Free Guide for Summer Skills Acceleration

The company behind the guide, Reading Horizons, has based its methodology on "Structured Literacy" for over 40 years, an approach that aligns with the science of reading. This instructional framework emphasizes explicit, systematic, and sequential teaching of phonics and decoding to help students understand the structure of the English language. The guide's five strategies are rooted in the foundational pillars of reading instruction identified by extensive research. These generally include phonemic awareness (recognizing sounds), phonics (the link between letters and sounds), fluency, vocabulary, and comprehension. The approach is designed to be multi-sensory, incorporating visual, auditory, and kinesthetic methods to reinforce learning. Such summer programs are designed to combat "summer slide," the learning loss students experience over the break. Without practice, students can lose one to two months of reading progress, a deficit that can accumulate year after year. Reading Horizons' summer materials are condensed to deliver this foundational instruction in an accelerated format, aiming to close skill gaps. For a STEAM-focused school, these literacy strategies can be woven directly into hands-on projects. For example, students can keep detailed science notebooks to document observations, an activity that builds writing and vocabulary skills. Reading and analyzing informational texts can be the starting point for an engineering design challenge. Practical integration can include using picture books like "How to Catch a Star" to kick off a STEM challenge, asking students to design and build a solution to a problem presented in the story. Even a simple activity like building marshmallow towers can be preceded by reading about famous architectural structures and followed by writing instructions or reflections on their own designs. During a project on buoyancy, students can read and interpret fables like "The Crow and the Pitcher" before experimenting with displacing water. Afterward, they can write lab reports or create presentations explaining their findings, which reinforces comprehension, sequencing, and clear communication. Reciprocal teaching is another effective strategy where students predict, question, clarify, and summarize a scientific concept or a piece of art, treating it like a text. This method encourages a formal conversation and deeper analysis, whether they are examining a robotics design or a natural process. Ultimately, the goal is to treat literacy as a fundamental component of every subject. By having students read, write, and discuss their STEAM projects, they are not only reinforcing their scientific and mathematical understanding but also strengthening the core literacy skills necessary for all learning.