ELS Assessment Framework

📘 English: Stages 4-6

Paper 1 – Reading, Grammar & Vocabulary | Time: 1h 30m | Marks: 50

Paper 2 – Writing & Language Skills | Time: 1h 30m | Marks: 50

Stages 4-6:

Stages 5-6 (Advanced):

🔬 Science: Stages 4-6

Paper 1 – Scientific Knowledge & Understanding | Time: 1h 30m | Marks: 50

Paper 2 – Scientific Investigation & Application | Time: 1h 30m | Marks: 50

📘 Lower Secondary English (Levels 7-8)

Total: 70 marks | Focus: Analytical reading, structured essays, formal register, critical evaluation.

Level Progression: L7: Writer's effect, directed writing, formal register. L8: Comparative analysis, extended critical essays (600-700w), stylistic adaptation, metalinguistic commentary.

🎯 Speaking L7-8: Record sessions for moderation. Focus on critical thinking, not just fluency.

🔬 Lower Secondary Science (Levels 7-8)

Total: 70 marks | Focus: Hypothesis formation, variable control, data reliability, ethical awareness.

Level-Specific Tasks:

• L7: Evaluate claims using multiple sources, design controlled investigations, discuss ethical implications (e.g., CRISPR, renewable tech).
• L8: "Climate models are too uncertain to guide policy" evaluation, propose sustainable local solutions, analyse conflicting research findings.

➗ Mathematics Framework

Cambridge Primary (Stages 1–5)

Paper 1: Concepts, Skills & Problem Solving | Paper 2: Geometry, Measurement & Data | Time: 1h (1-3) / 1h 30m (4-5) | Marks: 50 each

Weightage: Number 30% | Problem Solving 25% | Geometry/Measurement 20% | Data 15% | Reasoning 10%

Stage 6 Mathematics (60 marks)

Sec A: Objective (18m | 30%) Logarithms, eigenvalues, derivatives, standard deviation, set theory, limits, matrices.

Sec B: Structured (24m | 40%) Differentiation (product rule), 3x3 systems, integration basics, cosine rule, probability combinations.

Sec C: Reasoning (18m | 30%) Real-world modelling (bridge cables), statistical critique, study design with ethical considerations.

Stages 7-8 Mathematics (70 marks each)

Cambridge Assessment Design Guide (Levels 1–8)

Cambridge Assessment Design Guide
Teacher's Guide for Writing Question Papers: Levels 1–8
Subjects: English | Mathematics | Science
Levels: Primary (1–6) | Lower Secondary (7–8)
Curriculum Alignment: Cambridge Primary & Lower Secondary Frameworks

📘 Introduction & Assessment Philosophy

Cambridge Assessment Focuses On:

• ✓ Conceptual understanding over rote memorisation
• ✓ Application of knowledge to new contexts
• ✓ Critical thinking & problem solving
• ✓ Clear communication of ideas
• ✓ Scientific/mathematical enquiry skills
• ✓ Progressive skill development across stages

Key Principles for Paper Design:

• Validity: Questions must assess stated learning objectives
• Reliability: Clear mark schemes ensure consistent scoring
• Fairness: Accessible language, unbiased content, appropriate difficulty
• Educational Impact: Papers should support learning, not just test it

📐 General Question Paper Design Rules

1. Selecting Question Types by Purpose

2. Mark Distribution & Weighting Guidelines

English Component Weighting (All Levels):
Reading 30% | Writing 30% | Grammar/Language 15% | Listening 15% | Speaking 10%

3. Cognitive Progression Framework (L1 → L8)

🔬 SCIENCE: Paper Templates & Sample Questions

Core Topics by Level: Living Things | Materials | Earth & Space | Forces & Energy | Scientific Enquiry

L1 Level 1 Science (Total: 50 marks)

Instructions: Read each question carefully. Circle the correct answer for Section A. Write clearly in Section B.

Section A: Objective (20 marks | 40%)

1. Which animal lives in water? [1] a) Cat b) Fish c) Bird d) Dog
2. True/False: The sun rises in the west. [1]
3. Match sense to organ: Eyes → ? Ears → ? Nose → ? [3]
4. Fill in: Plants need ______ to grow. [1]
5. Circle the living thing: rock, dog, car, tree [2]
6. Which is a source of light? [1] a) Mirror b) Moon c) Sun d) Book
7. True/False: Ice is a solid. [1]
8. Match weather symbol → name (sun, cloud, rain, snow) [4]
9. Fill in: We breathe in ______. [1]
10. Which material is soft? [1] a) Stone b) Cotton c) Glass d) Metal
11. True/False: Fish have gills. [1]
12. Circle the correct season for snow. [1]

Section B: Subjective (30 marks | 60%)

13. Name two things animals need to survive. [2]
14. Draw a plant. Label roots, stem, leaf. [3]
15. Why wear warm clothes in winter? Write one sentence. [2]
16. Order life cycle: tadpole → egg → froglet → frog [4]
17. Drop rock vs feather. Which falls faster? Why? [3]
18. Test paper towel soak-up: describe 3 simple steps. [6]
19. Draw arrows: puddle → sky. What process is this? [3]
20. Sort into solid/liquid: ice, milk, wood, juice [4]
21. What happens to chocolate when you heat it? [3]

L2 Level 2 Science (Total: 50 marks)

Section A: Objective (20 marks)

1. Which material is magnetic? [1] a) Wood b) Plastic c) Iron d) Glass
2. True/False: All metals conduct electricity. [1]
3. Fill in: Seed growing into a plant is called __________. [1]
4. Match habitat → animal (Desert, Ocean, Forest, Arctic) [4]
5. Which gas do we breathe out? [2] a) Oxygen b) CO₂ c) Nitrogen d) Helium
6. 6–12. [Additional objective items covering forces, materials, plants]

Section B: Subjective (30 marks)

13. Explain why ice melts in the sun. [2]
14. Plant in dark cupboard for 1 week. What happens to leaves? Why? [3]
15. Sort living/non-living: rock, dog, car, tree, river [5]
16. Draw a 3-organism food chain. Label producer/consumer. [4]
17. 17–21. [Application & simple reasoning questions]

L3 Level 3 Science (Total: 50 marks)

• Section A: Objective (18 marks | 36%) • Photosynthesis, forces, circuits, states of matter
• Section B: Structured (20 marks | 40%) • Separation techniques, life cycles, data interpretation
• Section C: Reasoning (12 marks | 24%) • Shadow explanation, circuit analysis, ecological reasoning

Sample L3 Q: "All insects have six legs and wings." Is this correct? Explain with an example. [3]

L4 Level 4 Science (Total: 60 marks)

• Section A: Objective (20 marks | 33%) • Respiration, compounds, pH, energy transfer
• Section B: Structured (24 marks | 40%) • Leaf adaptations, speed calculations, food web analysis
• Section C: Reasoning (16 marks | 27%) • Investigation design, renewable energy evaluation, climate evidence

Sample L4 Q: A student tests how surface type affects friction. What is the independent variable? What must be controlled? [4]

L5 Level 5 Science (Total: 60 marks)

• Section A: Objective (20 marks) • Atomic structure, chemical reactions, forces, graphs
• Section B: Structured (24 marks) • Natural selection, circuit analysis, enzyme data, balancing equations
• Section C: Reasoning (16 marks) • Photosynthesis investigation plan, nuclear energy debate, correlation vs causation

L6 Level 6 Science (Total: 60 marks)

Section A: Objective (18 marks | 30%)

1. Which bond involves electron sharing? [1] a) Ionic b) Covalent c) Metallic d) Hydrogen
2. True/False: Velocity includes direction. [1]
3. Fill in: The organelle producing ATP is the __________. [1]
4. Match process → location (osmosis, transpiration, digestion, excretion) [6]
5. 5–10. [Additional items on vectors, catalysts, pH, ecology, inertia, waves]

Section B: Structured (24 marks | 40%)

11. Explain how stomata regulate water loss & gas exchange. Name two triggers. [4]
12. Calculate resultant force: 15N right, 8N left. Show vector reasoning. [3]
13. Experiment: temperature vs reaction rate. Identify variables. Explain control importance. [4]
14. Analyse food web: top predator removed. Predict 3 cascading effects with reasoning. [4]
15. 15–17. [Balancing equations, genetic diversity, energy transformations]

Section C: Reasoning (18 marks | 30%)

18. Design investigation: "How does soil pH affect seed germination?" Include hypothesis, variables, sampling, data collection, validity checks, safety. [10]
19. "Genetic modification is essential for food security." Evaluate using scientific, ethical, and economic arguments. State limitations of current data. [4]
20. A study shows correlation between air pollution and asthma. Explain how confounding variables could mislead, and propose a longitudinal study design to test causation. [4]

L7 Level 7 Science (Total: 70 marks)

Assessment Focus: Cells & systems | Chemical reactions | Energy transfer | Forces & motion | Scientific methodology

• Section A: Objective (20 marks | 29%) • Advanced terminology, conceptual distinctions, data interpretation
• Section B: Structured (28 marks | 40%) • Multi-concept application, experimental analysis, mathematical modelling in science
• Section C: Extended Response (22 marks | 31%)
  • Evaluate a scientific claim using evidence from multiple sources [8]
  • Design a controlled investigation with justification of methodological choices [8]
  • Discuss ethical implications of a scientific development (e.g., CRISPR, renewable tech) [6]

L8 Level 8 Science (Total: 70 marks)

• Section A: Objective (18 marks | 26%) • Abstract concepts, interdisciplinary links, advanced graphical analysis
• Section B: Structured (28 marks | 40%) • Complex problem-solving, quantitative reasoning, evaluation of scientific models
• Section C: Extended Response (24 marks | 34%)
  • "Climate models are too uncertain to guide policy." Critically evaluate this statement using scientific evidence and acknowledging limitations. [10]
  • Propose a sustainable solution to a local environmental issue. Justify using scientific principles, feasibility analysis, and stakeholder considerations. [8]
  • Analyse conflicting research findings on a topic (e.g., screen time & health). Explain possible reasons for discrepancies and suggest how to resolve them. [6]

➗ MATHEMATICS: Paper Templates & Sample Questions

Core Strands: Number | Algebra | Geometry | Measure | Statistics | Probability

L1 Level 1 Mathematics (Total: 50 marks)

Section A: Objective (20 marks)

1. 3 + 2 = ? [1] a) 4 b) 5 c) 6 d) 7
2. True/False: A square has 3 sides. [1]
3. Fill in: 10, 20, 30, __, 50 [1]
4. Match shape → name (circle, triangle, square, rectangle) [4]
5. 5–12. [Counting, simple addition/subtraction, pattern recognition, basic measurement]

Section B: Subjective (30 marks)

13. Draw 7 apples. Cross out 3. How many left? [2]
14. Sam has 4 stickers, gets 3 more. Total? Show working. [3]
15. Measure this line (described: 6cm). Write length. [3]
16. 12 cookies shared by 3 friends. Each gets? Draw to help. [4]
17. 17–22. [Simple word problems, pattern continuation, basic data representation]

L2 Level 2 Mathematics (Total: 50 marks)

• Section A: Objective (20 marks) • Multiplication facts, fractions intro, time, money, simple geometry
• Section B: Subjective (30 marks) • Two-step problems, perimeter, simple probability, data interpretation

Sample L2 Q: Why is 6 × 4 the same as 4 × 6? Use words or a drawing to explain. [4]

L3 Level 3 Mathematics (Total: 50 marks)

• Section A: Objective (18 marks) • Division, decimals intro, angles, area formulas, simple algebra
• Section B: Structured (20 marks) • Multi-step word problems, coordinate plotting, fraction operations
• Section C: Reasoning (12 marks) • Pattern generalisation, justification of methods, error analysis

L4 Level 4 Mathematics (Total: 60 marks)

• Section A: Objective (20 marks) • Percentages, ratio, algebraic expressions, geometry properties
• Section B: Structured (24 marks) • Simultaneous equations, Pythagoras, probability calculations, transformations
• Section C: Reasoning (16 marks) • Proof introduction, depreciation modelling, average evaluation

Sample L4 Q: Prove that the sum of two odd numbers is always even. Use algebraic reasoning. [6]

L5 Level 5 Mathematics (Total: 60 marks)

• Section A: Objective (20 marks) • Indices, logarithms intro, trigonometry basics, statistical measures
• Section B: Structured (24 marks) • Quadratic equations, vector operations, integration intro, normal distribution
• Section C: Reasoning (16 marks) • Optimisation problems, correlation critique, investigation design

L6 Level 6 Mathematics (Total: 60 marks)

Section A: Objective (18 marks | 30%)

1. Value of lim(x→2) (x²–4)/(x–2)? [1] a) 0 b) 2 c) 4 d) Undefined
2. True/False: det(A) = 0 implies singular matrix. [1]
3. Fill in: ∫sin(x)dx = __ [1]
4. Match distribution → property (Normal, Binomial, Poisson, Uniform) [6]
5. 5–10. [Logarithmic equations, eigenvalues, derivatives, theorems, standard deviation, set theory]

Section B: Structured (24 marks | 40%)

11. Differentiate f(x) = x³sin(x). Show product rule steps. [4]
12. Solve system: 2x + y – z = 5; x – y + 2z = 3; 3x + 2y – z = 8. [4]
13. Find area under y = x² from x=0 to x=3. Show integral setup & evaluation. [3]
14. Triangle sides: a=7, b=9, C=60°. Find side c using cosine rule. [4]
15. 15–18. [Probability combinations, factorisation, complex numbers, proof by deduction]

Section C: Reasoning (18 marks | 30%)

19. A bridge cable follows y = 0.01x² – 2x + 100. Find vertex height, span where y=0, and explain physical meaning of roots. Show all algebra. [8]
20. "Linear regression always predicts accurately." Critique this statement. Discuss residuals, extrapolation, and assumptions. Provide a counter-example scenario. [5]
21. Design a statistical study: "Does sleep duration affect problem-solving speed?" Specify: hypothesis, random sampling method, control variables, data collection tool, appropriate test, potential biases, and ethical considerations. [5]

L7 Level 7 Mathematics (Total: 70 marks)

Assessment Focus: Algebraic manipulation | Geometric reasoning | Statistical inference | Mathematical modelling

• Section A: Objective (20 marks | 29%) • Abstract algebra, advanced functions, matrix operations, proof techniques
• Section B: Structured (28 marks | 40%) • Calculus applications, vector geometry, hypothesis testing, optimisation
• Section C: Extended Response (22 marks | 31%)
  • Derive and apply a mathematical model to a real-world scenario, evaluating its limitations [9]
  • Critically compare two solution methods for a complex problem, justifying efficiency and accuracy [7]
  • Formulate and test a mathematical conjecture, providing proof or counter-example [6]

L8 Level 8 Mathematics (Total: 70 marks)

• Section A: Objective (18 marks | 26%) • Advanced calculus, abstract algebra concepts, statistical theory, discrete mathematics
• Section B: Structured (28 marks | 40%) • Multi-topic integration, rigorous proof, advanced data analysis, mathematical communication
• Section C: Extended Response (24 marks | 34%)
  • "Mathematics is discovered, not invented." Discuss this philosophical statement with reference to historical developments and personal reasoning. [10]
  • Design an investigation to test a mathematical pattern observed in nature. Include methodology, data analysis plan, and criteria for validating the pattern. [8]
  • Evaluate the effectiveness of a statistical claim in media. Identify potential misrepresentations and propose a more rigorous analytical approach. [6]

📚 ENGLISH: Paper Templates & Sample Questions

Component Weighting (All Levels): Reading 30% | Writing 30% | Grammar/Language 15% | Listening 15% | Speaking 10%

L1 Level 1 English (Total: 50 marks)

📖 Reading (15 marks) Text: "My Pet Cat" (40–50 words)

1. What is the cat's name? [1]
2. True/False: Luna is black. [1]
3. Fill in: Luna likes ______ and sunny spots. [1]
4. Why do you think the writer loves Luna? Write one sentence. [2]
5. Draw Luna based on the description. [3]
6. What is your favourite pet? Why? Write two sentences. [4]
7. Find and copy one word that tells how Luna feels. [1]
8. What might Luna do next morning? Predict in one sentence. [2]

✍️ Writing (15 marks)

9. Prompt: Write 3–4 sentences about your favourite toy. Include: what it is, what it looks like, why you like it. [10]
10. Sentence Building: Rearrange: park / the / to / went / I [2]
11. Punctuation: Add capital letters and full stops: my dog runs fast he is fun [3]

🔤 Grammar/Language (8 marks)

12. Circle the verb: The bird flies / blue / quickly. [1]
13. Fill in with a/an/the: I saw ___ elephant at ___ zoo. [2]
14. Match word to opposite: hot → ? (cold/big/fast) [3]
15. Which sentence is correct? a) She go to school. b) She goes to school. [2]

👂 Listening (7 marks)
Teacher Script (read twice, slowly):
"Today is Monday. We have art class. Bring crayons and paper. Art is in Room 5. Start at 10 o'clock."

16. What day is it? [1]
17. What class do they have? [1]
18. What two things must you bring? [2]
19. Where is the class? [1]
20. What time does it start? [2]

🗣️ Speaking/Oral Task (5 marks) – Assessed Separately
Task: "Show and Tell" – Bring a picture of your family. Tell your teacher:

• Who is in your family?
• What do you like to do together?

(Assessed using rubric in Marking Section)

L2 Level 2 English (Total: 50 marks)

• Reading (15m): Short narrative (80–100w). Qs on literal comprehension, vocabulary in context, simple inference, personal response.
• Writing (15m): Prompt: Write a short story (6–8 sentences) about a surprise visit. Include: who visited, what happened, how you felt. [12] + Editing task [3]
• Grammar (8m): Adjectives, past tense verbs, sentence combining, question formation.
• Listening (7m): Script: School trip announcement. Qs on key details, sequence, instructions.
• Speaking (5m): Task: Describe a picture (park scene). Assess: details, prediction, personal connection.

L3 Level 3 English (Total: 50 marks)

• Reading: Compare two short texts (fiction/non-fiction). Qs on author's purpose, inference, vocabulary.
• Writing: Structured paragraph (topic sentence, details, conclusion). Prompt: Persuade headteacher to add a new club.
• Grammar: Complex sentences, commas in lists, direct speech punctuation.
• Listening: Longer script (120w). Qs on sequence, implied meaning, speaker intent.
• Speaking: 1–2 min talk: "A person I admire" (5 min prep time).

L4 Level 4 English (Total: 60 marks)

• Reading: Analyse tone, evaluate evidence, compare perspectives in non-fiction (200–250w).
• Writing: Multi-paragraph essay. Prompt: "Should homework be banned? Argue your view."
• Grammar: Passive voice, subordinate clauses, cohesive devices (however, therefore, furthermore).
• Listening: Authentic-style dialogue with varied accents. Qs on attitude, inference, note-taking.
• Speaking: Paired discussion: "Plan a school event together" – assessed on interaction, justification, turn-taking.

L5 Level 5 English (Total: 60 marks)

• Reading: Critical analysis of literary devices, evaluate bias, synthesise information from multiple sources.
• Writing: Extended argumentative essay (400–500w). Prompt: "Technology connects us but also isolates us. Discuss."
• Grammar: Stylistic choices for effect, register adaptation, advanced punctuation (semicolons, dashes).
• Listening: Lecture-style monologue (3 mins). Qs on main argument, supporting evidence, speaker's stance.
• Speaking: Individual presentation (3 mins) + Q&A on a global issue (e.g., climate action, digital citizenship).

L6 Level 6 English (Total: 60 marks)

• Reading: Evaluate rhetorical strategies, identify logical fallacies, compare academic/popular texts.
• Writing: Discursive essay (500–600w). Prompt: "Universal basic income is a necessary response to automation. To what extent do you agree?"
• Grammar: Nominalisation, hedging language, precise punctuation for complex clauses.
• Listening: Academic panel discussion (4 mins). Qs on speaker alignment, implicit bias, data interpretation.
• Speaking: Formal presentation (4 mins) on contested topic + structured Q&A. Assessed on argument coherence, linguistic precision, responsiveness.

L7 Level 7 English (Total: 70 marks)

Assessment Focus: Analytical reading | Writer's effect | Directed writing | Formal register | Critical evaluation

• Reading (21 marks): Unseen fiction/non-fiction extract (300–400w). Tasks: analyse language choices, evaluate writer's methods, compare perspectives.
• Writing (21 marks): Directed writing task (e.g., letter to editor, speech, report). Assess: purpose adaptation, audience awareness, structural control.
• Grammar/Language (10 marks): Advanced syntax manipulation, lexical precision, cohesive device mastery.
• Listening (10 marks): Academic talk with note-taking task. Follow-up: summary writing or critical response.
• Speaking (8 marks): Paired debate on a contemporary issue. Assessed on: argument development, rebuttal skill, linguistic range, collaborative interaction.

✍️ Writing Task Example (L7): "Write a letter to your local council arguing for or against increased green spaces. Use evidence, address counter-arguments, and maintain formal register." [21]

L8 Level 8 English (Total: 70 marks)

• Reading (21 marks): Comparative analysis of two complex texts (literary/journalistic). Tasks: evaluate ideological positions, analyse intertextuality, synthesise critical perspectives.
• Writing (21 marks): Extended critical essay (600–700w). Prompt example: "'The medium is the message.' Discuss this statement with reference to contemporary communication." Requires thesis development, textual evidence, academic convention.
• Grammar/Language (10 marks): Stylistic adaptation across genres, rhetorical device deployment, metalinguistic commentary.
• Listening (10 marks): Multi-speaker academic discussion. Task: evaluate argument strength, identify bias, propose research questions arising from the discussion.
• Speaking (8 marks): Individual presentation (5 mins) on a research topic + extended Q&A. Assessed on: conceptual depth, linguistic sophistication, critical responsiveness, academic integrity.

📝 Marking & Rubric Section

✅ Objective Questions Marking

• Answer Key Approach: Provide separate key with correct answers; 1 mark per item
• Partial Credit: Not applied to MCQ/True-False (all-or-nothing)
• Fill-in/Matching: Accept phonetically plausible spellings for L1–L3; require standard spelling L4+
• Quality Control: Pilot questions with small student group to check clarity and timing

✍️ Subjective Short Answers Marking Guidelines

📚 English Writing Rubric (Levels 3–8)

🗣️ English Speaking/Oral Rubric (5–8 marks)

🔬 Science & Mathematics Marking Principles

• Method Marks: Award for correct approach even if final answer wrong (show working required)
• Terminology: Require subject-specific vocabulary appropriate to level (e.g., "photosynthesis" not "plant food-making" at L4+)
• Units & Precision: Deduct for missing/incorrect units (Math/Science); significant figures as specified
• Reasoning Marks: Award for justification, evaluation, or critique even if conclusion imperfect
• Diagrams: Labeling accuracy, clarity, and relevance assessed separately from content

🔚 Implementation Guide for Teachers

Before Paper Construction

• ✓ Map each question to specific Cambridge learning objectives
• ✓ Balance content coverage across topics/strands
• ✓ Select command words aligned to cognitive level (see p.2)
• ✓ Ensure accessibility: clear fonts, uncluttered layout, inclusive contexts

During Paper Development

• ✓ Pilot questions with 3–5 students to check clarity, timing, difficulty
• ✓ Verify total marks add up and section weighting matches plan
• ✓ Include clear instructions, space for answers, and mark allocations
• ✓ Prepare mark scheme with indicative content and acceptable alternatives

After Assessment

• ✓ Conduct item analysis: Which questions were too easy/hard? Why?
• ✓ Reflect: Did the paper assess intended skills? Any bias or ambiguity?
• ✓ Provide feedback using rubric criteria (not just scores)
• ✓ Archive papers and mark schemes for moderation and future reference

Differentiation Strategies

Cambridge-Style Assessment Design Guide | Levels 1–8 | English • Mathematics • Science
Prepared for classroom use | Print-optimised for A4/Letter | © Educational Resource

🌍 Social Studies (K–12) — SOPs for Exam Papers

Scope: Term exams, unit tests, monthly tests, mock exams, summative assessments.

Process & Roles

• Coordinator: Approves timetable, assessment plan, final paper
• Teacher: Drafts paper + Blueprint (TOS) + Marking scheme
• Moderation Committee: Checks alignment, difficulty, fairness, marking accuracy
• Invigilators: Conduct rules, seating, identity checks, incident reporting

Blueprint & Design Standards

Distribute marks by: Geography, History, Civics, Economics, Culture, Map Skills. Mix short answers, structured responses, essays, source-based tasks. Ensure age-appropriate, culturally sensitive, teachable content.

📊 Marking & Weighting Model

Quick Marking Templates (50m example):

• Definition (2m): 1 correct meaning + 1 example/application
• List (2-4m): 1 mark per valid point
• Compare (6m): 3 differences × (1 difference + 1 explanation)
• Essay (8m): 4 criteria × 2m (content, explanation, examples, organisation)

🔐 Security & Moderation Workflow

• Store drafts/finals securely (controlled cabinet/digital access)
• Maintain access logs: who, when, why
• Seal bundles after approval; restrict handling
• Mark using official scheme ONLY. Apply double-marking/sample moderation
• Resolve discrepancies via re-check; document corrections
• Conduct post-exam item analysis (difficulty/discrimination trends)

📋 Examination Board SOPs (Levels 1–7)

Standard Operating Procedures for Cambridge Curriculum Assessment

A. Examination Board — Duties (Levels 1–7)

B. SOPs — How to Compile Exam Papers

SOP 1: Paper Compilation Workflow

Roles: Paper Setter, Subject Reviewer, Moderator, Exam Coordinator, Proofreader/Production.

Steps: 1. Receive blueprint → 2. Create draft (use template) → 3. Create/Update Marking Scheme → 4. First Review → 5. Moderation → 6. Proofing & Production → 7. Version Control & Security → 8. Final Approval → 9. Archiving.

SOP 2: Question Blueprinting & Content Distribution

Minimum blueprint fields: Level/Grade, Topics, Learning Outcomes, Marks per topic, Difficulty distribution, Assessment type, Timing per section.

Rules: No topic without marking scheme criteria. Each section must stand alone logically. Include ≥1 HOTS question.

SOP 3: Standard Paper Formatting & Instructions

Front/cover section: School name, subject, level, term/date/time, instructions/rules, total marks/time, name/ID lines.

Formatting checklist: Page numbers present, sequential numbering, diagrams labeled correctly, script verified, mark allocation visible.

Subject-Specific SOPs (English, Math, Science, Urdu, Islamic Studies)

C. Moderation Checklists (Quick Templates)