Teaching and Learning Philosophy

The Academy's core curriculum is structured, explicit, and evidence-informed. Teachers use clear learning objectives, carefully sequenced content, and regular checking for understanding to ensure all students make sustained academic progress. Small class sizes allow teachers to respond effectively to different levels of readiness while maintaining high expectations for every student.

As a school focussed on science and technology, day-to-day life at The Academy balances explicit teaching with thoughtful technology integration. Our commitment is to learning first, so while we will certainly implement and use cutting-edge technologies, much of our curriculum delivery is analogue, following decades of evidence behind the science of learning.

Cognitive development and interpersonal communication remain at the heart of the school's academic rhythm. Our English curriculum shoulders much of this responsibility, equipping students to become articulate, effective communicators through rigorous practice.

In our Technology and Computer Science curriculum, student laptops serve as powerful tools for creation and problem-solving in the dedicated lab, but will not be the default medium for engaging with lessons or materials across all subjects unless it serves a clear learning purpose.

Handwriting is the default in English, Mathematics, and Science. Students will have textbooks, and will keep an ordered record of their learning.

During breaks, students may access their laptops in the supervised Technology Space for projects, personal exploration, or pursuing curiosities. We encourage curiosity while providing the supervision and guidance needed to ensure that technology use remains purposeful.

Mobile phones will not be permitted during school hours.

Homework is assigned regularly from Monday to Thursday and recorded in each student’s homework diary.

Dialogues

Academic dialogues are a central feature of teaching and assessment across the school. These dialogues occur regularly in all subjects and year levels and involve one-to-one or small-group discussion between students and teachers.

Dialogues are used to:

Records of dialogues contribute to monitoring student progress and informing teaching decisions.

Mastery and Deliberate Practice

Students progress most confidently when new learning is built on secure foundations. Teachers provide regular opportunities to retrieve, practise and apply important knowledge, while monitoring understanding and addressing misconceptions before they become entrenched.

Moving through content is not the same as mastering it. Students are expected to revisit difficult ideas, respond to feedback and refine their work. Those who require additional support receive it promptly, while students who are ready for greater challenge can progress beyond the expectations of their year level.

Dedicated Project Time

Experiential learning is embedded within the curriculum through structured projects, investigations, and applied learning tasks. The Extended Experience sessions on Fridays are specifically dedicated to these activities. Projects are designed to reinforce academic content while developing independence, collaboration, and problem-solving skills. In many cases, students will be prompted to work outside of their comfort zones.

Project complexity increases across year levels and, where appropriate, integrates learning from multiple subject areas.

Feedback and Academic Progress

Assessment is used to improve learning, not simply to assign a result. Teachers draw on written work, practical tasks, tests, projects and academic dialogues to build a detailed understanding of each student’s progress.

Students receive clear and timely feedback, including specific guidance about what they should do next. Families are kept informed through written reports, face-to-face meetings and direct communication when additional support or challenge is required.

Embedded Coding and Computational Thinking

Coding and computational thinking are integrated across the curriculum. Students use programming and digital tools to support learning in mathematics, science, and other disciplines, including data analysis, presentation, modelling, simulation, and automation.

Embracing Risk

A worthwhile education should involve an element of risk. At The Academy, students will tackle difficult problems, defend their ideas, use tools, build things, explore the outdoors and create work that may not succeed on the first attempt. They will sometimes feel uncertain, frustrated or out of their depth. This is an important part of learning.

We do not believe that every element of risk should be removed from education. Risk is managed thoughtfully, but students are given genuine responsibility and the freedom to make consequential decisions. Experiments may fail, programs may break, designs may collapse and presentations may expose weaknesses in an argument. Students learn to assess what went wrong, accept feedback and try again.

These experiences develop courage, resilience, judgement and self-assurance. They also give students the satisfaction of discovering that they are capable of more than they initially believed.


A worthwhile education should involve an element of risk.