Services
Tailored Literacy & Math Solutions
Assessments
A comprehensive approach to assessing your child's learning needs, focusing on key areas such as reading, comprehension, writing, and math. We offer professional assessments using recognised New Zealand curriculum tools to identify learning gaps and tailor lessons that meet your child’s specific needs. Our services include Orton-Gillingham Mathematics and Mini Literacy Assessments, as well as specialised 1:1 or paired Multisensory Structured Literacy and Math lessons. Click below for details on scheduling assessments, payment processes, and support options, ensuring a smooth and supportive experience for both you and your child.
Structured Literacy
Curious about the advantages of Structured Literacy, and how it can effectively support your child, particularly they have dyslexia or other learning challenges. We will guide you on determining if Structured Literacy is the right fit for your child by discussing the key signs and learning needs that this approach addresses. Here you will also become familiar with the Structured Literacy model and its systematic, explicit, and multisensory teaching methods that help all children build strong foundational skills in reading, writing, and comprehension. We are confident you will find this information to empower you to make an informed decision about your child’s educational path.
Orton Gillingham Math
Pānui me te tuhi utilises the Orton-Gillingham (OG) Approach to Math, a structured, multisensory, and sequential method traditionally used for literacy instruction, now applied to mathematics. The OG Math approach emphasises understanding over rote memorisation, encouraging students to actively think through math processes while engaging multiple senses. Through hands-on experiences with concrete materials, students build a deep conceptual understanding of math, progressing from concrete to abstract thinking. Explore further to see how this method is tailored to individual learning needs, helping students develop confidence and independence in math by leveraging their strengths to address their weaknesses.
