Resources

Research Overview

As part of our commitment to evidence-based practices, we’ve explored through a Capstone research project how linguistic disabilities impact science learning and the unique challenges students face in accessing complex concepts. Our research focuses on how assistive tools, such as text-to-speech technology, visual aids, and interactive software, can help bridge gaps for students with these challenges, particularly in science education.

Through these findings, we provide educators with actionable strategies to foster an inclusive learning environment where every student can thrive. From adapting lesson content to accommodate diverse needs to implementing tools that simplify complex scientific language, our approach ensures that learning remains equitable and engaging for all.

Learn how assistive tools can be seamlessly integrated into lessons to enhance student engagement, build confidence, and improve learning outcomes, particularly in STEM disciplines.

Science Education in the Digital Age: Exploring Virtual Reality in Science Education

With the sudden disruption of COVID-19, the traditional in-person lab experience in science education faced significant challenges. A study published in July 2021 compares the effectiveness of Virtual Reality (VR) labs and real-life labs in teaching chemistry knowledge and laboratory skills.

Can VR be the future of science labs? Watch the video to explore the findings and implications for the future of science education.

Sample Unit Plan: Exploring Joints in the Human Body

Dive into a comprehensive unit plan on joints and bones, crafted to align with differentiated instruction and Universal Design for Learning (UDL) principles. This resource is perfect for educators looking to deliver inclusive and engaging science lessons.

Highlights:

  • Assessments tailored for diverse learning needs
  • Detailed lesson outlines and objectives
  • Cross-curricular integration ideas

Sample Lesson Plan: Endothermic and Exothermic Reactions

Engage your students with this interactive lesson plan exploring endothermic and exothermic reactions.

The lesson highlights the discovery of these reactions by a pioneering woman in science and uses relatable examples like baking to illustrate the concepts. Students are encouraged to share meals from their cultures, fostering inclusivity and personal connections. It also provides flexible participation options, from whole-class discussions to smaller peer-sharing groups, ensuring every student can engage in a way that feels comfortable. The use of digital tools, such as text-to-speech software, supports diverse learning needs and makes the lesson accessible to all.

Designed with differentiated instruction and Universal Design for Learning (UDL) principles, this resource connects science concepts to students’ everyday lives and cultural experiences.

What’s Included:

  • Learning objectives aligned with key Quebec curriculum standards
  • Hands-on experiments to deepen understanding
  • Scaffolded activities and assessments to support all learners

Sample Lesson Plan: Similar Triangles

Help students explore the concept of similar triangles through this engaging and interactive lesson plan. This resource is designed to support diverse learners while fostering a deep understanding of geometric relationships.

What’s Included:

  • Real-life applications to connect geometry to everyday scenarios
  • Step-by-step activities to build conceptual and procedural fluency
  • Differentiated tasks to accommodate various learning needs

Educational Resources and Tools

Discover a collection of trusted resources and tools to enhance your teaching journey. From links to articles, instructional design models to video editing tools, these links offer practical solutions for educators.