Getting a 7 in IB Sports, Exercise and Health Science requires more than memorizing anatomy, training principles, and psychological theories. You must retrieve precise knowledge, apply it to unfamiliar sporting contexts, analyse experimental data, and evaluate scientific methods under time pressure.
For the course first assessed in 2026, 76% of the final grade comes from two examination papers and 24% comes from the scientific investigation. A strong strategy must therefore develop exam technique and investigation skills together. This guide explains how to get a 7 in IB SEHS through a realistic weekly routine, direct attention to the assessment objectives, and systematic use of feedback.
Understand the current IB SEHS assessment model
The revised SEHS course is organized into three connected themes:
- Theme A: Exercise physiology and nutrition of the human body
- Theme B: Biomechanics
- Theme C: Sports psychology and motor learning
The IB deliberately emphasizes connections among these themes. For example, an extended response might require you to connect energy supply, fatigue, attentional control, and movement technique rather than reproduce one isolated textbook section.
According to the official IB SEHS subject brief for first assessment 2026, the assessment structure is:
| Component | Format | SL time | HL time | Weighting |
|---|---|---|---|---|
| Paper 1 | Paper 1A multiple-choice questions; Paper 1B data-based and experimental-work questions | 1 hour 30 minutes | 1 hour 45 minutes | 36% |
| Paper 2 | Short-answer and extended-response questions | 1 hour 30 minutes | 2 hours 30 minutes | 40% |
| Scientific investigation | Individual written report based on an open-ended investigation | 10 hours | 10 hours | 24% |
Older resources may describe three examination papers, optional topics, and an IA worth 20%. Those details belong to the previous course. The IB curriculum update for SEHS confirms that the revised course has two examination papers, no option topics, and a scientific investigation with a maximum overall word count of 3,200 words.
Grade boundaries are set for individual examination sessions, so do not build your plan around an assumed percentage for a 7. Aim instead to perform consistently at a high level across every component and leave a margin for an unusually demanding paper.
Study according to the four assessment objectives
Students often spend too much time on AO1, then discover that recognition of facts does not automatically produce top examination marks. Your study system should deliberately train all four official assessment objectives.
| Assessment objective | What it requires | How to practise it |
|---|---|---|
| AO1 | Demonstrate knowledge of terminology, facts, concepts, skills, techniques, and methodologies | Flashcards, diagram labelling, definitions, formula recall, and short factual questions |
| AO2 | Understand and apply concepts, skills, techniques, and methodologies | Apply theory to athletes, sports, training programmes, injuries, or unfamiliar situations |
| AO3 | Analyse, evaluate, and synthesize procedures, data, trends, patterns, and predictions | Data interpretation, methodological criticism, extended responses, and comparison of explanations |
| AO4 | Apply the skills needed to conduct insightful and ethical investigations | Research design, controlled data collection, analysis, conclusion, and evaluation in the IA |
A useful study rule is to process every major concept at three levels:
- Recall it: define the concept accurately.
- Apply it: use the concept in a named sporting or health context.
- Analyse it: explain relationships, interpret evidence, or evaluate limitations.
For example, recalling the phosphagen system is AO1. Explaining why it predominates during the opening seconds of a sprint is application. Analysing how intensity, duration, recovery interval, and training status affect its contribution requires higher-level reasoning.
The RevisionDojo SEHS energy systems resources can support this progression by combining notes, recall activities, and questions on one subtopic.
Master IB SEHS command terms
Command terms tell you what intellectual action the examiner expects. Treating describe, explain, and evaluate as interchangeable leads to incomplete responses even when the underlying science is correct.
| Command term | Required response |
|---|---|
| State | Give a specific name, value, or brief answer without explanation |
| Identify | Select or recognize an answer from the available information |
| Outline | Give a brief account or summary containing the main points |
| Describe | Give a detailed account of what occurs or what is shown |
| Explain | Give a detailed account that includes reasons, causes, or mechanisms |
| Justify | Support an answer or conclusion with valid reasons or evidence |
| Evaluate | Weigh strengths and limitations before reaching a supported judgment |
Consider a question about dehydration and endurance performance. A description might report reduced plasma volume and increased heart rate. An explanation must add the causal chain: sweating reduces plasma volume, stroke volume falls, heart rate rises to help maintain cardiac output, and cardiovascular strain increases.
For every practice response, underline the command term before writing. After marking, ask, “Did I perform the requested action?” The RevisionDojo guide to IB command terms provides further practice interpreting these instructions.
Build knowledge that can be used, not merely recognized
Passive rereading creates familiarity, which is easy to mistake for mastery. A better sequence is learn, retrieve, apply, correct, and revisit.
For each SEHS subtopic:
- Read a concise section of notes for 15-20 minutes.
- Close the material and reconstruct the process, diagram, or theory from memory.
- Explain it aloud using accurate SEHS terminology.
- Complete 3-5 exam-style questions.
- Record every error in a categorized mistake log.
- Reattempt a related question 2-3 days later.
Your mistake log should identify causes rather than simply record lost marks. Useful categories include content gap, command-term error, weak application, data error, missing working, unsupported evaluation, and time pressure.
Rotate among all three themes each week. You might use biomechanics resources on generating movement on one day and arousal and anxiety resources on another. Mixed retrieval reduces the risk of knowing a topic only when it appears in a familiar chapter order.
Train separately for Paper 1 and Paper 2
Paper 1A: multiple-choice questions
Multiple-choice practice should test reasoning, not guessing. For every incorrect answer, explain why your chosen option was wrong and why the correct option is better.
Watch particularly for reversed causal relationships, absolute wording, incorrect units, and options that are scientifically true but do not answer the question. Because no marks are deducted for incorrect answers, respond to every question.
Paper 1B: data and experimental work
Paper 1B requires comfort with graphs, tables, variables, uncertainty, validity, reliability, and experimental design. Practise identifying trends numerically rather than writing vague statements such as “the value increased a lot.”
A strong data response normally includes:
- The direction of the relationship
- Relevant values with units
- Any plateau, anomaly, overlap, or change in gradient
- A distinction between what the data show and what might explain it
- Appropriate caution about causation and generalization
Do not ignore practical lessons once they are completed. Convert each experiment into a one-page record of the independent variable, dependent variable, controls, safety and ethics, likely uncertainties, and realistic improvements.
Paper 2: short and extended responses
Paper 2 rewards organized scientific reasoning. For a substantial response, plan around claim, mechanism, application, evidence, limitation, and judgment, selecting only the elements required by the command term.
Suppose you are asked to evaluate psychological strategies for managing competitive anxiety. A high-quality answer would explain relevant strategies, apply them to a specific performer, consider individual and situational differences, identify limitations, and finish with a qualified judgment. A list of strategies without appraisal does not satisfy evaluate.
Use a topic-filtered Questionbank strategy early in revision, then move toward mixed and timed sets. Marking and rewriting should take at least as long as the original attempt because improvement occurs during correction.
Treat the scientific investigation as 24% of the grade
The scientific investigation is assessed through four criteria, each worth 6 marks:
- Research design
- Data analysis
- Conclusion
- Evaluation
Choose a focused question that allows measurable variables, sufficient repeated data, realistic controls, and safe and ethical participation. A sophisticated topic with weak measurements is usually less effective than a manageable question investigated rigorously.
Your method should be reproducible and should explain important methodological choices. Data processing must directly address the research question, while graphs and statistics need to be appropriate rather than included for decoration.
In the conclusion, answer the research question using your processed results and compare the findings with accepted scientific understanding. In the evaluation, explain the relative impact of specific weaknesses and link each important weakness to a feasible improvement.
Use the current RevisionDojo SEHS scientific investigation guide and 2026 SEHS IA Grader as feedback tools. Feedback should help you identify rubric gaps, but your investigation, analysis, and final wording must remain your own.
An 8-week IB SEHS study plan for a 7
This plan assumes approximately 5-7 hours per week at SL and 7-9 hours at HL outside lessons. If you have longer, add more timed practice rather than repeatedly rewriting notes.
| Week | Main focus | Required output |
|---|---|---|
| 1 | Diagnostic assessment and syllabus mapping | One timed mixed set, a red-amber-green topic map, and a categorized error log |
| 2 | Theme A physiology and communication | Retrieval sheets, labelled diagrams, and 20-30 targeted questions |
| 3 | Theme A hydration, nutrition, and response | Comparison tables, data questions, and one timed extended response |
| 4 | Theme B biomechanics and injury | Movement analyses for 2-3 sports, calculations, and experimental-work questions |
| 5 | Theme C psychology and motor learning | Theory-to-sport application cards and two timed extended responses |
| 6 | Paper 1 accuracy and data handling | Two timed Paper 1 blocks followed by complete corrections |
| 7 | Paper 2 synthesis and evaluation | Two timed Paper 2 blocks, rewritten weak answers, and command-term review |
| 8 | Full simulation and targeted repair | At least one full paper under exam conditions and retesting of every major weakness |
A realistic weekly schedule is:
- Monday, 45 minutes: Learn one small subtopic and retrieve it without notes.
- Tuesday, 30 minutes: Flashcards, diagrams, definitions, and formulas.
- Wednesday, 60 minutes: Targeted exam questions followed by marking.
- Thursday, 45 minutes: A second theme, with emphasis on application.
- Friday, 30 minutes: Error-log review and reattempts.
- Weekend, 90-150 minutes: Timed Paper 1 or Paper 2 practice, then detailed correction.
HL students should add two sessions of 45-60 minutes for HL-only depth and more demanding mixed questions. If your examination is more than eight weeks away, repeat the structure with different subtopics and progressively longer timed blocks.
Common mistakes that prevent top marks
- Using old-syllabus resources: Check for two papers, a 24% scientific investigation, and first assessment in 2026.
- Rewriting notes for weeks: Notes organize information, but retrieval and questions build performance.
- Ignoring psychology because it feels intuitive: Everyday language is not a substitute for theories, mechanisms, and evidence.
- Avoiding biomechanics calculations: Show substitutions, working, units, and reasonable precision.
- Giving generic sports examples: Name the performer, movement, intensity, duration, or competitive situation.
- Confusing description with explanation: Explanations require reasons or causal mechanisms.
- Listing limitations without impact: Explain how each limitation affects precision, validity, reliability, or interpretation.
- Completing papers without reviewing them: A paper only improves performance when errors are diagnosed and retested.
Conclusion
To get a 7 in IB SEHS, study the subject as an applied experimental science. Build precise AO1 knowledge, practise AO2 application, develop AO3 analysis and evaluation, and demonstrate AO4 investigation skills through a carefully designed IA.
A sustainable IB SEHS study plan combines short retrieval sessions, targeted questions, weekly timed work, and detailed correction. RevisionDojo can support that system through its SEHS Study Notes, Flashcards, Questionbank, Jojo AI, Mock Exams, and IA feedback tools, with the current SEHS resource hub serving as a practical starting point.
Sources and referenced URLs
- Official IB SEHS subject brief, first assessment 2026
- Official IB Sports, Exercise and Health Science curriculum updates
- RevisionDojo IB SEHS resource hub
- RevisionDojo SEHS energy systems resources
- RevisionDojo biomechanics and generating movement notes
- RevisionDojo arousal and anxiety resources
- RevisionDojo guide to IB command terms
- RevisionDojo guide to using an IB Questionbank
- RevisionDojo SEHS scientific investigation guide
- RevisionDojo SEHS IA Grader for the 2026 syllabus