Learning Outcome 9
Observe and reflect on the impact of strategies and resources on learners (teacher talk, textbooks, technology, manipulatives, transitions, success criteria, timing, planning, assessment, etc).
Throughout my practicum, I had the opportunity to observe, implement, and reflect on a wide range of instructional strategies and resources, and how they directly impact student engagement, understanding, and overall learning. These experiences allowed me to recognize that the effectiveness of a lesson is not only determined by the content being taught, but by how it is delivered, structured, and supported through intentional planning and resource selection.
One of the most impactful areas of reflection came from my implementation of coding lessons using Scratch during my Mathematics unit. By incorporating technology as a learning tool, I observed a high level of student engagement and motivation. Students were eager to experiment, create, and problem-solve as they built their own animations and interactive projects. I also noticed that providing students with opportunities to debug their code encouraged perseverance and critical thinking. However, I recognized that not all students approached the task with the same level of confidence. Some required more structured guidance and step-by-step instructions, while others thrived with open-ended exploration. This reinforced the importance of balancing direct instruction with opportunities for inquiry and creativity.
In contrast, my experiences facilitating literacy-based activities in the learning commons highlighted the impact of combining instructional strategies. During read-aloud lessons, I paired storytelling with hands-on, creative tasks, such as having students design their own ideas based on the story. I observed that when students were able to respond to texts in interactive and personalized ways, their comprehension and engagement increased. This demonstrated the effectiveness of multimodal learning, where students can process and express their understanding through different formats.
Movement-based learning also played a significant role in my observations. Through Daily Physical Activity (DPA) and my teaching of Physical Education and Dance, I saw how incorporating movement supported student focus, energy levels, and participation. For example, when students engaged in DPA activities or physically practiced skills in badminton lessons, they were more attentive and ready to transition into subsequent learning tasks. Similarly, in dance, allowing students to physically explore concepts helped them better understand and apply the elements of movement. These experiences reinforced the importance of kinesthetic learning as a valuable instructional strategy.
I also reflected on the impact of structure and clarity within lessons. During my teaching, I found that when I clearly communicated learning goals, success criteria, and step-by-step instructions, students were more confident and able to work independently. This was particularly evident in coding lessons, where breaking tasks into manageable steps helped reduce frustration and allowed students to build their skills progressively. Additionally, using formative assessment strategies such as exit tickets and class discussions provided immediate insight into student understanding and allowed me to adjust my instruction in real time.
The use of resources such as manipulatives, technology, and visual supports also had a noticeable impact on student learning. In the learning commons, tools such as Bee Bots and robot mice made abstract coding concepts more accessible for younger students. These hands-on resources allowed students to physically see and test their ideas, which supported both engagement and comprehension.
Reflecting on this learning outcome, I have come to understand that effective teaching requires thoughtful selection and implementation of instructional strategies and resources. It is essential to consider the diverse needs of learners and to provide multiple entry points for understanding. I have also learned the importance of being flexible and responsive, adjusting strategies based on student feedback and observation.
Moving forward, I will continue to incorporate a variety of instructional approaches, including technology integration, hands-on learning, movement, and clear instructional design, to support student engagement and success. I am committed to ongoing reflection and refinement of my practice, ensuring that my teaching strategies and resources are purposeful, inclusive, and responsive to student needs.
Overall, my practicum experience has reinforced the idea that intentional and reflective teaching practices have a direct and meaningful impact on student learning, and I am eager to continue developing these skills in my future career.


Earth Day Makerspace activity using recycled and reusable materials (Science, Visual Arts and Literacy).




Cross-Curricular STEM activity using BeeBots (Coding and Literacy).




Hands-on changes and properties of matter science experiment.


Indoor DPA session (go noodle).
Badminton Unit for Phys Ed.



Students creating games and interactive stories on Chromebooks using scratch.