English:Study Strategies for Secondary School
Study Strategies for Secondary School
Introduction
Study strategies are methods you use to plan, understand, remember, practise, and check your learning. This aiMOOC is designed for Grades 7–8. The goal is not to make you study every free minute. The goal is to help you use your study time with more purpose.
A useful study system combines several habits. You plan what needs to be done, focus on one manageable task, actively bring ideas back from memory, spread practice across several days, check mistakes, and protect basic needs such as sleep and breaks. These habits work across subjects, but you should adapt them to the kind of learning you are doing.
For example, learning vocabulary in English is different from solving equations in Mathematics, analysing evidence in History, or explaining a process in Science. Good learners do not use one method for everything. They choose a method that fits the goal.
What makes a study strategy useful?
A useful strategy makes you do something with knowledge. It may ask you to recall an answer, solve a problem, explain an idea, compare examples, create a diagram, or decide which method fits a new situation. Strategies that feel easy are not always the strategies that produce the strongest learning.
A common example is rereading. Rereading can help you become familiar with a text, but familiarity is not the same as being able to explain the idea later without the page in front of you. Highlighting can help you mark important details, but highlighting by itself does not check whether you understand or remember them. That is why active methods such as retrieval practice and spaced practice should be central parts of your study plan.
A second important idea is self-regulated learning. This means planning your learning, monitoring how it is going, and evaluating what to change. In simple terms: decide, do, check, adjust.
Build a Study System
Plan backwards and break work into steps
When a task feels large, the first step is to make it smaller. Start with the due date or test date and work backwards. Ask what must be ready by then and what smaller actions lead to that result.
For a science test, "study science" is too vague. A clearer sequence might be: identify the test topics, gather notes, make five retrieval questions for each topic, practise diagrams from memory, complete mixed questions, check mistakes, and do a final short review. Each action is specific enough to start.
For a writing project, break the work into thinking, research, outlining, drafting, revising, and proofreading. Do not wait until the last evening to do all six stages.
A planner can hold deadlines, practice sessions, materials, and small next steps. Keep the plan realistic. If every minute is full, one delay can ruin the whole schedule. Leave some buffer time.
Use a weekly study plan
A weekly plan is more useful when it shows when and what you will study. Instead of writing "Maths Tuesday," write "Tuesday 16:30–16:55: practise five fraction problems, then check corrections." Instead of "English Thursday," write "Thursday 17:00–17:20: retrieve ten vocabulary words and use each in a sentence."
Short sessions can be easier to start than one giant block. A simple plan might include schoolwork, activities, meals, rest, and sleep first, then place study sessions in the remaining realistic spaces.
Your plan should also include review of older material. If you only study what was taught today, earlier topics may fade before the test.
Create a study-ready environment
A good study place does not need to be perfect. It needs to help you begin quickly and reduce avoidable interruptions. Prepare the materials you need, put distracting items out of reach, and make the first task visible.
A library, quiet classroom, kitchen table, or desk can all work. The best place is one where you can follow school and family rules, get the resources you need, and focus safely.
If a phone is not needed for the task, placing it outside your immediate reach can remove one source of interruption. If you need a device, close unrelated tabs and mute non-essential notifications.
Focus on one task at a time
Switching repeatedly between homework and messages, videos, games, or unrelated tabs uses attention that could have stayed on the learning task. Try single-tasking: choose one clear goal, work on it, take a planned break, then decide what comes next.
One optional structure is the Pomodoro Technique. A common version uses a timed focus period followed by a short break. You can adjust the length to the task, your age, classroom expectations, and your ability to stay focused. The timer is not the learning method by itself; the learning method is what you do during the focus period.
Before a focus period, write one target such as "complete and check questions 1–4" or "retrieve the causes of the event without notes." When the timer ends, check whether you reached that target.
Learn Actively
Retrieval practice: bring knowledge back without looking
Retrieval practice means trying to recall information from memory before checking the answer. Examples include answering practice questions, writing everything you remember about a topic, drawing a labelled diagram from memory, explaining a concept aloud, or using flashcards correctly.
The key word is before. If you look at the answer first and then say, "Yes, I knew that," you have not tested retrieval. Cover the answer, make a genuine attempt, then check.
Retrieval should include feedback. When an answer is wrong or incomplete, correct it while the source is available. Then return to the item later and try again. The purpose is learning, not proving that you already know everything.
A strong five-minute routine is: close your notes, write three things you remember, write one question you cannot yet answer, reopen the notes, correct your work, and schedule the difficult point for another review.
Spaced practice: return to learning over time
Spaced practice means spreading practice across more than one session instead of putting all the work into one long session just before a deadline. The exact spacing depends on the subject, the time available, and how well you know the material. The central idea is to revisit learning after some time has passed.
The historical forgetting curve is a useful reminder that memory changes over time, but it is not a stopwatch that predicts exactly how fast every learner will forget every topic. Different materials, prior knowledge, sleep, practice, and many other factors matter.
You can combine spacing with retrieval. For example, after a geography lesson, do a two-minute memory check the same day, a short quiz two days later, another practice set later in the week, and a mixed review before the assessment. Each session can be short because you are returning repeatedly.
Interleaving: mix related problem types
Interleaving means mixing related types of questions or examples rather than completing a long block of only one type. This can be especially useful when you need to decide which method applies.
For example, in mathematics you might mix area, perimeter, and volume questions after you have learned each type. The challenge is not only doing the calculation. You must first recognise what kind of problem you are facing.
Interleaving can feel harder than repeating one nearly identical question many times. That difficulty can be useful when it makes you compare methods and choose carefully. However, if a skill is completely new, you may first need clear examples and some focused practice before mixing it with other skills.
Elaboration: explain why and how
Elaboration means adding meaning by explaining a connection. Ask questions such as "Why does this happen?", "How is this idea connected to what I already know?", "What is an example?", "What is a non-example?", or "How would I explain this to someone younger?"
In history, do not only memorise that an event happened. Explain possible causes, evidence, consequences, and links to earlier events. In science, do not only name a process. Explain the steps and why each step matters. In English, do not only identify a language feature. Explain how it affects meaning or the reader.
Elaboration works best when your explanation is checked against reliable notes, a textbook, a teacher's explanation, or another trustworthy source. A detailed explanation can still be wrong, so checking matters.
Use concrete examples and non-examples
Abstract ideas become easier to examine when you connect them to specific cases. If you are learning "renewable resource," give examples and explain why each example fits. Then give a non-example and explain why it does not fit.
In grammar, create your own sentence that uses the target structure. In mathematics, make a real-world problem that requires the method. In science, connect a concept to a familiar object or observation.
Creating your own example is useful only if you verify it. If you are unsure, ask a teacher, compare with worked examples, or use an approved source.
Combine words with meaningful visuals
Words and visuals can support each other when both communicate the idea. A useful diagram, timeline, table, sketch, concept map, or labelled process can show relationships that are harder to see in a paragraph.
Do not add pictures just because they look attractive. Ask what the visual explains. If the visual does not help you understand, organise, compare, or remember the content, it may be decoration rather than a study tool.
You can also create a diagram from memory, compare it with the original, and correct missing labels. That combines visual representation with retrieval practice.
Notes and Reading
Take notes you can use later
Good notes are not a complete copy of everything a teacher or textbook says. Useful notes record key ideas, examples, questions, relationships, and points you need to revisit.
Before writing, listen or read for meaning. Then record the idea in a shorter form. Leave enough space to add corrections or questions. After class, turn headings into questions. A heading such as "Photosynthesis" can become "What inputs and outputs are involved in photosynthesis?" Now the notes can support retrieval.
A two-column note system can help: put questions or key terms on one side and explanations on the other. Cover the explanation side and use the question side to quiz yourself. The exact layout matters less than whether the notes help you think and practise.
Read with a purpose
Before reading a chapter, look at the title, headings, diagrams, and questions. Predict what the section may explain. During reading, pause after a small section and state the main idea without copying the sentence.
If a paragraph is confusing, slow down. Identify unfamiliar words, examine examples, and ask what the paragraph is trying to show. After reading, close the book and write a short summary from memory. Then check what you missed.
Reading twice is not automatically bad, but a second reading should have a purpose. You might reread to resolve a specific question, verify a detail, or compare your memory summary with the source.
Memory Tools
Use flashcards for retrieval, not flipping
Flashcards can be useful for facts, vocabulary, symbols, formulas, definitions, dates, and short concept questions. Put a prompt on one side and a clear answer on the other. Try to answer before turning the card over.
Sort cards based on how confidently and correctly you answered, but return to difficult cards later rather than repeating them ten times in a row. Mix older and newer cards. For deeper learning, include "why," "how," comparison, and application cards rather than only definition cards.
A flashcard is less suitable when the real assessment requires a long explanation, extended writing, laboratory technique, or a multi-step problem. In those cases, use flashcards for supporting knowledge and practise the larger task too.
Teach it back
A powerful self-check is to explain a topic in your own words without reading from your notes. You can explain to a partner, family member, study group, or an imaginary audience.
In a study group, take turns asking questions and explaining answers. Make sure the group spends time retrieving and solving, not only dividing homework or chatting. When a partner gives an answer, ask, "What evidence supports that?" or "Can you give an example?"
If nobody in the group is sure, mark the question and verify it with a reliable source. Group confidence is not the same as correctness.
Understand how memory behaves
Memory is not a video recorder. What you remember depends on attention, prior knowledge, meaning, practice, and retrieval. Forgetting is normal, which is one reason spaced review helps.
A useful response to forgetting is not panic. It is information. If you cannot retrieve something, you have found a target for the next practice session.
Prepare for Tests and Projects
Practise like the assessment
Study methods should match the performance you will need. If a test asks you to solve problems, solve problems. If it asks for paragraph explanations, write paragraph explanations. If you must identify evidence in a text, practise identifying evidence in unfamiliar passages.
Practice questions are especially useful when you answer them without notes first and then check. Create a small mixed set that includes easy, medium, and challenging items. Explain why each correction is needed.
For presentations, practise speaking aloud and timing the full presentation. For practical work, review the sequence, safety rules, equipment, and reasoning behind each step. For projects, use a checklist linked to the rubric rather than relying on memory at the last minute.
Keep an error log
An error log is a record of mistakes that helps you learn from patterns. For each important error, note the question or task type, what you did, why it was incorrect or incomplete, the corrected method, and what clue should help you next time.
Do not copy every tiny mistake forever. Focus on errors that reveal a misunderstanding, a repeated habit, or a useful lesson. Revisit selected entries during spaced practice.
A mathematics error log might show that you often forget units. A language log might show that you confuse two verb forms. A science log might show that you know definitions but struggle to explain causes. Each pattern suggests a different next step.
Use feedback as data
Teacher comments, quiz results, rubrics, and self-checks are not only scores. They are information about what to keep doing and what to change.
After feedback, ask three questions: What did I do well and should repeat? What is one important improvement? What action will I take before the next similar task?
Turn vague comments into an action. "Needs more evidence" can become "include two pieces of evidence and explain how each supports the claim." "Check working" can become "show every calculation step and verify the final unit."
Well-Being Supports Learning
Protect sleep
Sleep supports attention, health, and learning. Sleep recommendations depend on age rather than grade. Children aged 6–12 are generally advised to get 9–12 hours of sleep per 24 hours, while teenagers aged 13–18 are generally advised to get 8–10 hours.
Studying very late can reduce sleep time. A better plan is to start earlier, spread review across several days, and stop at a reasonable time. If you regularly struggle to sleep, feel extremely tired, or have a health concern, talk with a parent, caregiver, school professional, or healthcare professional.
Use breaks, movement, food, and water sensibly
Long periods of sitting can make attention fade. Short breaks can give you a chance to move, drink water, stretch, use the bathroom, or rest your eyes. Keep breaks planned so that a five-minute pause does not become an hour of unrelated screen time.
Eat and drink according to your normal health needs and family guidance. No special "brain food" can replace learning strategies, sleep, or medical advice.
Manage stress with preparation and support
Some nervousness before an assessment is common. Preparation can reduce uncertainty: know the date, format, materials, topics, and what you will do if you get stuck.
If worry becomes intense, lasts a long time, or interferes with daily life, tell a trusted adult. Study strategies are useful tools, but they are not a replacement for appropriate support.
A Seven-Day Example
Imagine you have a science quiz on Friday about cells.
| Day | Short study action | Strategy |
|---|---|---|
| Friday | After the lesson, close your notes and draw a cell from memory. | Retrieval practice |
| Saturday | Check the diagram, correct labels, and make five question cards. | Feedback and flashcards |
| Sunday | Rest from this topic or do only a two-minute recall if needed. | Spacing |
| Monday | Answer the five cards and explain two organelles aloud. | Retrieval and elaboration |
| Tuesday | Mix cell questions with earlier biology questions. | Interleaving |
| Wednesday | Complete a short practice quiz without notes and log mistakes. | Practice testing and error analysis |
| Thursday | Review only weak areas, then stop at a sensible time. | Targeted review and sleep protection |
This is only an example. Your timetable may differ because of other subjects, activities, family responsibilities, learning needs, and teacher instructions. The important idea is to create several purposeful contacts with the material instead of one last-minute session.
What Not to Rely on by Itself
Rereading alone can create familiarity without proving that you can recall or apply the idea.
Highlighting alone can mark information without making you explain it.
Copying notes word for word can keep your hand busy while your thinking stays shallow.
Watching study videos without practising can feel productive but does not replace doing the task yourself.
Cramming may help you hold some information briefly, but it gives you little opportunity for spaced retrieval and correction.
These methods do not have to disappear completely. The question is what you do next. Turn highlighted text into questions. Turn rereading into a closed-book summary. Turn a video into a practice task. Turn copied notes into a self-quiz.
Choose a Strategy for the Goal
| Learning goal | Useful strategy | Example |
|---|---|---|
| Remember key facts | Retrieval plus spacing | Use question cards on several days. |
| Decide which method to use | Interleaving | Mix several related problem types. |
| Understand a complex idea | Elaboration plus examples | Explain why it works and create an example. |
| Learn a process | Diagram plus retrieval | Draw and label the process from memory. |
| Improve writing | Practice plus feedback | Write a paragraph, compare with the rubric, revise. |
| Prepare for a test | Mixed practice plus error review | Complete a short practice set and correct mistakes. |
| Improve organisation | Backward planning | Break a deadline into smaller dated actions. |
The strongest study plan is usually a combination. You might use a planner to schedule spaced sessions, retrieval questions to test memory, interleaved problems to choose methods, and an error log to decide what to practise next.
Interactive Tasks
Quiz: Test Your Knowledge
Which action best demonstrates retrieval practice? (Answering a question from memory before checking notes) (!Reading the same paragraph four times) (!Copying a definition while looking at it) (!Highlighting every sentence in a chapter)
What is the main idea of spaced practice? (Return to the material across several study sessions) (!Study the whole topic in one long session) (!Review only the easiest material) (!Wait until the night before the test)
How should you use a flashcard most effectively? (Try to answer before turning the card over) (!Read both sides at the same time) (!Copy the answer without thinking) (!Remove every difficult card immediately)
What is interleaving? (Mixing related types of practice questions) (!Repeating one identical question many times) (!Studying several unrelated websites at once) (!Switching between homework and social media)
Which note-taking habit creates a useful self-test? (Turn headings into questions you can answer later) (!Copy every word exactly) (!Use as many colours as possible) (!Write only the page numbers)
What makes a study plan easier to start? (Use a specific small action with a time and goal) (!Write only study harder) (!Fill every minute with work) (!Plan the whole term in one evening)
What is a good way to reduce avoidable distractions? (Put unneeded devices out of reach during a focus period) (!Keep every notification turned on) (!Open several entertainment tabs) (!Reply to messages between every question)
Why is checking mistakes important after retrieval practice? (It gives feedback so wrong or incomplete answers can be corrected) (!It makes spacing unnecessary) (!It proves mistakes should be avoided completely) (!It replaces the need for future practice)
Which statement about sleep is most accurate for students? (Sleep needs depend on age and support attention and learning) (!Sleep becomes unnecessary during exam week) (!One late night always improves memory) (!Only younger children need regular sleep)
Which approach best matches study method to assessment? (Practise the kind of thinking and performance the assessment requires) (!Use flashcards for every task no matter the format) (!Watch explanations but never attempt questions) (!Study only the topic you already know best)
Memory Game
| Retrieval practice | Recalling an answer before checking the source |
| Spaced practice | Revisiting learning across separate sessions |
| Interleaving | Mixing related problem or question types |
| Elaboration | Explaining why and how ideas connect |
| Error log | Recording useful patterns in mistakes and corrections |
| Backward planning | Breaking a deadline into earlier steps |
| Focus period | A planned stretch of single-task work |
| Feedback | Information used to improve the next attempt |
Drag and Drop
| Match the correct terms. | Topic |
|---|---|
| Recall before checking | Retrieval practice |
| Return on different days | Spaced practice |
| Mix related question types | Interleaving |
| Explain why a correction is needed | Error analysis |
| Break a deadline into smaller actions | Backward planning |
Match each study action to the strategy it describes. Then give one school subject in which you could use each strategy.
Crossword Puzzle
| Retrieval | What process means bringing information back from memory? |
| Spacing | What strategy spreads learning across separate sessions? |
| Interleaving | What strategy mixes related kinds of practice? |
| Planner | What tool can help you organise deadlines and study sessions? |
| Distraction | What can pull your attention away from the chosen task? |
| Feedback | What information helps you improve after an attempt? |
LearningApps
Cloze Text
Open-Ended Tasks
Easy
- Study planner: Create a one-week study plan for one subject with three short sessions, each showing a specific task, start time, and stopping point.
- Retrieval practice: Choose one page of notes, close it, write five facts or ideas you remember, then reopen the notes and correct your work.
- Distraction audit: Observe one homework session and make a simple record of what interrupted you; choose one interruption you can reduce next time.
- Flashcard design: Create eight flashcards for a current topic, including at least two why or how questions, and test yourself before flipping each card.
Standard
- Spaced practice: Design and follow a five-day review schedule for a real school topic, recording what you could retrieve on each day.
- Error analysis: Collect five useful mistakes from recent work, explain the cause of each mistake, write the correction, and add a clue for avoiding it next time.
- Study interview: Interview a classmate, teacher, family member, or older student about study habits, then compare their advice with the strategies in this aiMOOC.
- Visual explanation: Produce a labelled diagram, timeline, or concept map for a school topic, then recreate it from memory and photograph or scan both versions for comparison.
Advanced
- Study strategy experiment: Compare two short study methods for similar material, keep the total study time similar, test yourself later without notes, and discuss what your small experiment can and cannot prove.
- Tutorial video: Plan and record a two- to four-minute video teaching younger students how to use retrieval practice, spacing, or error analysis, including one realistic school example.
- Assessment simulation: Build a mini practice assessment that matches the format of a real upcoming task, complete it under realistic conditions, analyse the results, and revise your study plan.
- Learning environment investigation: Compare two safe study locations such as a library, classroom, or home workspace, record focus conditions and interruptions, and recommend changes based on evidence you collected.
Learning Assessment
- Strategy selection: For three different school tasks, choose a study strategy for each and justify why the method fits the required type of learning.
- Plan and adapt: Create a seven-day study plan for an upcoming assessment, then revise the plan after receiving a fictional change such as an extra assignment or a new weak topic.
- Error transfer: Analyse a set of sample mistakes, identify the likely cause of each, and propose a different corrective action for knowledge gaps, careless errors, and method-choice errors.
- Evidence-based comparison: Compare cramming, rereading, retrieval practice, and spaced practice, explaining what each can and cannot show about learning.
- Mixed-practice design: Create a short interleaved practice set for one subject and explain why the questions belong together and what decisions the learner must make.
- Feedback response: Turn three pieces of teacher feedback into specific next actions and show how each action could be checked later.
- Self-regulated learning reflection: Use the cycle plan, do, check, adjust to analyse one week of your own study and identify one change you would test next.
Evidence of Learning
Strong evidence of learning includes both what you know and what you can do with that knowledge.
| Area | Evidence |
|---|---|
| Knowledge | You can explain retrieval practice, spacing, interleaving, elaboration, feedback, and backward planning in your own words. |
| Skills | You can choose a strategy that fits a task, retrieve without notes, check corrections, create a realistic study plan, and adjust the plan after feedback. |
| Products | You can produce usable flashcards, a planner, a visual explanation, an error log, a mixed practice set, or a short tutorial. |
| Reflection | You can identify which parts of your study process are effective and which need a specific change. |
| Transfer | You can use the same principles in different subjects, such as English, mathematics, science, history, languages, and vocational learning. |
A learner has strong evidence when the strategy works beyond one worksheet. For example, you can explain why retrieval practice fits a vocabulary task, then adapt the same principle to a labelled science diagram or a history explanation.
OERs on the Topic
The English Wikipedia article on Study skills provides an open starting point for exploring the topic and related learning methods.
Linked Learning Areas
Study strategies connect learning, organisation, memory, reading, writing, well-being, and subject-specific practice. The most important transfer skill is choosing a strategy because it fits the learning goal, not because it is fashionable or easy.