggestions.
The main benefit is having choices and creative inspiration — you can pick the best option or combine elements from multiple suggestions.
2. What should you always include when asking AI for classroom activities?
Exactly! Practical constraints like available materials, class size, and time ensure AI generates activities you can actually implement.
Practical constraints — materials available, class size, time — are essential context that ensures AI generates feasible activities.
AI-Powered Lesson Planning / Lesson 7Lesson 7 of 8
Quality Control & the 5A Check
AI generates fast, but fast doesn't always mean right. Build the habit of quality-checking every AI output before it reaches your students.
The 5A Quality Framework (Revisited)
You learned about the 5A's in AI 101. Now let's apply them specifically to lesson planning outputs:
Check
For Lesson Plans, This Means...
Common AI Mistakes
✓ Accuracy
All facts, formulas, dates, and examples are correct
Incorrect math solutions, wrong historical dates, made-up MELC codes
✓ Alignment
Activities match the MELC and are at the correct grade level
Activities that are too easy/hard, assessments that test untaught content
✓ Appropriateness
Content is culturally relevant and sensitive to Filipino values
Language, complexity, and activities match students' age
Vocabulary too advanced for the grade, activities too childish for older students
✓ Adaptation
You've customized it for YOUR specific class and school
Generic activities that don't fit your class size, time, or resources
⚠️ The MELC Code Warning
AI frequently generates MELC codes that look real but are completely fabricated. Always verify MELC codes against the official DepEd curriculum guide. Never submit a lesson plan with an AI-generated MELC code you haven't verified.
Your 5-Minute Quality Check Routine
Before using any AI-generated lesson plan, spend 5 minutes on this checklist:
📋 The Quick QC Routine
Minute 1: Scan all facts and examples. Are they correct? Solve any math problems yourself.
Minute 2: Check MELC code against your curriculum guide. Does the lesson actually teach this competency?
Minute 3: Read through activities. Are they feasible with your class size, space, and materials?
Minute 4: Check the assessment. Do questions test what was taught — not more, not less?
Minute 5: Add your personal touch. Insert a story, adjust language, swap an example for something your students know.
💡 Key Takeaway
Five minutes of quality control saves you from classroom embarrassment and builds trust in AI-assisted planning. As you get more experienced, this check becomes faster — but never skip it entirely.
✅ Knowledge Check
Test your understanding before moving on.
1. Which AI mistake is especially common and dangerous in Philippine lesson planning?
Correct! AI frequently generates MELC codes that look authentic but are fabricated. Always verify against the official DepEd curriculum guide.
The most critical and common mistake is fabricated MELC codes — AI generates codes that look real but aren't in the official DepEd curriculum guide.
2. How long should your quality check routine take?
Right! A focused 5-minute QC routine covers the essential checks without eating into the time you saved by using AI.
Five minutes is the sweet spot — enough to catch common AI errors without losing the time savings AI provides.
AI-Powered Lesson Planning / Lesson 8Lesson 8 of 8
Building Your Prompt Library
Your most valuable AI asset isn't the tool — it's your collection of proven prompts. Let's build a library you'll use every week.
Why a Prompt Library Matters
The prompts you've learned in this course took time to learn. Without saving them, you'll waste time rewriting them from scratch each week. A prompt library is like a recipe book — once you find what works, save it so you can reuse and improve it.
Your Starter Prompt Library
Here's a summary of every major prompt template from this course. Save these somewhere accessible — a Google Doc, a note on your phone, or a printed sheet.
Prompt Name
Use It When...
Lesson
RECIPE Framework
Writing any prompt from scratch
Lesson 1
Master Lesson Plan
Creating a single DepEd 7E's lesson plan
Lesson 2
Weekly Plan Generator
Creating Monday–Friday lesson plans
Lesson 3
Exit Ticket Generator
Quick end-of-class assessments
Lesson 4
Rubric Generator
Scoring guides for performance tasks
Lesson 4
Three-Tier Differentiation
Creating leveled materials
Lesson 5
Activity Generator
Creative, interactive classroom activities
Lesson 6
5-Minute QC Routine
Checking any AI output before use
Lesson 7
Growing Your Library Over Time
💡 The Prompt Improvement Loop
Every time you use a prompt and get a great result, save the exact prompt that worked. Every time you refine a prompt with follow-up questions, update your saved version. Over time, your library becomes incredibly personalized and efficient — the AI practically reads your mind because your prompts have been polished through real use.
Sharing Is Multiplying
The most impactful thing you can do with your prompt library is share it with fellow teachers. Consider:
🤝 Build a Teacher AI Community
Create a shared Google Doc where your grade-level team can contribute and access prompts. Each teacher adds prompts that worked well for their subject.
Start a "Prompt of the Week" thread in your teacher group chat. Each week, one teacher shares a prompt that saved them time.
Run a 30-minute workshop during a teacher meeting. Show the Master Lesson Plan prompt live, generate a real lesson plan, and watch colleagues' eyes light up.
What's Next in Your Learning Journey?
Course
Best Next Step If...
Prompting for the Classroom
You want to master advanced prompting techniques beyond lesson planning
AI Ethics & Responsible Use
You want to lead AI adoption at your school responsibly
AI for School Administration
You also handle admin tasks and want AI help with reports and communications
Building AI-Ready Schools
You're in a leadership role and want school-wide AI strategy
✅ Final Knowledge Check
Last check before your certificate!
1. Why should you save prompts that give great results?
Exactly! A prompt library saves time and gets better over time as you refine prompts based on real classroom experience.
The main reason is efficiency and continuous improvement — saving successful prompts means you never start from scratch and your library keeps getting better.
2. What's the most impactful way to spread AI fluency among your colleagues?
Yes! A live demonstration solving a real problem teachers face is the most compelling way to inspire adoption.
Live demonstrations using real teaching tasks are the most powerful way to get colleagues excited about AI — seeing is believing.
🎉 Course Complete!
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