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Here is our latest research article, which includes results from three schools over four consecutive PAT M tests:
Improving Learning Rates on Standardised Testing Through a Balanced Teaching Cycle: A Tale of Three Schools
pp.10-17 of Teaching Mathematics April 2023, QAMT
Our research summary, including our latest PAT Maths and NAPLAN results, at the bottom of this page.
Or, check out results from every project we have run since 2016 on our Testimonials and Results page.
Back to Front Maths is a balanced teaching approach formed by combining multiple high-impact strategies, rather than simply a set of resources. It is this combination of strategies, underpinned by our unique developmental sequence, that results in such reliably high students gains.
In our teaching cycle, students:
Teachers are supported, not only with a flexible work-program that helps build connections between seemingly unrelated areas of maths, but also with lesson plans that include detailed questioning, flexible strategies and differentiation across multiple year levels. Assessment criteria sheets and moderation tasks provide strong guidance for reporting.
Over 40 hours of videos provide professional learning on important content areas, pedagogical approaches and even advice on difficult to manage situations. Teachers who struggle with their own confidence find these an invaluable tool, both to build their own mathematical understanding, and to support their class.
Over the course of a topic, you will use several different types of lessons.
Experimental problems introduce new learning, encouraging students to make and test conjectures, and creating the opportunity for us to observe any misconceptions. Questioning provides guidance for how to confront misconceptions during the lesson, and differentiation suggestions enable adaptation over multiple year levels. During this lesson it is not important to end up at the right answer… try to delay the “summary” phase until the start of the next lesson to encourage students to think about it over night.
Start by asking students to edit or review their work from the previous lesson. Next, ask specific students to share strategies that you want to encourage others to use. As they explain their process, summarise their thinking into clear steps and outline them on the board, re-explaining or adding more detail as needed. Add your own strategy as well, being sure to focus on strategies that are efficient, flexible, appropriate and accurate. Use the questions within the lesson to focus on the underlying connections and help students to understand what they are doing. Each question builds in complexity and asks students to identify the pattern. The final few are great for extension. Provide as many practice questions as necessary, but remember that spacing these out over time is more effective.
These lessons focus on determining when, where and in which circumstances the steps will work. They extend student thinking using non-routine questions that require working backwards or manipulating a formula. These kinds of lessons also include real-world connections, investigations or modelling tasks.
Encourage retrieval and retention by requiring students to complete questions that they have forgotten how to answer, and by ensuring that the same strategy cannot be used to answer multiple questions in a row.
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Printable activities with adaptable lesson plans include Journal problems for introducing new concepts through problem-solving and addressing misconceptions, as well as Blast activities for using questioning to build the deep understanding necessary to develop mathematically. Additional fluency tasks and games help students to develop skills.
A range of criteria sheets, assessment schedules and explanations are provided in both teacher and parent-friendly language. Moderation tasks are also included for taking base-line, mid-year and end-year standardised measurements. These tasks are designed with deliberately low-level content, but with very non-standard thinking, to more accurately pinpoint growth in problem-solving, reasoning and understanding.
Each investigation and extension task is designed to cover concepts from across at least three year levels. These engaging, real-life tasks are designed to take a significant amount of time and cover multiple concepts.
Assessment criteria for F-8 and 11-12 Essential Maths embed both the content and proficiency requirements from the Achievement Standard. Further depth is added to the A and B levels using the content descriptors and elaborations.
Moderation tasks for problem solving, reasoning and understanding provide a single-lesson point of calibrating for overall judgement.
Click here to download a sample task for year 6
Our proprietary stage testing and tracking sequence enables teachers to track the progress of students across their whole schooling. It is designed to be used with either groups, or whole classes rather than requiring individual testing.
We have over 40 hours of professional learning videos embedded on the website. This video demonstrates how to use an array strategy for multiplication and division, and how to extend the strategy for measurement, algebra and probability.
Not only does our approach work, it works exceptionally well and reliably. Every year we collect data on PAT M and NAPLAN results from schools working in projects with us. Here is some of our latest data, along with how our schools progressed during the pandemic, and a selection of our peer-reviewed research data.
This graph shows the combined growth rates from all schools with an ICSEA under 1000 that worked with us on a targeted improvement project at any time between 2018 and 2023. The black line shows one year of growth, measured according to the ACER PAT M 50% figures. Growth rate improved by 37% (P<0.05).
The red is the growth from the year before our project began. The blue shows the added growth made by students after a single year.
This graph shows the combined growth rates from students that we could track across 4 successive PAT tests in a three-year long project with three primary schools, together with the 50th percentile figures from ACER. Student progress on PAT M improved by 75% across the schools (P<0.05).
Download the paper here:
Improving Learning Rates on Standardised Testing Through a Balanced Teaching Cycle
13 schools worked with us on projects with us throughout the peak of the pandemic. Whereas nationally NAPLAN results experienced a dramatic decline, our schools improved, closing the gap to Australian schools entirely by 2023.
2021: Our schools’ growth rate on PAT M increased by 40% (P<0.05). The graph below shows results for 2935 students across 16 schools compared to their baseline year.
2022: 77% of schools working with us on projects throughout 2021 and 2022 had their highest ever NAPLAN results.
2023: This graph shows the results for every teacher working with us on an open project during 2023, with the 50th percentile curve added for context.
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