- Use active learning techniques: Strategies such as active recall and spaced repetition help students engage with material instead of relying on passive rereading.
- Practice active recall: Test yourself on what you have learned, rather than repeatedly reviewing your notes. Teaching the material to someone else can also help reveal knowledge gaps.
- Space out your review: Revisit difficult topics at increasing intervals, such as after one day, three days, and one week, to reinforce learning over time.
- Manage your time and focus: Use techniques such as task batching and the Pomodoro method to structure study sessions, while reducing distractions like phones and unnecessary notifications.
- Create focused study conditions: Set clear time limits, remove distractions, and prepare your study space before starting so your attention stays on the task.
- Build a consistent routine: Regular study, sleep, and rest schedules can make it easier to maintain productive academic habits.
- Prioritize sleep: Adequate sleep supports learning and memory, making rest an important part of an effective study routine.
In today’s fast-paced academic landscape, students face numerous challenges that can hinder their performance. With the increasing volume of information and the pressure to excel, it’s essential to adopt effective learning strategies that enhance retention and understanding. While hard work is crucial, employing scientifically-backed techniques can significantly improve how well students grasp and apply knowledge. Drawing from cognitive science and educational research, including insights from "Make It Stick" by Roediger, McDaniel, and Brown, this blog explores ten evidence-based strategies designed to improve academic performance.
Effective Strategies for Improving Academic Performance
To maximize learning and retention, it’s crucial to adopt strategies that facilitate understanding. Here are ten effective strategies that can transform your approach to studying and significantly boost your academic performance:
- Active Retrieval
- Spaced Repetition
- Interleaving Practice
- Learning from Errors
- Desirable Difficulties
- Chunking Information
- The Feynman Technique
- Socratic Questioning
- The Pomodoro Technique
- Dual Coding
Active Retrieval
Active retrieval is the practice of actively recalling information rather than passively reviewing it. This method can be implemented through self-testing, quizzes, or flashcards.
Engaging in active retrieval forces your brain to retrieve information from memory, strengthening neural connections and enhancing long-term retention. Instead of simply rereading notes or textbooks, try writing down everything you remember about a topic before checking your materials. You can also use apps like Anki or Quizlet to create digital flashcards that promote spaced repetition and self-testing.
Research shows that frequent testing not only helps with retention but also boosts confidence in your knowledge. By incorporating regular self-assessments into your study routine, you’ll find that you not only remember more but also develop a deeper understanding of the material.
Spaced Repetition
Spaced repetition involves spreading out study sessions over time rather than cramming all at once. This technique allows for better consolidation of knowledge and combats the forgetting curve—the phenomenon where we forget information over time if we don’t revisit it.
Instead of studying a subject intensively in one sitting, break your study time into shorter sessions spread over days or weeks. For example, if you have a big exam in a month, plan to review the material several times leading up to the test. Use a spaced repetition schedule where you revisit topics at increasing intervals—this approach helps reinforce what you've learned while giving your brain time to process and integrate the information effectively.
SAT/ACT Example
For SAT or ACT preparation, spaced repetition works best when students revisit the same skills over several weeks instead of trying to master everything in one long session.
For example, a student preparing for the SAT could review vocabulary and grammar concepts on Monday, retrieve them again later that week, and revisit them the following week. An ACT student could similarly return to grammar rules, formulas, or question types at increasing intervals before test day.
The goal is not to repeat the same worksheet every few days. Instead, students should space out retrieval and practice, giving themselves opportunities to recall the material after some forgetting has occurred. Research consistently supports spacing as an effective way to improve long-term retention. (The Learning Scientists)
Interleaving Practice
Interleaving practice refers to mixing different subjects or types of problems during study sessions instead of focusing on one topic at a time.
When you interleave practice, you challenge your brain to adapt and apply different concepts in varied contexts. For instance, if you're studying math, instead of solving ten problems of the same type consecutively, mix in different types of problems within the same session. This method may feel more challenging initially but leads to better retention and transfer of knowledge because it encourages deeper processing and critical thinking.
Research indicates that interleaved practice enhances problem-solving skills by forcing students to recognize patterns and apply appropriate strategies across different contexts.
SAT/ACT Example
Instead of solving 15 SAT Math questions on linear equations followed by 15 questions on geometry, try mixing the question types.
A practice set might include:
Algebra → Geometry → Data Analysis → Advanced Math → Algebra
This forces students to identify what kind of problem they are looking at and which strategy applies, rather than automatically repeating the method from the previous question.
The same idea can be applied to ACT preparation by mixing skills or sections within a practice session. The initial practice may feel less comfortable than working through one question type repeatedly, but that difficulty is part of the benefit. Interleaving encourages students to distinguish between problem types and select an appropriate approach. (The Learning Scientists)
Learning from Errors
Embracing mistakes as learning opportunities is crucial for academic growth. Analyzing errors helps fill knowledge gaps and deepens understanding while fostering resilience.
When you make a mistake on an assignment or test, take the time to review what went wrong. Understand the concepts you misunderstood and seek clarification if necessary. By reflecting on errors, you not only reinforce correct information but also develop critical thinking skills that will serve you well in future challenges.
This strategy promotes a growth mindset—a belief that abilities can be developed through dedication and hard work—leading to increased motivation and persistence in overcoming academic obstacles.
Desirable Difficulties
Introducing challenges into your learning process can lead to greater understanding and retention. Desirable difficulties encourage deeper engagement with the material by pushing students out of their comfort zones.
This strategy includes techniques like solving problems before being taught the solution or teaching others what you've learned. For example, try explaining a complex concept to a peer or even to yourself aloud. The struggle involved in grappling with difficult material leads to more robust learning outcomes compared to passive absorption of information.
Research shows that when students encounter challenges that require them to think critically and creatively, they are more likely to retain information long-term and apply it effectively in various contexts.
Chunking Information
Chunking is a cognitive strategy that involves breaking down complex information into smaller, more manageable units or "chunks." This technique leverages the brain's ability to process information more efficiently.
When studying a large volume of material, group related concepts together. For example, if you’re learning about the human body, instead of memorizing all the organs at once, chunk them by systems (e.g., respiratory, circulatory). Create flashcards for each chunk and test yourself on them individually before integrating them into a larger context.
Research shows that chunking can significantly improve memory retention and recall by reducing cognitive load—allowing your brain to focus on understanding rather than overwhelming itself with too much information at once.
SAT/ACT Example
Students preparing for a standardized test can easily become overwhelmed when they try to memorize every rule or concept at once.
For ACT English, for example, instead of studying every grammar rule as one large list, group them into meaningful categories:
- Punctuation: commas, semicolons, colons, apostrophes
- Agreement: subject-verb agreement and pronoun agreement
- Sentence structure: fragments, run-ons, and clause relationships
- Style: concision, transitions, and parallel structure
This gives students a framework for organizing what they know and makes it easier to retrieve the right rule when they encounter a question.
For a deeper breakdown of the grammar rules students should know, see ACT Grammar Rules: A Complete Guide for Tutors.
The Feynman Technique
The Feynman Technique is a method of learning that involves teaching a concept to someone else in simple terms. This strategy encourages deep understanding and identifies gaps in knowledge.
Choose a topic you want to learn about and write down everything you know about it as if you were teaching it to a child. Use simple language and avoid jargon. If you struggle to explain certain parts, revisit the material until you can explain it clearly.
This technique not only reinforces your understanding but also highlights areas that need further study. By breaking down complex ideas into simpler components, you enhance comprehension while promoting retention through active engagement with the material.
Socratic Questioning
Socratic questioning is a form of disciplined questioning that encourages critical thinking and deeper understanding of complex ideas. It involves asking open-ended questions that stimulate thought and discussion.
When studying a topic, ask yourself questions such as:
What do I mean by this concept?
Why is this important?
What evidence supports this idea?
Are there alternative viewpoints?
Engaging in this reflective questioning process helps develop critical thinking skills and enhances comprehension by encouraging deeper exploration of the subject matter. It fosters an inquisitive mindset—essential for academic success—and prepares students for real-world problem-solving scenarios.
The Pomodoro Technique
The Pomodoro Technique is a time management method that breaks work into intervals—traditionally 25 minutes in length—separated by short breaks. This approach helps maintain focus while preventing burnout.
Set a timer for 25 minutes and dedicate that time solely to studying or working on assignments without distractions. After the timer goes off, take a 5-minute break to recharge; after completing four Pomodoros, take a longer break of 15-30 minutes.
This technique not only boosts productivity but also enhances concentration by creating structured study sessions that prevent fatigue while promoting sustained attention over longer periods.
Dual Coding
Dual coding is an instructional strategy that combines verbal and visual information to enhance learning. This approach leverages the brain's ability to process information through multiple channels.
When studying, create diagrams, charts, or mind maps alongside your notes. For instance, if you're learning about historical events, draw timelines or flowcharts that visually represent the information alongside textual descriptions.
By integrating visual elements with textual information, you reinforce memory retention and comprehension through dual coding—making it easier for your brain to retrieve interconnected concepts later on.
SAT/ACT Example
Students do not always need another page of notes. Sometimes, turning information into a visual representation makes the relationship between ideas easier to understand.
For SAT Reading, a student could annotate a passage and then create a quick visual outline showing the author's claim, supporting evidence, and the relationship between paragraphs.
For ACT Science, a student could sketch the relationship between variables in an experiment or turn a complex data set into a simple visual showing the main trend.
The important part is that the visual should represent or organize the concept, not simply decorate the page. Combining verbal explanations with meaningful visuals is one of the learning approaches supported by research on effective study
strategies. (The Learning Scientists)
Applying These Strategies to SAT and ACT Prep
The same learning principles that help students perform better in school can be applied directly to standardized test preparation. The key is to connect each strategy to a specific skill rather than treating “studying” as one activity.
Active Retrieval + Spaced Repetition
Instead of rereading SAT vocabulary or ACT grammar notes every night, have students close their notes and retrieve the information from memory.
For example, a student could:
- Learn a set of SAT vocabulary words or ACT grammar rules.
- Test themselves without looking at their notes.
- Review the mistakes.
- Repeat the retrieval exercise a few days later.
- Revisit the same material the following week.
Retrieval practice is especially useful when combined with spacing. Research from the Learning Scientists identifies both as among the strongest broadly applicable learning strategies. (The Learning Scientists)
Interleaving
Mix question types instead of completing long blocks of identical problems.
For SAT Math, a practice set could combine algebra, geometry, advanced math, and data analysis. For ACT preparation, students can mix different English skills or work across sections during a longer practice session.
This makes practice more representative of the decision-making students need on test day, where they must determine what type of problem they are facing before choosing a solution.
Chunking
Group related concepts into smaller categories.
For example, an ACT English student could organize grammar rules under punctuation, agreement, sentence structure, and style rather than trying to memorize one long list of rules.
This gives students a mental structure they can use when reviewing mistakes and retrieving rules during practice.
Dual Coding
Pair words with meaningful visuals.
A SAT Reading student might create a quick visual outline of an author's argument. An ACT Science student might sketch relationships between variables or summarize a data trend visually.
The goal is to represent the same idea in a second form that makes the relationship easier to understand and retrieve. (ies.ed.gov)
Pomodoro
Use timed study blocks to build both concentration and test-taking stamina.
For example, a student could use a 25-minute focused practice block followed by a short break, then gradually introduce longer timed sessions that mirror actual SAT or ACT section demands.
For students preparing with realistic practice tests, EdisonOS provides dedicated practice environments that can help turn these study techniques into structured test preparation.
Free Digital SAT Practice Test
For Tutors and Programs: Turning These Techniques Into a Teaching System
Knowing these strategies is useful. Turning them into a repeatable teaching system is what makes them useful at scale.
1. Start with a SMART goal
Give each student a measurable target rather than a vague goal such as “improve your SAT score.”
For example:
Increase SAT Math from 610 to 680 within eight weeks.
The goal gives the tutor a specific outcome to work toward and makes progress easier to evaluate.
2. Identify the student's error patterns
After each assignment or practice test, look beyond the total score.
Ask:
- Which skills are producing the most errors?
- Are the same mistakes appearing repeatedly?
- Is the student struggling because they do not understand the concept, or because they are rushing?
- Which question types take the most time?
Once these patterns are visible, tutors can decide which learning strategies to emphasize.
For example, a student repeatedly forgetting ACT grammar rules may benefit from active retrieval + spaced repetition, while a student who understands SAT Math concepts but struggles to identify the correct approach may benefit more from interleaving.
3. Build short feedback loops
Students do not need to wait until the next full-length test to receive feedback.
A simple cycle can be:
Practice → Review → Identify error → Target the skill → Practice again
This turns every assignment into another opportunity to adjust the study plan.
EdisonOS can support this process by giving tutors performance data and error patterns that help them identify where students need more targeted practice. This fits naturally with the article's existing recommendation to track error patterns rather than treating every mistake as an isolated event. (edisonos.com)
4. Match the strategy to the problem
Not every student needs the same technique at the same time.
The tutor's role is not simply to teach all ten strategies. It is to identify which strategy addresses the student's current learning problem and build it into the student's routine.
Conclusion
Improving academic performance is not simply about asking students to study harder or spend more hours with their textbooks. The way students retrieve, space, organize, practice, and apply information can make those study hours more productive.
The ten strategies in this guide offer different ways to make learning more active and intentional. Research particularly supports approaches such as retrieval practice, spaced practice, and interleaving, while techniques such as dual coding and combining verbal and visual representations can complement them. (The Learning Scientists)
For SAT and ACT preparation, these strategies become even more useful when tied to specific skills. Students can retrieve grammar rules, space out vocabulary review, interleave different Math question types, chunk complex concepts, and use visuals to understand Reading or Science information.
For tutors, the next step is to turn those techniques into a repeatable system: set a measurable goal, identify error patterns, choose the right learning strategy, and use frequent feedback to adjust the plan.
That is where practice data becomes valuable. Instead of simply knowing that a student got a question wrong, tutors can use performance patterns to understand what the student needs to practice next and which learning approach is most likely to help.
Frequently Asked Questions
What is the most effective study strategy backed by research?
There is no single strategy that works best for every student, but retrieval practice and spaced practice have some of the strongest evidence across subjects and learning situations. Retrieval asks students to bring information to mind, while spacing spreads practice across time. Used together, they can strengthen long-term retention more effectively than repeated rereading. (The Learning Scientists)
How does spaced repetition improve test scores?
Spaced repetition gives students multiple opportunities to retrieve information over time instead of concentrating all their study into one session. Returning to material after a gap makes retrieval more effortful and helps strengthen long-term memory. For SAT and ACT prep, students can use it to revisit vocabulary, formulas, grammar rules, and previously missed question types. (ies.ed.gov)
Can these techniques be used for SAT and ACT prep specifically?
Yes. These strategies can be adapted to standardized test preparation. Students can use retrieval practice for formulas and grammar rules, interleaving for different Math question types, chunking for grammar concepts, dual coding for Reading or Science information, and spaced practice to revisit skills throughout the weeks leading up to the test.
How long should a study session be for best retention?
There is no single study-session length that guarantees better retention. What matters more is how the time is used. Short, focused sessions with active retrieval and spaced practice can be more productive than long passive review sessions. The Pomodoro technique can provide a useful starting structure, but students should adjust session length based on the task and their ability to maintain focus.
What's the difference between active recall and passive review?
Active recall requires students to retrieve information from memory, such as answering a question without looking at notes, completing a practice problem, or explaining a concept from memory. Passive review includes activities such as rereading notes. Retrieval practice generally provides stronger learning benefits because students must actively produce the information they are trying to remember. (Pooja K. Agarwal, Ph.D.)
How can tutors track which techniques work best for a student?
Tutors can compare a student's performance before and after applying a particular strategy while tracking recurring errors, accuracy, pacing, and skill-level performance. For example, if a student repeatedly forgets ACT grammar rules, a tutor can introduce spaced retrieval and monitor subsequent practice. Over several sessions, these patterns can help determine which techniques are producing measurable improvement.
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