Mathematics 6 — Course Syllabus
MATATAG Curriculum · Key Stage 2 · School Year 2026–2027
| Learning Area | Mathematics |
| Grade Level | Grade 6 |
| Key Stage | Key Stage 2 (Grades 4–6) — exit year |
| Time Allotment | 45 minutes daily · 5 days a week · 3 terms |
| Prerequisite | Mathematics 5 |
| Curriculum Basis | MATATAG K to 10 Curriculum (DepEd, 2023); DO No. 010, s. 2024 |
| Calendar Basis | DO No. 009, s. 2026 — three-term school calendar |
| Assessment Basis | DO No. 015, s. 2026 — revised classroom assessment and grading |
The three-term school year
From SY 2026–2027 the school year runs in three terms, not four quarters. Each term pairs protected instructional time with a block for assessment, remediation, and reporting.
| Term | Months | Blocks |
|---|---|---|
| Term 1 | June – September | Opening block, then instructional block |
| Term 2 | September – December | Instructional block, then end-of-term block |
| Term 3 | January – April | Instructional block, then closing activities |
The curriculum guide predates this calendar and still assigns content to four quarters. Those competencies are unchanged — only their container moved. §4 keeps the CG's quarter attribution visible on every row, and §5 maps the four quarters onto the three terms.
1. Course Description
Mathematics 6 closes Key Stage 2. It is the last year before the learner meets a variable, and almost everything in it is chosen to make that meeting survivable.
Three threads run through the year:
- Every number is a fraction. Grade 5 taught fraction × fraction. Grade 6 removes the restriction: whole numbers, mixed numbers and fractions multiply and divide in any combination, because a whole number is a fraction with 1 underneath and a mixed number can always be made improper. One rule, not four.
- The same quantity, written three ways. Ratio, percentage, fraction and decimal are introduced as the same information in different clothes. A learner who can move between them fluently has the single most portable skill in the Key Stage.
- Circles, and the first irrational number the learner meets. π is not handed over as 3.14. It is measured — string round a tin, divided by the diameter, done four times with four different tins until the class notices the answer keeps coming out the same. That measurement is the point; the formula is the souvenir.
Two things get harder here in ways that catch classes out. Exponential form arrives with GEMDAS, and learners who have never had to evaluate before multiplying now must. And volume finally gets a formula, after Grade 5 estimated it by filling boxes with bottle caps — the transition from counting to calculating is where the unit error (cm versus cm³) is born.
Context stays local: the tricycle fare per kilometre, the tarpaulin priced by the square metre, the drum of water measured in litres and in cubic centimetres, the barangay budget as a pie graph.
2. Grade Level Standard
Quoted verbatim from the MATATAG Mathematics Curriculum Guide (DepEd, August 2023), page 22.
GRADE 6 — The learner demonstrates knowledge, skills, and understanding in relation to the curriculum content domains Number and Algebra (the four operations with decimals; the four operations with different combinations of fractions, whole numbers, and mixed numbers; ratio and proportion; percentages, and their relationships with fractions and decimals; exponential form, including calculation using the GEMDAS rules; common factors, greatest common factors, common multiples, and least common multiples); Measurement and Geometry (tessellation of shapes; translation, reflection, and rotation with shapes; units of volume and capacity; volume of cubes and rectangular prisms; perimeter and area of triangles, parallelograms, trapezoids, and composite figures composed of triangles, squares, and rectangles; parts of a circle, including circumference; area of a circle; composite figures composed of any two or more of: triangle, square, rectangle, circle, semi-circle); and Data and Probability (construction and interpretation of pie graphs). This knowledge, skills, and understanding is applied, in association with the use of technology, in the processes within Mathematics of critical thinking, problem solving, communicating, reasoning, and making connections between topic areas.
3. Content Domains
| Domain | Grade 6 coverage |
|---|---|
| Number and Algebra (NA) | The four operations with decimals. The four operations with any combination of fractions, whole numbers and mixed numbers. Ratio and proportion. Percentages and their relationship to fractions and decimals. Exponential form and the GEMDAS rules. Common factors and the GCF; common multiples and the LCM. |
| Measurement and Geometry (MG) | Tessellation. Translation, reflection and rotation. Units of volume and capacity. Volume of cubes and rectangular prisms. Perimeter and area of triangles, parallelograms, trapezoids and composite figures. Parts of a circle, circumference, and the area of a circle. Composite figures including circles and semicircles. |
| Data and Probability (DP) | Construction and interpretation of pie graphs. |
What Grade 6 does not cover, though Key Stage 3 will assume it soon: integers and negative numbers (Grade 7), algebraic expressions and variables (Grade 7 for substitution, Grade 8 for operations), square roots (Grade 7), and probability (Grade 6 Data and Probability is pie graphs only — the last probability work was Grade 5's theoretical probability, and the next is Grade 7).
Where the domains sit. Quarter 2 is Number and Algebra alone. Quarter 3 is Measurement and Geometry alone. Quarters 1 and 4 mix — Quarter 4 is the only quarter in the grade that touches all three domains.
4. Content Map
Every entry below is quoted or closely transcribed from the official curriculum guide
(DepEd, August 2023, pages 48–51), committed to this repository at
docs/research/source/. Competency numbers are the CG's own and
are quarter-relative.
Performance tasks are this syllabus's suggestions, not CG content — they are marked as such.
CG Quarter 1 — Tessellation, Transformations, Decimals, and Mixed Combinations
Taught in Term 1, weeks 1–9
| Domains | Measurement and Geometry (MG) · Number and Algebra (NA) |
| Content standards | 1. tessellation of shapes; 2. translation, reflection and rotation with shapes; 3. the four operations with decimals; 4. the four operations with different combinations of fractions, whole numbers, and mixed numbers. |
| Learning competencies | 1. explore whether or not a shape tessellates. 2. tessellate a surface using different shapes, including triangles, squares, and rectangles. 3. draw resulting images of shapes that undergo translation, reflection, rotation. 4. add and subtract decimals with decimal parts of up to 4 decimal places. 5. solve multi-step problems involving addition and/or subtraction of decimals, including problems involving money. 6. mentally multiply decimals of up to 2 decimal places by 0.1, 0.01, 0.001, 10, 100, and 1000. 7. solve multi-step problems involving multiplication of decimals that may or may not also involve addition or subtraction of decimals, including problems involving money. 8. divide (a) 1- to 2-digit whole numbers resulting in a repeating (non-terminating) decimal quotient, and (b) a whole number by a decimal of 1 decimal place. 9. mentally divide (a) decimals of up to 4 decimal places by 0.1, 0.01, and 0.001, and (b) decimals of up to 2 decimal places by 10, 100, and 1000. 10. solve problems involving division of decimals that may or may not involve the other operations with decimals and/or whole numbers. 11. obtain products that result from multiplying different combinations of fractions, whole numbers, and mixed numbers. 12. solve multi-step problems involving multiplication that may or may not involve addition or subtraction of different combinations of fractions, whole numbers, and mixed numbers. 13. divide different combinations of fractions, whole numbers, and mixed numbers. 14. solve multi-step problems involving division of different combinations of fractions, whole numbers, and mixed numbers that may or may not involve any of the other operations of fractions. |
| Performance standards | By the end of the quarter, the learners are able to: tessellate a surface using different shapes (MG); perform the four operations with decimals (NA); perform the four operations with different combinations of fractions, whole numbers, and mixed numbers (NA). |
| Performance task (suggested) | The Tile Budget — design a tessellating floor pattern for a 2 m × 3 m room using two shapes that tessellate. Price it: tiles are sold by the box at a price with two decimal places, and part-boxes cannot be bought. Show the full costing, then produce a second design that costs less and say what was given up. |
CG Quarter 2 — Ratio, Proportion, Percentage, and Exponents
Opens in Term 1 (weeks 10–11); completed in Term 2 (weeks 12–17)
| Domains | Number and Algebra (NA) |
| Content standards | 1. ratio and proportion; 2. percentages, and their relationships with fractions and decimals; 3. exponential form, including calculation using the GEMDAS rules. |
| Learning competencies | 1. describe the relationship between quantities using ratio for (a) part-whole relationships, and (b) part-part relationships. 2. express one number as a fraction of another given their ratio, and vice versa. 3. identify and write equivalent ratios. 4. solve problems involving ratio. 5. illustrate ratio and proportion in given situations using tables and/or the double number line model. 6. find how many times one value is larger than another given their ratio, and vice versa. 7. solve problems involving ratio and proportion. 8. illustrate and explain the relationships between percentages, fractions, and decimals. 9. identify and explain the uses of percentages. 10. write numbers in exponential form (e.g., 2 × 2 × 2 = 2³), and vice versa. 11. give the value of numbers expressed in exponential form. 12. perform calculations involving numbers in exponential form by applying the GEMDAS rules. |
| Performance standards | Describe and apply the concepts of ratio and proportion (NA); relate percentages to fractions and decimals (NA); evaluate, and perform calculations with, numbers expressed in exponential form (NA). |
| Performance task (suggested) | One Recipe, Three Languages — take a real mixture with a fixed ratio (rice to water, cement to sand, juice concentrate to water). Express it as a ratio, as a fraction of the whole, as a decimal and as a percentage. Build a double number line that lets a reader scale it to any batch size, and use it to answer three questions a cook would actually ask. |
CG Quarter 3 — Volume, Capacity, Area, and the Circle
Opens in Term 2 (weeks 18–22); completed in Term 3 (weeks 23–25)
| Domains | Measurement and Geometry (MG) |
| Content standards | 1. units of volume and capacity; 2. volume of cubes and rectangular prisms; 3. perimeter and area of triangles, parallelograms, trapezoids, and composite figures composed of triangles, squares, and rectangles; 4. parts of a circle, including circumference. |
| Learning competencies | 1. determine appropriate units for measuring volume and capacity. 2. convert cu. cm to L, and vice versa. 3. find the volume of a cube and of a rectangular prism using standard units of measurement. 4. solve problems involving volumes of cubes and rectangular prisms. 5. solve problems involving capacity. 6. convert sq. cm to sq. m, and vice versa. 7. find the area, in sq. m or sq. cm, of composite figures composed of triangles, squares, and rectangles. 8. solve problems involving the perimeter and area of triangles, parallelograms, trapezoids, and composite figures composed of triangles, squares, and rectangles. 9. draw circles with different radii using a pair of compasses. 10. identify and describe the parts of a circle. 11. measure the circumference of circles using appropriate tools. 12. approximate the value of pi (π) (the ratio of circumference to diameter). 13. find the circumference of a circle using C = πd or C = 2πr. |
| Performance standards | Convert between units of volume and capacity (MG); find the volume of cubes and rectangular prisms (MG); find the perimeter and area of triangles, parallelograms, trapezoids, and composite figures (MG); describe the parts of a circle (MG); use pi (π) to calculate the circumference of a circle (MG). |
| Performance task (suggested) | Finding Pi Yourself — measure the circumference and diameter of at least five round objects of very different sizes with string and a ruler. Tabulate C, d and C ÷ d. Write a paragraph on what the last column shows and why it does not come out exactly the same every time. The measurement error is the lesson, not a flaw in it. |
CG Quarter 4 — Area of a Circle, Composite Figures, Pie Graphs, GCF and LCM
Taught in Term 3, weeks 26–33
| Domains | Measurement and Geometry (MG) · Data and Probability (DP) · Number and Algebra (NA) — the only three-domain quarter in Grade 6 |
| Content standards | 1. area of a circle; 2. composite figures composed of any two or more of: triangle, square, rectangle, circle, semi-circle; 3. pie graphs; 4. common factors, greatest common factors, common multiples, and least common multiples. |
| Learning competencies | 1. explore inductively the area of a circle leading to the formula A = πr². 2. find the area of a circle using the formula. 3. find the area of composite figures composed of any two or more of the following: triangle, square, rectangle, circle, and semicircle. 4. solve problems involving circumference and area of circles, and composite figures. 5. find the angle measures and/or percentages based on the given data for a pie graph. 6. construct a pie graph using appropriate tools. 7. interpret data presented in a pie graph. 8. interpret data from digital media that are presented in tabular or graphical form. 9. draw conclusions or make inferences based on data presented in a pie graph. 10. solve problems using data presented in a pie graph. 11. determine the common factors and the greatest common factor (GCF) of two numbers using the following methods: listing, prime factorization, and continuous division. 12. find the common multiples and least common multiple (LCM) of two numbers using the following methods: listing, prime factorization, and continuous division. 13. solve problems involving GCF and LCM. |
| Performance standards | Find the area of a circle (MG); find the area of composite figures composed of any two or more of: triangle, square, rectangle, circle, semi-circle (MG); construct and interpret pie graphs (DP); find common factors, greatest common factors, common multiples, and least common multiples (NA). |
| Performance task (suggested) | Where the Money Went — obtain or construct a real budget with five or six categories. Compute each category's percentage and its angle at the centre, construct the pie graph with a protractor, and write three statements it supports. Then find one presentation of the same data in digital media and say what its chart makes easy to see — and what it hides. |
A note on Quarter 4 competency 8. Interpret data from digital media presented in tabular or graphical form is the only competency in Grade 6 Mathematics that is really about media literacy. It is easy to skip because it has no calculation in it. Do not — it is the foundation for the Grade 9 competency on data that may be misleading, and it works well taught alongside competency 7 rather than alone.
5. Term-by-Term Scope and Sequence
Thirty-three instructional weeks, eleven per term — an even split this repository chose, not one DO 009 specifies. Assessment, remediation and reporting sit in each term's end-of-term block rather than consuming a teaching week.
⚠️ The real terms are not equal. DO No. 009, s. 2026 is reported as 54 instructional days in Term 1, 55 in Term 2 and 61 in Term 3, each with a 10-day end-of-term block, across 201 class days — roughly 34 teaching weeks split 11 / 11 / 12. The even grid below is therefore slightly tight in Term 3. The Budget of Work is what should settle it, and it remains unobtained. If you are pacing a real class, give Term 3 the slack.
Every one of the 52 CG competencies appears exactly once. Sixteen weeks pair naturally adjacent competencies — marked ⊕ — rather than dropping content.
What is authoritative here and what is not. The CG assigns content to quarters. DepEd's Budget of Work assigns it to weeks. This repository has neither the Grade 6 Budget of Work nor the DO 009 implementing annexes — both are behind a network block (
source-catalogue.md). The term boundaries and week numbers below are this repository's proposal, derived from the CG's own listing order. A school's approved budget of work may order it differently. Adjust freely.
Term 1 — June to September
CG Quarter 1 complete, then the opening of CG Quarter 2.
| Week | Focus | CG source | Artifacts in this repo |
|---|---|---|---|
| 1 | Exploring whether a shape tessellates | Q1 · 1 | — |
| 2 | Tessellating a surface with triangles, squares and rectangles | Q1 · 2 | — |
| 3 | Translation, reflection and rotation of shapes | Q1 · 3 | — |
| 4 ⊕ | Adding and subtracting decimals to four places and multi-step problems with money | Q1 · 4–5 | — |
| 5 ⊕ | Mentally multiplying by 0.1 to 1000 and multi-step multiplication problems | Q1 · 6–7 | — |
| 6 ⊕ | Dividing to a repeating decimal, and by a one-place decimal and mental division | Q1 · 8–9 | — |
| 7 | Multiplying any combination — fractions, whole numbers and mixed numbers | Q1 · 11 | ✔ Full set — both lesson plans, slides, game, offline activities, worksheet, wall chart |
| 8 ⊕ | Problems involving division of decimals and multi-step problems with mixed combinations | Q1 · 10, 12 | — |
| 9 ⊕ | Dividing any combination and multi-step problems involving that division | Q1 · 13–14 | — |
| 10 | Ratio for part-whole and part-part relationships | Q2 · 1 | — |
| 11 ⊕ | One number as a fraction of another and equivalent ratios | Q2 · 2–3 | — |
End-of-term block — performance task, Term 1 examination, remediation, reporting.
Term 2 — September to December
The rest of CG Quarter 2, then the opening of CG Quarter 3.
| Week | Focus | CG source |
|---|---|---|
| 12 | Solving problems involving ratio | Q2 · 4 |
| 13 ⊕ | Tables and the double number line and how many times larger one value is | Q2 · 5–6 |
| 14 | Solving problems involving ratio and proportion | Q2 · 7 |
| 15 ⊕ | Percentages, fractions and decimals as the same information and the uses of percentages | Q2 · 8–9 |
| 16 ⊕ | Writing numbers in exponential form and giving their value | Q2 · 10–11 |
| 17 | Calculations in exponential form using the GEMDAS rules | Q2 · 12 |
| 18 | Choosing appropriate units for volume and capacity | Q3 · 1 |
| 19 ⊕ | Converting cu. cm to litres and volume of a cube and a rectangular prism | Q3 · 2–3 |
| 20 ⊕ | Problems involving volume and problems involving capacity | Q3 · 4–5 |
| 21 ⊕ | Converting sq. cm to sq. m and area of composite figures | Q3 · 6–7 |
| 22 | Problems involving perimeter and area | Q3 · 8 |
End-of-term block — performance task, Term 2 examination, remediation, reporting.
Term 3 — January to April
The rest of CG Quarter 3, then CG Quarter 4 complete.
| Week | Focus | CG source |
|---|---|---|
| 23 ⊕ | Drawing circles with compasses and naming the parts of a circle | Q3 · 9–10 |
| 24 ⊕ | Measuring circumference and approximating π as C ÷ d | Q3 · 11–12 |
| 25 | Circumference using C = πd or C = 2πr | Q3 · 13 |
| 26 | Exploring the area of a circle inductively, leading to A = πr² | Q4 · 1 |
| 27 | Finding the area of a circle using the formula | Q4 · 2 |
| 28 | Area of composite figures including circles and semicircles | Q4 · 3 |
| 29 | Problems involving circumference and area | Q4 · 4 |
| 30 ⊕ | Angles and percentages for a pie graph and constructing one | Q4 · 5–6 |
| 31 ⊕ | Interpreting pie graphs and interpreting data from digital media | Q4 · 7–8 |
| 32 ⊕ | Drawing conclusions from a pie graph and solving problems with it | Q4 · 9–10 |
| 33 ⊕ | GCF and LCM by listing, prime factorisation and continuous division and problems using them | Q4 · 11–13 |
End-of-term block — performance task, Term 3 examination, closing activities, reporting.
Coverage check
| CG quarter | Competencies | Weeks allotted | Where |
|---|---|---|---|
| Quarter 1 | 14 | 9 | Term 1, weeks 1–9 |
| Quarter 2 | 12 | 8 | Term 1 weeks 10–11; Term 2 weeks 12–17 |
| Quarter 3 | 13 | 8 | Term 2 weeks 18–22; Term 3 weeks 23–25 |
| Quarter 4 | 13 | 8 | Term 3, weeks 26–33 |
| Total | 52 | 33 |
All 52 CG competencies are placed. None is taught twice, and none is dropped.
Week 33 carries three competencies, and that is the tightest week in the grade. GCF and LCM by three methods each, plus problems, is not a week's work — it is nearer two. It sits last because everything before it is prerequisite to Grade 7 and this is not. If Term 3 runs long, as DO 009's day counts suggest it will, spend the slack here.
6. Assessment and Grading
Per DO No. 015, s. 2026. Mathematics is a Key Stage 2 core learning area:
| Component | Weight | What it covers in this course |
|---|---|---|
| Written Works | 20% | Quizzes, seatwork, written problem-solving with shown reasoning |
| Performance Tasks | 50% | The three term performance tasks, group activities, oral explanations, the game's Teacher Panel record |
| Examinations | 30% | Summative Test 1 (30%), Summative Test 2 (30%), Term Examination (40%) |
Transmutation is being withdrawn, and this school year sits in the middle of that.
| School year | What applies to Grades 4–12 |
|---|---|
| 2026–2027 — this one | Transmutation continues, but on an adjusted table: a raw grade of 70 transmutes to a passing 75 |
| 2027–2028 onward | Transmutation removed. Zero-based — a raw 75 is a term grade of 75, and that raw 75 is the absolute minimum pass |
Any spreadsheet built from this syllabus needs a year switch, not a fixed table.
class-record.html implements exactly this.
⚠️ Reported, not verified. DO No. 015, s. 2026 could not be downloaded in the environment these artifacts were built in — see
source-catalogue.md. Two independent search passes returned the same 20 / 50 / 30 split and the same examination subdivision, attributed to the Key Stage 2–3 core learning areas. Two passes agreeing is not the order itself. Confirm before computing a real grade.
Formative assessment used weekly
Formative work is not graded — it steers instruction.
- Exit tickets — one question at the end of each session
- The conversion check — for any answer involving ratio, percentage or a fraction, ask for it in one of the other forms. A learner who can produce 3/4 but not 75% or 0.75 has three separate facts, not one idea, and Grade 7's rate work will find that out
- The game's Teacher Panel — per-round accuracy against the week's competency
- Unit hunts — learners find and correct a planted unit error (cm where cm³ belongs). This is the single most common Grade 6 measurement mistake and it is invisible in a correct number
7. Learner Support
| Provision | What it looks like |
|---|---|
| Below-level | Fraction strips, a printed multiplication grid and a place-value chart stay available all year. Mixed numbers are kept to halves and quarters while the reasoning demanded stays the same. Ratio work is anchored on the double number line, which carries the meaning without the arithmetic. |
| On-level | Standard task with a required written justification. |
| Above-level | Extension by depth — "find a mixed-number pair whose product is a whole number, and explain how you knew where to look", not ten more products. |
| Language | All materials are in English, the medium of instruction for Mathematics from Grade 4 onward. Key terms are introduced orally before they are read. |
| Learners with additional needs | Enlarged print, extended time, verbal instead of written response, a peer scribe. All digital artifacts are keyboard-operable and screen-reader labelled. Compass work has a safe alternative — a loop of string and a pencil draws the same circle. |
| Absence and catch-up | Every digital artifact is a single file that copies to a phone or USB stick and runs offline at home, with no account and no data connection. |
8. Materials
No-cost / recycled — the default. The course is designed to run on these alone.
- Squared paper, or a hand-ruled grid, for area and tessellation work
- Cardboard offcuts cut into congruent triangles, squares and hexagons — the tessellation set, made once and reused
- String and a ruler — this is the entire apparatus for measuring π
- Round tins, lids, bottle bases and plates of very different sizes for Quarter 3
- Rice, sand or water and a set of containers for capacity
- Flattened grocery cartons for volume and nets
- Chalk and the board
If available.
- One projector or television for the slide deck
- Any device with a browser for the game
- A protractor per pair for pie graphs in Quarter 4 — the one item on this list with no no-cost substitute. A paper circle folded into halves, quarters and eighths gives 180°, 90° and 45° and gets most of the way
9. Curriculum Verification — Completed
This syllabus has been checked against the official curriculum guide, committed to this repository:
docs/research/source/MATATAG-Mathematics-CG-2023-Grades1-10.pdf— MATATAG K to 10 Curriculum of the K to 12 Program: Mathematics, Grades 1–10, Department of Education, August 2023, 73 pages.
| Item | Source | Status |
|---|---|---|
| Grade level standard (§2) | CG p. 22 | ✅ Verbatim |
| Content domains (§3) | CG p. 22 | ✅ Verified |
| Quarter 1 content, competencies, performance standards (§4) | CG p. 48 | ✅ Verbatim |
| Quarter 2 (§4) | CG p. 49 | ✅ Verbatim |
| Quarter 3 (§4) | CG p. 50 | ✅ Verbatim |
| Quarter 4 (§4) | CG p. 51 | ✅ Verbatim |
| Week-by-week sequence (§5) | Derived from CG ordering | ⚠️ School decision — see §5 note |
| Three-term calendar (header, §5) | DO No. 009, s. 2026 | ⚠️ Adopted, but from reporting — the order itself is unread |
| Term boundaries and week numbers (§5) | This repository | ⚠️ Proposal — the Budget of Work that would settle it is unobtained |
| Assessment weights (§6) | DO No. 015, s. 2026 | ⚠️ Adopted, but from reporting — the order itself is unread |
| Performance tasks (§4) | This syllabus | ⚠️ Suggestions, not CG content |
Part of the E-turo MATATAG artifact set. Companion files:
lesson-plan-ilaw.md · lesson-plan.md ·
assessment.md · offline-activities.md ·
slides.html · game.html ·
worksheet.html · class-record.html