Many students spend hours studying, only to forget what they learned days later. This is where spaced repetitionbecomes one of the most effective study strategies. Instead of cramming information all at once, spaced repetition involves reviewing material at increasing intervals over time, helping move knowledge from short-term to long-term memory.

Spaced repetition works because it aligns with how our brains naturally forget information. When students revisit content just before they forget it, their memory strengthens. Over time, they need fewer reviews, and the information becomes much easier to recall. This makes studying more efficient and less stressful, especially during exam periods.

I often use spaced repetition to help my students stay consistent with their learning. For example, a student might review a topic the same day, then two days later, then a week later. This approach builds strong foundations and prevents last-minute cramming.

Technology has made spaced repetition even easier. Apps like Quizlet and Anki allow students to create digital flashcards and automatically schedule reviews. These tools help students stay organised and ensure they revisit content at the right time.

Another benefit of spaced repetition is confidence. When students repeatedly review material and successfully recall information, they feel more prepared and less anxious about assessments. Instead of panicking before exams, they know they have been consistently building their knowledge over time.

Ellie Tsoukalas

Many students associate exam preparation with studying the night before and cramming as much as possible. They believe that getting as much preparation as possible into a short period of time will help them succeed. This is what separates high achievers from those who always feel that they “should’ve done better.”

What many students do not want to hear is that preparation for exams and assessments is normally a process over weeks and sometimes even months. Preparation for an exam begins when the student learns the content that will be in the exam. From this point, there is an important process that the student has to undergo to be ‘exam-ready’, this includes completing homework on the content to consolidate knowledge, doing revision questions and identifying areas of weakness and then moving on to past papers and exam-style questions.

An area where many students fall down in studying for exams is not doing anything across the whole term, and then when exam time comes around, the student has already forgotten everything they learnt. By this point in the term, high academic achievers will likely be prepared for the exam, as they maintained focus and stayed on top of content throughout the term.

The most challenging part of undertaking this continued process of revision is maintaining motivation. Some students may feel as if their progress isn’t visible, as they aren’t able to see how their work is paying off. However, the greatest benefit of staying on top of revision is not having to do mass revision in a short period of time. By the time the exam comes around, the student will be confident and in a clear frame of mind, being able to trust their preparation.

While many students hate to come to terms with this hard truth, studying consistently over a long period of time is essential.

Hayden McCarthy

Most peoples experience with mathematics is not entirely positive to say the least. For many it is a largely mechanical and abstract subject which forces us to spend years plugging numbers into equations. Perhaps the most common question that gets asked in a math classroom is ‘why does this matter?’, but that is a question that typically goes unanswered.

This is a pity as it is a question which often has a very good answer. For instance we learn in school about quadratic equations but never mention that these describe the trajectories of thrown objects, we learn about exponential functions but don’t talk about their role in modelling population growth and we learn about logarithms but don’t discuss how they are used in radio carbon dating. Virtually all mathematics that we learn in school was developed with some practical goal in mind. Important fields like engineering, economics, physics and biology are all shaped by mathematics in fascinating and intricate ways. These connections can take less than five minutes to explain, and help justify why these topics matter, yet they are left out because they don’t fit neatly in the syllabus.

As tutors it is our job to make sure students can understand and succeed in their subjects. Often the barrier to this is not a lack of ability on the students end, but simply the fact that the student has not yet been shown why they should care about the subject. Justifying the content and putting it in its relevant context is one way we can overcome this barrier, and help our students succeed. This doesn’t mean that every time a new topic is introduced we need to find some application for it, but if we occasionally remind our students that mathematics isn’t just an abstract field, it can go a long way towards making it engaging.

David Miller

Today I had the pleasure of observing Zac’s first session with a Math Advanced student Harrison. One thing I noticed straight away was that Zac didn’t jump into content at the start. He took a few minutes to get to know the student — kept it casual — and asked him what he was hoping to get out of the sessions. While a simple act, it put the student at ease, and allowed them to feel like the active agent in their learning journey.

Once into the material, he would check whether the student had the relevant background knowledge before working through a question, rather than after. Where there were gaps, Zac filled them with short, targeted explanations — just enough to move forward without loading the student up with more than they needed. It kept things feeling manageable, which is especially important in a first session when the student doesn’t yet know what to expect.

The check-ins were consistent throughout. Rather than explaining at length and asking “does that make sense?” at the end, he was threading small questions into his explanations as he went. This struck me as a more reliable way to catch confusion early, and something I want to be more deliberate about in my own sessions.

The tone was also relaxed and conversational throughout which visibly put the student at ease, loosening up as the session went on. It never felt like a tutor performing at a student. The dynamic was commendably more like a collaborative effort of two people working through something together, as Zac wasn’t afraid to admit mistakes on his own part; this reinforced mistakes as human, rather than treating them as something to fear.

Overall Zac effectively balanced building rapport and assessing baseline knowledge while simultaneously covering the content. Great work!

Thea Macarthur-Lassen

Confidence is often the missing piece in a student’s academic success. Many students don’t struggle because they lack ability, but because they doubt themselves. Statements like “I’m just bad at maths” or “I’ll never understand this” can quickly become self-fulfilling. This is where a tutor can make a meaningful difference.

A good tutor goes beyond simply explaining content. They create a supportive environment where students feel comfortable making mistakes and asking questions. When students realise that errors are part of learning and not something to be embarrassed about they begin to take more risks and engage more deeply with the material.

One of the most effective ways tutors build confidence is through small, achievable wins. Breaking down complex problems into manageable steps allows students to experience success regularly. Over time, these small successes build a sense of capability and independence.

Tutors also adapt their teaching to suit each student’s learning style. Whether a student learns best through visual examples, practice questions, or discussion, personalised support helps them feel understood and capable. This tailored approach often leads to those “lightbulb moments” that boost both understanding and confidence.

Importantly, tutors encourage a shift in mindset. Instead of focusing on getting everything right immediately, students learn to value effort, persistence, and progress. This growth mindset helps them approach challenges with resilience rather than fear.

Ultimately, confidence doesn’t develop overnight. But with consistent support, encouragement, and the right strategies, students can move from “I can’t do this” to “I’ve got this”—not just in their studies, but in how they approach challenges more broadly.

Audrey Stigter

One of the biggest benefits of tutoring isn’t just better marks — it’s confidence. Many students struggle in class not because they aren’t capable, but because they don’t feel confident enough to ask questions, take risks, or believe in their abilities.

Tutoring provides a supportive environment where students can learn without fear of judgement. In a classroom, students may feel embarrassed if they don’t understand something. However, in a one-on-one tutoring setting, they are more comfortable asking questions and working through challenges at their own pace. Over time, this builds confidence and encourages students to become more active learners.

Another way tutoring builds confidence is through small, consistent wins. When students begin to understand topics they once found difficult, they start to believe in themselves. These small successes add up, helping students feel more capable and motivated. As confidence grows, students are more willing to attempt harder questions and participate in class discussions.

Tutoring also helps students develop independent learning skills. Rather than simply giving answers, tutoring focuses on guiding students through problems and teaching them strategies. This empowers students to tackle challenges on their own, both inside and outside the classroom.

Ellie Tsoukalas

Often in class or in an exam, making a mistake can be seen as detrimental by both students and parents. The goal is always to achieve correct answers, with full marks and exemplar answers. Of course, this is what everyone is striving for, but in my experience, often when people set the bar this high, and they just fall short of it, they neglect reflecting on their mistakes and where they actually fell short. I believe this is a massive fault of many students, as reflecting on mistakes is where improvement arises.

Sometimes a correct answer can be misleading. The student may have taken a shortcut in getting to their answer or potentially guessed due to a lack of understanding, and the question may not be given a second thought since the student got it correct. Whereas a mistake actually exposes a student’s thinking, revealing where confusion and gaps in understanding exist, and then revealing areas for improvement.

Mistakes ensure the student undergoes self-reflection, asking themselves why it happened and how they can fix it. This is extremely beneficial for the student in the long run, as they begin to fully grasp and understand a certain concept, developing a durable understanding. It improves the student’s problem-solving skills and reduces the likelihood of making the same mistake again in the future.

There is a significant amount of personal development that has to occur for students to come to terms with making mistakes from time to time. They have to accept that to improve, they will make mistakes and may have to come out of their comfort zone, rather than continuing to choose easier tasks that do not challenge them. Over time, this will build resilience and ultimately confidence.

The key thing with mistakes is that they only become valuable once a student reflects on them and understands where they went wrong. Without this process of reflection, it will be difficult to have continued improvement.

Hayden McCarthy

Today I observed Rheanna working with a Year 11 student on the topic of domain and range. The lesson was clear, structured, and very effective in helping the student understand what can often be a confusing concept.

Rheanna began by clearly defining both domain and range, making sure the student understood the difference between the two before moving into more complex questions. She used the board to map out functions and graphs, which provided a strong visual reference for the student. This made it easier to see how domain relates to possible x values and range to possible y values, rather than just treating them as definitions to memorise.

One of the strengths of the session was Rheanna’s ability to guide the student through questions step by step. She avoided rushing and instead worked through each example carefully, checking for understanding along the way. When the student was unsure, she broke the problem down further and used simpler examples to reinforce the idea before building back up.

Rheanna also encouraged the student to think independently. Rather than giving answers straight away, she asked questions such as what values would make sense in this context or what the graph was showing. This helped the student actively engage with the content and develop a deeper understanding.

Another positive was how she linked algebraic and graphical representations. By showing how domain and range appear both in equations and on graphs, she helped the student connect different areas of knowledge.

Overall, Rheanna delivered a strong lesson. Her clear explanations, use of visuals, and patient approach created a supportive environment where the student was able to build confidence and improve their understanding of domain and range.

Demetria Koutavas

The HSC is often described as a marathon, but for me, a students with ADHD, it felt more like an obstacle course. Expectations around sustained focus, time management, and organisation can clash with how ADHD brains naturally operate. However, with the right strategies and support, ADHD is not a disadvantage, it’s simply a different way of thinking.

One of the biggest challenges is maintaining attention over long study periods. Traditional advice like “just sit and study for three hours” is often unrealistic. Instead, breaking study into shorter, structured intervals, such as 25-minute blocks with 5-minute breaks, can significantly improve focus and retention. This aligns better with the ADHD brain’s need for novelty and urgency.

Another key difficulty is executive functioning: planning, prioritising, and starting tasks. Many students with ADHD know what they need to do but struggle to begin. In tutoring sessions, I’ve observed that external structure, such as checklists, visual planners, or even simply saying a task out loud, can make a huge difference. It transforms overwhelming tasks into manageable steps.

Importantly, ADHD also comes with strengths. Many students demonstrate high levels of creativity, strong verbal skills, and the ability to hyperfocus on subjects they enjoy. The goal of tutoring is not to “fix” ADHD, but to harness these strengths. For example, turning study into active methods, like teaching the content to someone else, using colour-coded notes, or incorporating movement, can make learning far more effective.

Finally, mindset matters. The pressure of the HSC can amplify feelings of frustration or self-doubt, particularly when students compare themselves to others. Reframing success as personal progress, rather than perfection, is essential. Small wins, completing a practice question, revising one topic, build momentum over time.

ADHD during the HSC isn’t about working harder, it’s about working differently. With the right strategies, students can not only manage the demands of the HSC, but thrive within them.

Cara Charalambous

Homework often gets a bad reputation and is neglected. It’s seen as repetitive and unnecessary. But when you look at how learning actually works, homework plays a much more important role than many people realise, especially when combined with a technique called spaced repetition.

When you first learn something in class, your brain only stores it temporarily. Without revisiting that information, it fades quickly, you forget approximately 70% of all new information that isn’t reinforced with 24hrs of learning it. This is where homework becomes valuable. By reviewing and applying what you learned shortly after class, you reinforce those neural connections and make the memory stronger.

Spaced repetition takes this idea even further. Instead of cramming everything in one long study session, you revisit the material multiple times over increasing intervals, like after one day, then three days, then a week. Each time you review, your brain has to work a little harder to recall the information, and that effort actually strengthens your memory.

Homework naturally supports spaced repetition when it’s assigned regularly. A few problems each day or short review tasks spread across a week are far more effective than a single large assignment. This steady exposure helps move knowledge from short-term memory into long-term storage.

Another benefit is confidence. When you repeatedly engage with material over time, it starts to feel familiar. You’re not just memorising you’re understanding. This makes it easier to recall information during exams or real-life situations.

Homework isn’t just about completing tasks it’s about building lasting knowledge that you will remember. When paired with spaced repetition, it becomes one of the most powerful tools for learning and remembering effectively you can also use online digital tools to help you and automatically set reminders for you to revise such as; Anki.

Olivia Moustakis