Secondary 2 Computing small groups tuition in Bukit Timah should support the child’s actual school learning, not promise a national examination result that may not apply to the subject. Parents can begin by reviewing the school’s tasks and assessment guidance, then decide whether a three-learner tutorial would add useful explanation, safe practice and individual feedback.
Effective support in Computing develops decomposing problems into smaller steps, algorithms, sequencing and logical reasoning, testing, debugging and documenting decisions, digital literacy, privacy and responsible use of technology. The tutor should match the school’s current programme, identify a specific need and help the learner practise with increasing independence. This guide explains practical learning, safety, scheduling and parent decision-making without assuming every Secondary 2 subject is examined in the same way.
- Year: Secondary 2, Singapore.
- Subject: Computing, aligned with the child’s school programme.
- Format: up to three learners per tutorial.
- Location: Bukit Timah and neighbouring areas.
- Priority: decomposing problems into smaller steps.
- Check: school assessment criteria, safety and practical arrangements.
- Outcome: better understanding, responsible practice and independence.
The actual place of this subject in school
The school programme determines whether coding, computational thinking or digital literacy is being assessed. The family should distinguish classroom experiences from later elective subjects or examination pathways. A tutor should not treat a national syllabus for a different age or course as though it automatically defines the child’s present work.
Teaching activity: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
Four essential skill areas
The subject combines decomposing problems into smaller steps; algorithms, sequencing and logical reasoning; testing, debugging and documenting decisions; digital literacy, privacy and responsible use of technology. These strands overlap but are not interchangeable. A learner might understand the concepts yet struggle with performance, or perform competently without explaining the decisions. Diagnose both forms of learning before choosing tasks.
Teaching activity: Trace a short pseudocode sequence and explain the output without executing it. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
A meaningful example of learning
One useful activity is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. This task is valuable only if it matches the student’s readiness and the school programme. The tutor should ask what the learner notices, why that detail matters and how the response could be checked or improved.
Teaching activity: Find a logic error in a small program and propose a test that reveals the error. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
A second example for transfer
Try a different task: Trace a short pseudocode sequence and explain the output without executing it. The learner should identify the purpose, make a decision and explain the evidence. Transfer matters because a student who succeeds only with a memorised example may not yet understand the underlying idea.
Teaching activity: Compare two solutions for clarity, correctness and handling of unexpected inputs. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
A practical example for feedback
Consider: Find a logic error in a small program and propose a test that reveals the error. The first attempt should be treated as evidence, not as a final judgement of ability. Feedback should identify one successful choice and one change that the student can test. The learner should then explain the difference between the original and revised attempt.
Teaching activity: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
Understanding limits and safety
Computing offerings vary by school. Confirm whether the child has a computing module, an enrichment programme or another subject rather than assuming a standard Secondary 2 national syllabus. Parents should ask what resources are genuinely required, who supervises practice and how the tutor adapts tasks for different learners. Good teaching does not pressure a family into unsafe, inaccessible or unnecessarily costly activities.
Teaching activity: Trace a short pseudocode sequence and explain the output without executing it. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
A four-stage independent task
Begin with a clear purpose, then plan a method, carry it out under appropriate conditions and reflect on evidence. For example: Compare two solutions for clarity, correctness and handling of unexpected inputs. The student should be able to say what they changed and why. A polished output without that reasoning is an incomplete picture of learning.
Teaching activity: Find a logic error in a small program and propose a test that reveals the error. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
How a small group can discuss choices
Give each of three learners a different way to approach write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask them to explain advantages and limitations without ranking one child as inherently better. A tutor can guide comparison and then let each learner revise independently. The goal is constructive critique and confidence.
Teaching activity: Compare two solutions for clarity, correctness and handling of unexpected inputs. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
How parents can evaluate the result
Ask whether the student can now algorithms, sequencing and logical reasoning, and whether they can explain the reasoning without prompts. Compare a recent attempt with an earlier one using the same criteria. Avoid judging only by the attractiveness of a final product or by the amount of time spent.
Teaching activity: Trace a short pseudocode sequence and explain the output without executing it. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
Building longer-term capability
Strong Computing learning includes curiosity, care, persistence and thoughtful evaluation. The learner should gradually become better at planning, recognising limitations, using evidence and seeking appropriate help. These habits are useful even if the student does not pursue the subject in an examination pathway.
Teaching activity: Find a logic error in a small program and propose a test that reveals the error. The learner first states what success would look like, completes an appropriately adapted version of the task and reviews the result. The tutor then introduces one new condition so the learner can demonstrate understanding rather than simply repeat the first attempt.
For a family considering small-group support in Bukit Timah, the practical question is whether this lesson would help the child with real school learning. Ask for a sample of feedback, the next independent step and an explanation of any safety or resource requirements. The tutor should be able to answer without promising a particular grade.
What parents should establish first
Before choosing a tuition programme, examine the actual school task, teacher comments and the learner’s experience. Ask whether the need is conceptual understanding, a practical technique, task planning, communication or confidence. An additional lesson should address an identified problem rather than simply fill the timetable.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Understanding lower-secondary expectations
Secondary 2 learning can include exploration, practice, application and reflection. It is not always organised around a national written examination. School-based assessment may use performance, practical work, portfolios, projects or classroom participation. The relevant school rubric matters more than a generic tuition worksheet.
In Computing, consider the specific skill of testing, debugging and documenting decisions. A relevant example is: Compare two solutions for clarity, correctness and handling of unexpected inputs. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Full Subject-Based Banding and school context
Full Subject-Based Banding changes how schools organise subject levels where applicable, but it does not imply that every practical or exploratory subject has identical G1, G2 and G3 versions. Confirm the actual subject arrangements with the school. Do not label a practical module as a national examination syllabus without evidence.
In Computing, consider the specific skill of algorithms, sequencing and logical reasoning. A relevant example is: Find a logic error in a small program and propose a test that reveals the error. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Diagnosing a difficulty fairly
Ask the learner to show one completed task and describe a difficult moment. Observe what they can do independently and where a prompt is needed. Distinguish unfamiliar instructions from a genuine skills gap. For practical activities, a learner may understand the idea but need time, equipment or safe supervised practice.
In Computing, consider the specific skill of testing, debugging and documenting decisions. A relevant example is: Compare two solutions for clarity, correctness and handling of unexpected inputs. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Why a three-student group may help
A group of three can provide opportunities for demonstration, discussion, observation and individual feedback. However, three learners may need different equipment, adaptations or levels of challenge. The tutor must organise turns fairly and keep every learner engaged. Group size is not a guarantee of effective instruction.
In Computing, consider the specific skill of testing, debugging and documenting decisions. A relevant example is: Compare two solutions for clarity, correctness and handling of unexpected inputs. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
How a tutorial should begin
Start with a short question that retrieves previous learning. Explain the objective and demonstrate one decision or technique. Ask learners to attempt a manageable task independently, then discuss what worked and what needs changing. Finish with a fresh task to see whether the improvement transfers.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Using a rubric rather than guessing
School rubrics clarify what counts as successful work. A tutor should translate each criterion into language the learner can understand, then point to evidence in the student’s own performance or response. Avoid inventing marking criteria or promising that a private tutorial can influence school grading.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Feedback that builds independence
Feedback should name a specific strength, a specific change and an opportunity to try again. Vague praise or criticism is less useful than a concrete observation. Ask the learner to explain why the revision improves the result, and gradually reduce prompts so that progress is not dependent on the tutor.
In Computing, consider the specific skill of algorithms, sequencing and logical reasoning. A relevant example is: Find a logic error in a small program and propose a test that reveals the error. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Balancing theory and practical learning
Some concepts can be taught through reading, diagrams, discussion or written reflection, while others require appropriate practice. A written explanation is not proof of practical competence. Conversely, a student who performs a task may still need help articulating the reasoning behind it. Use both forms of evidence when relevant.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Safety and supervision
Practical work must follow the school’s safety instructions and use appropriate supervision. A tuition centre should not recreate a school workshop, kitchen or sports activity without the required facilities and expertise. Families should ask about safety, equipment, accessibility and emergency arrangements before committing.
In Computing, consider the specific skill of testing, debugging and documenting decisions. A relevant example is: Compare two solutions for clarity, correctness and handling of unexpected inputs. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Weekday and weekend choices
A weekday lesson may support a current school project while the details are fresh, but travel and CCA can cause fatigue. Weekend lessons may allow more sustained work but compete with rest and family commitments. Choose a consistent schedule based on the child’s energy and the nature of the activity.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Avoiding excessive homework
Extra practice should have a clear purpose and should not duplicate school tasks mechanically. Short reflection, retrieval and carefully chosen exercises can reinforce understanding. The learner should still have time for sleep, recreation and independent interests. More hours are not automatically better.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Supporting a learner who is falling behind
Identify one prerequisite and provide a manageable success experience. Do not label a student as untalented or incapable based on a single practical task. Adapt explanations and practice conditions. If the learner experiences persistent difficulty or anxiety, discuss suitable support with the school.
In Computing, consider the specific skill of testing, debugging and documenting decisions. A relevant example is: Compare two solutions for clarity, correctness and handling of unexpected inputs. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Supporting a learner who is maintaining
Students who meet school expectations may not need extra tuition. If they want additional support, focus on self-assessment, deeper understanding and independence rather than simply adding assignments. Parents should ask what meaningful benefit the extra lesson provides.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Supporting a learner who is ready to progress
Offer richer choices, alternative solutions and opportunities to evaluate trade-offs. Challenge can involve clearer reasoning, more thoughtful revision or creative exploration. Extension should not ignore safety or push the child into equipment and tasks beyond appropriate readiness.
In Computing, consider the specific skill of algorithms, sequencing and logical reasoning. A relevant example is: Find a logic error in a small program and propose a test that reveals the error. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
What progress looks like
Progress may appear as more accurate performance, clearer explanation, better planning, safer decision-making, stronger self-checking or greater willingness to try. Collect comparable evidence over several weeks. Do not infer improvement solely from one grade or from the appearance of a polished final product.
In Computing, consider the specific skill of decomposing problems into smaller steps. A relevant example is: Trace a short pseudocode sequence and explain the output without executing it. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
How parents can help
Ask the learner what the task was intended to teach, which choice they made and what they would change next time. Encourage curiosity without taking over the work. Parents can help create an appropriate environment, but they do not need to act as substitute specialist teachers.
In Computing, consider the specific skill of decomposing problems into smaller steps. A relevant example is: Trace a short pseudocode sequence and explain the output without executing it. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Questions to ask a provider
Ask about qualifications, subject knowledge, school alignment, group size, supervision, accessibility, feedback and progress reviews. Request an example of a suitable task. Be wary of guarantees of grades, claims of official endorsement or pressure to buy equipment before the child’s needs are understood.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Preparing for Secondary 3 decisions
Secondary 2 experiences can help learners discover interests and strengths, but they do not guarantee particular subject offerings. The school determines later options and applicable criteria. Attend briefings and discuss the student’s interests, readiness and workload before making choices.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
When tuition is unnecessary
A teacher consultation, school resources, suitable home practice or a structured personal project may be sufficient. Extra lessons should not be treated as compulsory because classmates attend. If the child is progressing and has a sustainable routine, there may be no need to add tuition.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Four-week review
In the first week, establish a baseline and one priority. In the second, teach and practise the missing skill. In the third, apply it to a different situation. In the fourth, review independent performance and decide whether the programme is helping. If the same obstacle remains, change the strategy rather than merely increasing the workload.
In Computing, consider the specific skill of decomposing problems into smaller steps. A relevant example is: Trace a short pseudocode sequence and explain the output without executing it. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
A realistic parent decision
The best decision accounts for learning value, the child’s preferences, practical constraints and family resources. Set a review date, look for evidence of progress and be willing to stop if the benefit is unclear. Tuition should make the learner more capable, not more dependent.
In Computing, consider the specific skill of digital literacy, privacy and responsible use of technology. A relevant example is: Write a step-by-step algorithm for a simple daily routine and test it against an edge case. Ask the learner to identify the objective, choose an approach and explain what the result shows. If a task is too demanding, reduce its complexity while preserving the thinking and safety requirements.
Parent check: Look at one authentic school task, ask what the child can do independently and agree on a single next action. Revisit the same criterion after further practice. This makes the value of tuition observable rather than dependent on promotional claims or comparisons with other students.
Official information and school-specific guidance
See Singapore Ministry of Education for education pathways and Full Subject-Based Banding, and Singapore Examinations and Assessment Board for national examinations where applicable. The child’s school remains the authority for its Secondary 2 subject availability, tasks, safety requirements and assessment rubrics. This article is an independent parent guide, not an official examination syllabus.