SOTA | How to Choose Years 3–4 Subjects: Sciences, Humanities and Mathematics

In this guide

Official sources and next reading

First separate what the school publishes from what your family still needs to establish. SOTA’s learning overview lists Geography or History for Years 3–4 and states that students commit to their selected sciences through both years. The 2026 curriculum booklet, page 8, provides the following additional detail.

Ask for the complete decision process

A public overview does not settle the deadline, approval process or detailed criteria for an individual student. Obtain the current school communication and note who can clarify it. Record any briefing date, consultation arrangement and submission action supplied by the school. Do not substitute an older sibling’s form or another family’s recollection for the current instructions.

Also distinguish an available subject from an approved combination. A course appearing on a website does not prove that every possible pairing is offered. If you have a question about an unusual arrangement, ask it directly before treating it as a realistic option.

Your first useful document is therefore a short list with three headings: confirmed choices, unanswered questions and required actions. Keep personal preferences on a separate line. That prevents an appealing idea from becoming an assumed entitlement before the school has confirmed the route.

Choose a small sample of recent work in each subject under consideration. Include something the student completed well, something that was difficult and something improved after feedback. The purpose is to understand how the student learns, not to build a case that every weakness has disappeared.

Read the mark together with the process

For each piece, ask what the task required and how the student approached it. Was the answer completed independently? Could the student explain the method a few days later? Did the work depend on repeated reminders, substantial correction or a prepared answer pattern? Those observations help distinguish a secure skill from a successful result that was expensive to produce.

A lower mark can also conceal useful evidence. Perhaps the student understood the scientific idea but misread a graph, or developed a thoughtful historical explanation without selecting enough precise evidence. A clearly identified difficulty gives the teacher something to discuss. “I am bad at this” provides very little information about the next step.

Look for a pattern rather than a verdict

Write short observations in ordinary language: “I can start these questions alone”; “I understand the explanation but lose track of the calculation”; “I revise more carefully when the feedback identifies one claim.” Add the date and the work being described. Avoid broad labels such as naturally gifted, lazy or unsuitable.

Invite the student to choose one piece that they want the teacher to see. It may reveal a developing interest that the report card does not capture. Parents can add observations about homework routines, while the teacher can judge classroom performance and the next course’s demands.

Keep the evidence collection proportionate. A few representative examples and a clear question are more useful than an entire folder presented without explanation. Stop collecting when the material makes the actual decision easier to discuss.

SOTA’s Humanities and Social Sciences programme emphasises inquiry, research, analysis and communication, with attention to different societies and perspectives. When comparing Geography and History, examine the kinds of questions that keep the student interested after the first answer. Interest becomes more informative when it survives the work of checking evidence.

The following activities are original comparison exercises. They are not a description of a particular SOTA assessment or a promise about the next year’s syllabus. Use suitable material already encountered in class, or ask the teacher for an appropriate example.

Avoid choosing by a stereotype

Do not reduce either subject to “the one with less writing” or “the one where memorising is enough.” Ask to see the actual kinds of learning and assessment expected. Consider whether the student can turn reading into a clear explanation, use evidence accurately and revise an interpretation when new information appears.

Enjoyment of travel, documentaries or historical fiction can provide a starting interest. It does not yet show how the student handles a demanding question. The stronger signal is the willingness to explain a claim, check a detail and keep working when the answer is less obvious.

Discuss strengths that can develop

A student who currently writes slowly may still have strong ideas. A student who speaks confidently may need help organising evidence on the page. Bring those distinctions to the teacher instead of treating current presentation skill as a permanent limit. Ask what improvement would make the next course more manageable and whether that improvement is realistic within the available time.

SOTA’s science programme connects scientific inquiry with applications, the arts and questions about science’s wider effects. A useful science choice therefore involves more than enjoying an impressive demonstration. Consider whether the student likes investigating an explanation, applying a method and checking what the evidence can support.

Biology: follow an explanation through a living system

For an optional reflection, take a biological process already studied and explain how its parts relate. Then ask what might change if one part operated differently. Notice whether the student connects the sequence or mainly remembers separate labels. If specialised vocabulary is the obstacle, identify that obstacle precisely; it is different from being uninterested in the underlying question.

Chemistry: move carefully between observation and explanation

Choose a familiar classroom example and separate what was observed from the explanation used to account for it. Can the student describe each clearly and say what evidence connects them? Notice comfort with representations and calculations already taught. Do not introduce unsupervised experiments to test subject interest; a piece of existing classwork is sufficient for this discussion.

Physics: explain what a model or relationship means

Use a problem already completed in class. Ask the student to identify the situation, the quantities involved and the reason a particular relationship applies. Then change one condition verbally and discuss what should happen. The aim is to hear the reasoning, rather than reward speed or the ability to quote a formula.

These examples are broad learning prompts, not SOTA topic lists. Ask the school what the relevant courses will cover and how students demonstrate understanding. Do not assume that a favourite topic represents the whole subject.

Record both attraction and friction. “I want to understand living systems, but I need a better way to learn precise terms” is a useful starting point. “This science is easier” leaves the family without a clear account of either the interest or the work required.

The decision about science should include a reason for the complete combination. Begin with the published map in Chapter 1, then ask what each proposed subject contributes. A second science may connect to a serious interest or a possible future requirement. It also creates another body of work that needs attention. Describe both sides in concrete terms.

Replace “more options” with named questions

If the main reason is keeping future choices open, name the choices being considered. Which later course might need a particular preparation? Is that a published requirement, a teacher’s recommendation or an assumption? What needs to be checked now, and what can reasonably wait until the student has more experience?

An unresolved future question deserves an enquiry. It does not automatically justify the largest workload. Equally, a current difficulty should not automatically eliminate a subject that matters to a well-considered direction. The family needs evidence about the difficulty, the available support and the level of preparation required.

Examine the marginal commitment

Ask what must happen regularly for the additional subject to be learned properly: reviewing explanations, correcting mistakes, completing practical write-ups or practising methods. Use the school’s description and the student’s current habits to estimate the commitment. Do not convert another student’s weekly hours into a fixed prediction for your child.

Then identify where that time would come from. A plan that depends on repeatedly delaying arts preparation or working through every rest period is not yet a workable plan. Revise the arrangement before accepting it as the only way to preserve a future possibility.

The final reason should be explainable in a few sentences: what the combination supports, what evidence suggests it is manageable, and which questions the school has answered. That explanation is more useful than a general ranking of one-science and two-science students.

SOTA’s mathematics programme describes conceptual learning, applications and connections with the arts. For a subject discussion, look at how the student reasons through work and responds when a method fails. A quick correct answer is one piece of evidence; explaining why it works provides another.

Use a small correction sample

Select two recent errors of different kinds. For each, ask the student to locate the first point where the reasoning went wrong. Was a condition overlooked, an expression manipulated incorrectly, or a method chosen without checking whether it applied? Write a brief explanation beside the corrected attempt.

Later, use a similar question that has not already been rehearsed. Can the student recognise the relevant idea and make a sound start? This is an optional way to organise evidence for a teacher conversation, not an unofficial test for admission to any course.

Distinguish speed, fluency and independence

A student may understand a concept but work slowly because basic operations are insecure. Another may complete familiar questions rapidly but struggle to decide what to do when the wording changes. These situations call for different advice. Ask the teacher which feature currently limits progress and what improvement would be useful.

Pay attention to the level of prompting. If an adult repeatedly identifies the method, the finished page may overstate the student’s independence. Keep the support visible in your notes without turning it into blame. The purpose is to choose an appropriate next step and make help more effective.

Do not build the discussion around a single difficult worksheet or an unusually easy test. Use a small range of recent evidence, the teacher’s observations and the student’s experience of sustaining practice alongside other commitments.

The timing and eligibility stated in Chapter 1 make this a decision to discuss using the school’s actual criteria. Families should avoid assuming that a preference expressed now establishes a later place. Ask what information will be provided, who advises students and which evidence the school considers.

Ask what changes in the learning

Useful questions concern the substance of the course: how its content, pace, expectations and assessment compare with the alternative; what prior understanding is needed; and how students are advised when the fit is uncertain. Ask for explanations that relate to the student’s current work.

Do not use the word accelerated as a general measure of a student’s value. The useful question is whether the particular course is suitable for this student at that stage. A course label does not replace the need for secure foundations, careful reasoning and sustainable study habits.

Keep later mathematics decisions distinct

If the family is already thinking about IB mathematics, ask SOTA how its earlier courses connect to the later options available at the school. Request the actual preparation expectations. Do not infer that one school course automatically guarantees a particular IB subject, level or university route.

Similarly, a future university requirement should be read in its own terms. Record the precise qualification, subject and level the institution names. Bring that record to the school and ask what pathway could satisfy it. This keeps the conversation tied to a verifiable requirement instead of a chain of assumptions.

While waiting for the appropriate discussion, continue the current course carefully. The most useful preparation is evidence of learning: sound explanations, corrected misunderstandings and an honest account of where assistance is still needed.

A subject combination has to operate alongside the student’s artistic work. List the regular commitments and the periods when preparation becomes more concentrated. Include independent practice, making or revision, preparation for collaborative work, and the practical tasks required to arrive ready.

Keep preparation visible

A calendar entry for a rehearsal or lesson does not show everything needed around it. The student may need time to review material, organise equipment, document a process or respond to feedback. Ask what must be ready beforehand and what work usually follows. Use the student’s actual instructions rather than a generic timetable.

Now compare the academic combination against this fuller picture. Where would sustained reading happen? When could a difficult calculation be revisited? Which tasks need quiet concentration, and which can be completed in a shorter available period? A plan becomes useful when it names the work and its place.

Ask separately about optional arts opportunities

The specialised arts page describes Arts Plus as an additional Years 3–4 elective for students with suitable aptitude and interest. It also explains that the school identifies students who may benefit from particular arts trajectories. Ask how any proposed opportunity would affect this student’s commitments; do not assume access or a self-selected reduction in academic work.

Separate a confirmed commitment from an opportunity the student merely hopes to receive. This prevents the family from planning around an uncertain arrangement. Keep both on the record, but mark the second as a question.

A sound combination gives attention to the academic work and the art form. It should not depend on either being treated as the activity that will somehow fit into whatever time remains.

The IB’s subject-selection guidance recommends checking the subjects and levels required by relevant universities, countries and degree programmes. For a Year 2 family, this can be a focused enquiry rather than a final career decision. Choose a few plausible directions and find out whether they raise an immediate subject question.

Separate a requirement from a recommendation

Read the language carefully. Required, recommended and useful do different jobs. A minimum condition establishes something an applicant needs to meet; it does not promise selection. A suggested background may be helpful without being a formal entry condition. Record the wording before interpreting its effect.

Also check the year to which the information applies. Current information can guide a question, but the student may apply several years later. Record a future review point and avoid presenting today’s policy as a guarantee for that later application.

Bring the gap back to the school

The family’s role is not to invent a route between two websites. Bring the specific requirement to SOTA and ask which school options could support it, what conditions apply and when the relevant decisions occur. For a fuller comparison of the later programmes, use the SOTA guide to choosing IBDP or IBCP.

Instead of creating a demanding new study regime to prove readiness, observe an ordinary period of existing work. Record the task, the time spent, the point of difficulty and the help used. Keep the record brief enough that it does not become another assignment.

Describe the bottleneck accurately

“Science took a long time” is less informative than “I spent most of the session trying to understand the question before I could begin.” Other bottlenecks might include finding notes, switching repeatedly between tasks, rewriting without a clear purpose or waiting too long to ask about a missing idea.

A bottleneck that can be addressed may change the workload discussion. A shorter and clearer method might help more than adding another hour. Ask a teacher to examine the actual difficulty before concluding that the whole subject is unsuitable or that the student simply needs to work harder.

Include a more crowded period

If you have records from a week with substantial arts and academic commitments, review that as well. What was postponed? Which preparation was rushed? What support helped? Do not deliberately overload the student to manufacture this evidence. Existing experience, discussed honestly, is enough.

Then sketch a possible future week using confirmed school information where available. Mark uncertain commitments as uncertain. Leave room for travel, meals, rest and ordinary family responsibilities. A plan that accounts only for formal lesson hours will miss much of the work the student actually manages.

End the review with one practical change, such as asking about a confusing method earlier or preparing a materials list before a busy day. Observe whether it helps. The goal is to improve the reliability of the plan, not to produce a perfect timetable that nobody can maintain.

Bring the decision, the evidence and the question together. A teacher can respond more precisely to “I am comparing these options and want to understand this difficulty” than to a request for a general prediction about the student’s future.

Use a short agenda

1. State the combination currently being considered and the reason for considering it.
2. Show one piece of work that reflects a strength and one that illustrates a recurring difficulty.
3. Explain how independently the work was completed and what support was used.
4. Ask which demands of the next course are most relevant to this student’s readiness.
5. Clarify the current criteria, process and deadlines through the appropriate school channel.
6. Ask what action would help resolve the remaining uncertainty.

Keep questions about course demands separate from questions about administrative permission. A subject teacher may be able to explain learning needs, while another school contact may handle the selection process. Follow the school’s direction about who should answer each part.

Ask for useful distinctions

If the advice is to improve foundations, ask which foundations and what evidence would show improvement. If the concern is workload, ask which kinds of tasks are likely to need attention. If the answer depends on later performance, record that condition accurately instead of treating it as an approval.

Students should speak for themselves where possible. Parents can add context about routines or practical constraints and help keep notes. This gives the teacher access to both the student’s learning experience and the family’s observations without turning the discussion into a negotiation over labels.

Afterwards, write a brief record of what was confirmed, what remains open and the next action. If the family understood an important point differently, clarify it rather than allowing two incompatible plans to develop.

A student may prioritise a subject they enjoy, while a parent worries about a future route. Both concerns can be examined. Start by asking each person to state the reason behind the preference and the evidence that would change their view.

Turn broad concerns into answerable questions

“You will close doors” can become “Which course are we concerned about, and what does its current admissions information require?” “I cannot manage that” can become “Which part of the work currently causes difficulty, and what have we tried?” The revised questions give the family something concrete to investigate.

Do not promise that a subject choice preserves every possible future. Instead, identify the realistic directions currently being considered and the questions that matter most. The family can accept uncertainty while still making a careful decision.

Use an example to test the reasoning

Consider a fictional student interested in Chemistry who is considering a second science because friends are choosing it. The useful discussion would examine the student’s own interest, recent work and reasons for the additional commitment. Friendship matters to school experience, but it does not establish the academic fit.

Consider another fictional student who prefers History but whose parent assumes Geography will be easier to score in. The next step is to compare the student’s actual work and ask the teachers about learning demands. An unsupported prediction about marks should not settle the choice.

If the conversation becomes repetitive, stop debating the same uncertain claim. Assign a clear enquiry, agree who will make it and return to the discussion when there is new information. The aim is a decision the student understands and can work with, supported by adults who know why it was made.

Once the key questions have been answered, summarise the proposed choice on one page. This is a family planning record, not an alternative to the school’s official form. Its value is that the reasoning remains visible after the immediate discussion has passed.

Read the record aloud together. Can the student explain the main reasons in their own words? Can the parent identify the remaining uncertainty without describing it as a failure? If either answer is unclear, improve the record before moving on.

Keep the official submission and any confirmation where the family can find them. Check the school’s instructions about corrections or further enquiries. Do not assume that a family record creates a right to change an approved selection later.

The decision need not be accompanied by absolute certainty. It should be based on the best available evidence, clear about its conditions and connected to actions the student can realistically carry out.

Once the student begins the selected subjects, compare the original expectations with actual experience. Ask which work is manageable, which task repeatedly stalls and whether the planned study routine fits the real timetable. Use this review to improve learning and seek advice.

Identify the kind of difficulty

A conceptual gap needs explanation and practice with the underlying idea. A difficulty selecting evidence needs attention to the question and the material available. Disorganised notes need a usable retrieval method. A crowded week needs a conversation about priorities and commitments. Naming the issue helps avoid treating every difficulty as proof that the subject choice was wrong.

Choose one change that can be observed. For example, the student might bring a specific unresolved question to the next appropriate consultation, or correct one recurring error and explain the method again. Review whether the change made the next piece of work easier to begin or more accurate.

Seek advice before making assumptions about changes

If difficulty continues, contact the appropriate school staff with examples and a concise account of what has been tried. Ask what support or review is appropriate. Any question about changing an arrangement must go through the school; this guide does not establish a transfer process, an automatic exception or a right to switch subjects.

Also notice progress that is easy to overlook. The student may ask a clearer question, start independently or apply feedback more accurately before a final mark changes. Record those developments alongside remaining concerns. They help the next conversation focus on the actual learning rather than an argument about the original decision.

Should we choose the subjects with the highest current marks?

Marks are useful evidence, but examine how they were achieved. Consider independence, understanding, improvement and the amount of support required. Discuss the pattern with teachers who know both the student and the demands of the next course.

What if the student enjoys a subject but finds it difficult?

Identify the difficulty before deciding what it means. A specific skill gap may be addressed with suitable guidance; a persistent mismatch between the work and the student’s interests needs a different discussion. Ask what progress would make the choice more realistic.

Should friends influence the decision?

It is reasonable for a student to care about friendships. Keep that concern separate from the evidence about subject fit. Discuss how friendships can continue while each student makes a choice suited to their own learning.

How do we know whether an extra commitment is worthwhile?

State what it would contribute, what regular work it requires and where that work would fit. If the benefit is a future possibility, verify the relevant requirement. If the time cannot be found without repeatedly displacing essential work, the plan needs revision.

What if a university website does not answer our exact question?

Save the relevant link and identify the missing point precisely. Ask the institution about its admissions requirement and SOTA about the school pathway. Avoid filling the gap with advice about a different qualification, course or application year.

Can we rely on another family’s experience?

It may suggest a useful question. It cannot confirm the rules for your student. Differences in cohort, circumstances or school decisions can matter, so verify the applicable information through the school’s current channels.

What should we do this week?

1. Locate the current subject-choice information and record the school’s required actions.
2. Gather a few representative pieces of work and let the student explain them.
3. Identify the two or three questions that could materially change the decision.
4. Arrange the appropriate school discussion and take a short record of the answers.
5. Complete the required process, then support the learning plan that follows.

For the wider school journey, continue with the SOTA curriculum guide. For practical study habits across subjects, use the guide to reading, research and writing. Each addresses a different part of making the school experience workable.

Official information checked on 8 November 2026. Confirm the instructions that apply to the student’s own cohort before submitting a choice.

• SOTA: Learning at SOTA.
• SOTA: 2026 curriculum booklet, page 8.
• SOTA: Humanities and Social Sciences.
• SOTA: Sciences.
• SOTA: Mathematics.
• SOTA: Specialised Arts Programme.
• International Baccalaureate: Subject selection guidance.

Continue the SOTA series

• SOTA | How Mother Tongue and Language Choices Work: Exemptions, IB Subjects and University Requirements
• SOTA | How to Apply to University or Conservatory: Course Checks, Portfolios, Auditions and Deadlines
• SOTA | How to Work with Mentors and School Support: Feedback, Learning Plans and Next Steps
• The SOTA curriculum and six-year journey
• Choosing IBDP or IBCP at SOTA
• Reading, research and writing across SOTA subjects