Teacher resources · Last updated: June 12, 2026
Grade 3 Report Card Comments (Ontario)
Grade 3 report card comments in Ontario must align to Growing Success (2010) and signal the student's achievement level using the prescribed qualifiers: some (Level 2), considerable (Level 3), thorough / high degree of (Level 4). Grade 3 is a pivotal year — students move from learning to read toward reading to learn, begin multiplying and dividing, investigate structures and plants in Science, and explore communities and settlement in Social Studies. Each sample below follows the Growing Success pattern: strength → evidence → next step. Replace [Student] with the child's name and adjust pronouns.
Language
[Student] reads a variety of grade-level fiction and non-fiction texts with considerable fluency, identifying main ideas and supporting details with considerable accuracy. She makes meaningful connections between texts and her own experiences during literature discussions. As a next step, [Student] is encouraged to cite specific passages from the text to support her interpretations, strengthening her analytical reading skills.
[Student] writes multi-paragraph texts with a recognizable structure and some use of descriptive detail. He applies basic punctuation rules with some consistency and is developing his ability to vary sentence beginnings. As a next step, [Student] should use a revision checklist to review his drafts independently, focusing on adding at least one specific detail to each paragraph before publishing.
[Student] analyses media texts with a high degree of effectiveness, identifying the intended audience, purpose, and persuasive techniques used by the producer. Her responses demonstrate thorough critical thinking and a sophisticated awareness of how images and words work together. As a next step, [Student] is encouraged to create her own media text and articulate the choices she made as a producer.
Mathematics
[Student] demonstrates considerable understanding of multiplication as repeated addition and equal grouping, recalling facts for 2s, 5s, and 10s with considerable accuracy. He applies these facts to solve simple problems and explains his strategy using arrays and skip-counting. As a next step, [Student] is encouraged to extend his fluency to the 3s and 4s by practising with games and real-world contexts at home.
[Student] identifies equal parts of a whole and names simple fractions (halves, thirds, quarters) with some accuracy using concrete materials. She is beginning to compare fractions with the same denominator with teacher support. As a next step, [Student] should use fraction circles or a number line to visualize fractions before comparing them, building her conceptual understanding.
[Student] tells and writes time to the five-minute interval on analog and digital clocks with a high degree of accuracy and solves elapsed-time problems with thorough confidence. He connects time concepts to real-life scheduling contexts independently. As a next step, [Student] is encouraged to explore 24-hour time and compare it to the 12-hour system he already knows well.
Science and Technology
[Student] investigates the properties of structures with considerable curiosity, identifying how shape and material affect strength and stability during design challenges. She communicates her design decisions clearly using labelled diagrams and oral explanations. As a next step, [Student] is encouraged to reflect on what she would change in her design if she were to rebuild it, applying the engineering design cycle more explicitly.
[Student] identifies the components of soil (sand, clay, silt, organic material) with some accuracy and describes how living organisms depend on soil with teacher prompting. As a next step, [Student] should record his observations in a labelled diagram during hands-on investigations to build the scientific communication skills assessed in this strand.
Social Studies
[Student] describes the daily life and responsibilities of people in early Canadian communities with considerable detail, using maps and primary sources to support his findings. He participates actively in discussions about how Indigenous and settler communities interacted during this period. As a next step, [Student] is encouraged to formulate his own inquiry question about a specific community and present his findings to the class.
[Student] demonstrates a thorough understanding of how the physical geography of Ontario influences where and how people live and work, providing detailed and original examples across multiple regions. Her map skills and use of geographic vocabulary are at a high degree of effectiveness for her grade. As a next step, [Student] is encouraged to compare Ontario's regions to those of another Canadian province to extend her geographic inquiry.
Related guides: Ontario Report Card Comments (K–8 overview) · Learning Skills & Work Habits comments · Comments by grade (all grades)
Frequently asked questions
- What do Grade 3 teachers assess in Mathematics?
- Grade 3 Mathematics addresses number sense to 1000 (place value, addition and subtraction with regrouping, multiplication and division concepts), fractions (equal parts of a whole and a set), linear measurement (using centimetres and metres), time (telling time to the five-minute interval), and geometry (2D and 3D shapes). Comments should use Growing Success level qualifiers and reference specific expectations the student has demonstrated.
- How is reading assessed in Grade 3?
- Grade 3 Language (Reading) expectations include reading independently for sustained periods, using a variety of strategies to construct meaning, identifying explicit and implied ideas, and making connections between texts and personal experience. The Ontario assessment framework asks teachers to document the student's most consistent level of achievement across the term — not isolated high or low performances.
- What Science topics are covered in Grade 3?
- Grade 3 Science and Technology includes three units: Strong and Stable Structures (properties and forces on structures), Soils in the Environment (composition, uses, living organisms), and Growth and Changes in Plants (life cycles, plant needs, and human impact). Report card comments should connect the student's observation and inquiry skills to the relevant overall expectation.