During this tutoring session, Demi worked with her Year 3 student on both English and Mathematics, delivering a well-balanced lesson that focused on developing foundational literacy and numeracy skills. The student remained engaged throughout the session and responded positively to Demi’s supportive and encouraging teaching approach.

In English, the focus was on identifying and understanding different types of nouns. Demi guided the student through the various noun categories, including common nouns, proper nouns, collective nouns, and abstract nouns. She used clear explanations and examples to help the student recognise the differences between each type and apply this knowledge to practice activities. Throughout the lesson, Demi regularly checked for understanding and encouraged the student to explain their thinking, helping to reinforce learning and build confidence.

For Mathematics, the lesson focused on using 10 frames to strengthen number sense and develop a deeper understanding of numbers. Demi effectively used the 10 frame strategy to help the student visualise quantities, practise counting, and explore number relationships. The student was encouraged to use the visual model to solve problems independently and explain how they arrived at their answers. This approach supported both mathematical understanding and problem-solving skills.
A particular strength of the session was Demi’s ability to make learning interactive and engaging. She maintained a positive learning environment and provided consistent encouragement, which helped keep the student motivated and willing to participate in activities. Her explanations were clear and age-appropriate, allowing the student to approach new concepts with confidence.

Throughout the lesson, Demi demonstrated patience, adaptability, and strong communication skills. She provided constructive guidance when needed while also allowing the student opportunities to work through tasks independently. This balance helped promote both understanding and confidence across both subject areas.

Overall, Demi delivered a productive and supportive tutoring session that successfully strengthened the student’s understanding of different types of nouns and the use of 10 frames in Mathematics. Her engaging teaching style and positive reinforcement contributed to a meaningful learning experience and supported the student’s ongoing academic development.

Isabella Naumovski

Today I observed Katreen and her student as they worked on financial maths questions, through which she helpfully guided her. In cases where there were multiple strategies for calculating an answer, Katreen asked her student to first try using the ‘easier’ technique – this encouraged her student to be efficient when approaching questions and will serve her later in exams when she needs to save time. However, the tutor also ensured that her student understood the second method as well, which will aid her in case she forgets the intitial method or needs to check her work. Katreen consistently encouraged and used positive reinforcement with her student as she worked, which will contribute to the student’s confidence and motivation particularly in a subject that many find hard. Before moving on from a set of questions, Katreen ensured to ask her student whether she had any more questions, which gave her a chance to voice any issues before they left that particular topic behind. Giving a student the opportunity to speak or try to express concerns they think they have is incredibly important as that’s often when clarity is needed the most for them.

Katreen also expanded the kinds of questions they worked on together, turning their focus onto more ‘wordier’ questions. This is really helpful as it is often the word problems that students struggle with the most, and word problems require extra interpretation in order for students to understand so showing them how to comprehend them is essential, particularly as these often appear in exams. As financial maths often introduces new terms students are unfamiliar with, Katreen made sure that her student understood what things such as ‘GST’ meant which is key in helping students be able to attack these questions with confidence and understanding. Asking the student many questions also allows them to engage more with the topic and area of maths and promotes discussion, also making them more comfortable with conversing about the content as they are being more involved. Overall, it was great session to observe and I appreciate the chance to, thank you.

Sofala Vogt

Many students have heard the same advice over and over again. That you must find a balance between school work, a social life and meeting your human needs. But how can a student really find this seemingly fictional balance?

Many students are feeling pressure surrounding academic achievement all around them from their parents, teachers and often the most pressure comes from themselves. This pressure can be beneficial at the right times, when the student is able to utilise it as motivation, but it can also feel debilitating and limit the students success. A fine balance must be achieved but managing the pressure and expectations to be reasonable. This means to aim high within a realistic goal.

Students feel pressure not only academically but also socially. FOMO – an acronym that stands for Fear Of Missing Out. This fear is common within students as friendships changes and people grow the social circles that where once comfortable feel smaller so students are further pressured to fit in. When a student makes a choice to not participate socially they are often left with FOMO, this is further exacerbated through social media. The student is then able to see ‘all the things they missed out on.’ This unhealthy dynamic causes students to imbalance their lives and focus on their social lives over other aspects.

Prioritising physical and mental wellbeing is often unsaid when talking about balance as it is usually a given. However, times such as the HSC when stress is often extremely high for students. Physical and mental health is often neglected. Staying active is extremely important and taking breaks to eat high nutritional meals is vital for a balanced academic lifestyle. Taking a short walk, standing up and stepping away from work is often the simplest yet most effective solution for students who are struggling.

Balance is about finding things that work for you and a guide that seems perfect may not always adhere to what the student truely needs.

Olivia Moustakis

There’s a particular feeling, somewhere between delight and mild disorientation, that arrives when something clicks. A concept you’d been circling suddenly resolves. A skill that felt impossible becomes second nature. That moment isn’t accidental. It’s your brain doing exactly what it evolved to do.

Neuroscience shows that mastering something new triggers a release of dopamine, the same chemical behind pleasure and reward. Our brains are literally wired to enjoy the process of growth. Curiosity lights up the same neural circuits as hunger; knowledge satisfies them. We learn because it feels good to learn. The trouble is, most of us have been taught to associate learning with effort, pressure, and judgment, all of which dull that natural drive.
“Learning isn’t something we do despite being human. It’s arguably the most human thing we do.”
The good news? A few small shifts can restore the joy and supercharge the results.

Start by following curiosity first. Begin with what genuinely interests you, then expand outward, motivation is the greatest accelerant. Pair that with spaced repetition: short, regular sessions beat marathon cramming every time and build far more lasting memory. When you want to truly test your understanding, teach it back, explaining a concept to someone else reveals exactly where the gaps are. And celebrate small wins. Acknowledging progress, however modest, reinforces the reward loop that keeps you coming back.

Perhaps most importantly, release the need to learn perfectly. Mistakes aren’t obstacles to understanding, they are understanding. Every error is a signal, a redirect, a micro-lesson. The learners who go furthest aren’t the most talented; they’re the ones who stayed curious long enough to let the knowledge settle in. So lean into the wonder. Your brain was built for this.

Lewin Fairbairn

When I first started tutoring, I thought my main job would be teaching students content. However, I quickly realised that tutoring is about much more than helping with homework or preparing for tests.

One of the most rewarding parts of tutoring is seeing a student’s confidence grow. Many students begin sessions feeling unsure of themselves and afraid of making mistakes. Over time, with encouragement and practice, they become more willing to ask questions and tackle difficult problems.

Tutoring has also taught me the importance of patience. Every student learns differently, and what works for one person may not work for another. As a tutor, I have learned to adapt my teaching style and find new ways to explain concepts until they make sense.

Another lesson I have learned is that small improvements can have a big impact. Sometimes a student doesn’t go from a C to an A overnight. Instead, they begin understanding a topic a little better each week, and those small steps eventually lead to significant progress.

Being a tutor has been a rewarding experience because it allows me to help students achieve their goals while continuing to develop my own communication and leadership skills. It has shown me that education is not just about learning facts- it’s about building confidence, resilience, and a love of learning.

Alicia French

Shakespeare remains a central part of English classrooms across Australia, and for good reason. His plays explore timeless ideas such as love, power, ambition, loyalty, conflict, and identity. While students often find Shakespeare’s language challenging at first, I have found that once they understand the story and characters, they begin to see how relevant these texts still are today.

As an English tutor working with students from Years 7–12, I always start by helping students understand the plot before analysing language techniques. Shakespeare’s plays were written to be performed, not simply read, so watching key scenes is often far more effective than reading them in isolation. For example, when studying Romeo and Juliet, I encourage students to focus first on the family conflict and the relationship between Romeo and Juliet before examining techniques such as dramatic irony, foreshadowing, and symbolism.

Similarly, when teaching Macbeth, I find students engage more deeply when they explore Macbeth’s ambition and moral decline. Once they understand his motivations, analysing Shakespeare’s use of imagery, symbolism, and soliloquies becomes much more meaningful.

One of the most valuable skills students can develop is essay writing. I teach students to structure their essays clearly by beginning with a thesis statement that directly answers the question. Each body paragraph should focus on one key idea, supported by evidence from the text. A simple structure I recommend is:

Point → Evidence → Technique → Analysis → Link

For example, a paragraph on Macbeth might explore how unchecked ambition leads to destruction. Students can use a quotation, identify a technique such as metaphor or imagery, analyse its effect, and then link it back to the essay question. I think its important to always teach this, even as a reminder, to students-structure is key to writing a response and not even for just Shakespeare;


also encourage students to create character summaries, theme maps, and quote banks while studying Shakespeare. These strategies help students build confidence and make revision more manageable.

. With guidance, practice, and a clear structure, every student can succeed in studying Shakespeare.

Eleni Nicholas

HSC physics demands more than understanding, it requires retention. With a syllabus spanning mechanics, waves, electricity, and modern physics, the volume of formulas, definitions, and conceptual relationships can feel overwhelming. Spaced repetition is the study technique that makes it manageable. Spaced repetition works by reviewing material at increasing intervals over time. Rather than cramming everything the night before, you revisit content just as you’re about to forget it, which is the moment where memory consolidation is most effective.

For HSC physics this is particularly powerful. Take projectile motion as an example. The relationships between initial velocity, angle, time of flight, and range involve several interconnected formulas. Reading over them once gives you surface level familiarity but creating flashcards that ask you to derive each formula or solve a quick numerical problem is the kind of repeated retrieval that makes those relationships stick permanently.
The technique works just as well for conceptual content. Cards that ask you to explain the photoelectric effect or describe why a charged particle moves in a circle within a magnetic field train you to construct clear exam ready explanations rather than just recognise them when tested.

Justin Ho

Today I observed Alice working with a Year 6 student on revising division. The lesson was engaging, interactive, and demonstrated Alice’s ability to make mathematics approachable and enjoyable for her student.

One of the standout aspects of the session was Alice’s use of the board. She consistently used it to model working out, demonstrate different methods, and visually represent division problems. This provided the student with a clear reference point and helped break down more challenging questions into manageable steps.

Alice also did an excellent job of making the lesson interactive. Rather than completing all of the working herself, she encouraged the student to come up to the board and write out solutions, draw diagrams, and work through problems independently. This active involvement kept the student engaged and allowed Alice to assess their understanding in real time.

Another strength of the lesson was the positive learning environment Alice created. The student appeared comfortable contributing ideas and attempting questions, even when unsure of the answer. Alice responded with patience and encouragement, helping the student view mistakes as learning opportunities rather than setbacks.

Throughout the lesson, Alice checked for understanding regularly and adjusted her explanations where needed. She gave the student time to think through problems and guided them with questions rather than immediately providing answers. This encouraged independence and helped strengthen the student’s problem solving skills.

Overall, Alice delivered a highly effective revision lesson. Her strong use of board work, interactive teaching style, and supportive approach created an engaging learning environment that encouraged participation and confidence. Observing this session provided valuable insights into how involving students in the learning process can improve both engagement and understanding.

Demetria Koutavas

In mathematics, an asymptote is a line that a curve approaches infinitely but never reaches. The closer you get, the smaller the remaining distance, yet it never becomes zero. Perfection works the same way. You revise, you practise, you improve, and you close the distance dramatically. But you never quite arrive. Most people treat this as proof that effort is futile. It isn’t. The value is not in touching the line; it is in the approach.

Perfectionism becomes paralysis when you treat the standard as binary: either you reach it or you have failed. But a curve approaching an asymptote is never failing. It is doing exactly what it is supposed to do.

Let perfection be the heading, not the destination.

Sophie McGrath

Today, Demee walked through the introductory concepts of geometry and parts of a circle with her student. She created a comfortable environment for her student to learn in by breaking the ice with light conversation about school, and was then able to smoothly transition to what they were going to work on for the day. They began by exploring the relationship between the diameter and the radius of a circle, using diagrams as a visual aid. When looking at circle circumference and area, Demee referenced their prior sessions to help her student remember the concept of pi, and went over an example question to ensure the student was comfortable with the basics before continuing. By sharing her own experiences with the topic, Demee related to the student which helped nurture a positive mindset surrounding maths and relieve any anxiety. This immediately encouraged the student and boosted their confidence, increasing the motivation to continue completing questions and learning about the topic further. Demee employed a variety of teaching methods in the session; maintaining clarity by avoiding unnecessary jargon when explaining questions and concepts, solving word problems by unpacking the layers and red herrings, and focusing on the effort the student puts into answering a question rather than how correct they are.
Half way through the session, Demee checked in with the student by asking them whether they would prefer to continue on the current topic or transition to another one. This student-guided approach to the afternoon is a great method for high school students who understand their weak points and can help the pair use their time productively. It also improves the student’s engagement, as they are less likely to become disinterested and fatigued. Overall, the session’s success can be attributed to Demee’s encouraging demeanour and gentle explanations, leaving the student with a greater understanding and a smile on their face.

Gemma Vinciguerra