Bridging Theory and Practice: Developing Learning Experiences for Infants and Toddlers

TCHR5009 Theory to Practice: Education and Care of Infants and Toddlers
Assessment Task 2 — Learning Experience Plan and Observation Record

Bridging Theory and Practice: Developing Learning Experiences for Infants and Toddlers — TCHR5009 Assessment Task 2

Introduction

Pre-service teachers completing TCHR5009 Assessment Task 2 who want to produce an anecdotal record and learning experience plan that meet Distinction criteria will need to demonstrate not only observational accuracy but the capacity to connect what they see in the moment to the theoretical frameworks, EYLF outcomes, and NQS quality areas that give professional meaning to everyday infant-toddler interactions. Assessment Task 2 requires two integrated components: a detailed anecdotal observation record that analyses a specific infant or toddler’s learning, and a learning experience plan directly derived from that observation. The planning cycle’s legitimacy rests on the quality of this connection — a learning experience plan that could have been written without observing the specific child fails the fundamental requirement that curriculum be genuinely responsive rather than generically age-appropriate (Sims & Hutchins, 2020).

Task 1: Anecdotal Observation Record

Template and Guidance

Date and Time: [Specific date and time of observation]
Children in observation: [Child’s name, age in years and months]
Setting: Describe the setup of resources and the context of the environment, identifying how the spatial arrangement facilitates active exploration and encourages age-appropriate risk-taking in learning. For infants and toddlers, specificity about the physical setup — the height of shelving, the accessibility of materials, the presence or absence of natural light, the proximity of comfortable seating for educators — matters considerably because these variables directly shape the possibilities for exploration available to the child.
People present: [Lead educator, secondary educator, number and ages of other children present]

Observation: What happened? What did people say and do? Give detail including body language where applicable. What were the responses to the environment? For infants and toddlers, body language is the primary communicative mode, and an observation that captures only verbal utterances will miss the richest evidence of learning. Note the direction and duration of the child’s gaze; the quality of their reach — tentative or confident; whether they pause before attempting a new action; and how they respond to success and frustration. These observational details are the evidence base from which all subsequent analysis must be derived.

Sample Observation Narrative:
Aria (14 months) approached a low wooden shelf stocked with clear containers filled with pasta, stones, and fabric squares. She paused for approximately 8 seconds, visually scanning the containers before reaching toward the one containing pasta. She grasped the container with both hands, lifted it, and carried it approximately 60 cm to an open floor space before setting it down. She removed the lid, inserted her right hand, withdrew a small fistful of pasta, and held it up at eye level, examining it for approximately 5 seconds before releasing it to the floor and watching it scatter. She repeated this action four times with evident focus, then looked toward the observing educator with direct eye contact and a vocalisation approximating “da.” The educator responded by mirroring Aria’s facial expression and saying warmly, “You dropped them — they went everywhere!”

Analysis

Children’s Strengths and Interests: Aria demonstrated sustained goal-directed attention across approximately 12 minutes of self-directed activity, a level of persistence consistent with the upper range of development for 12–18-month-olds and suggestive of strong emerging executive function (Yogman et al., 2018). Her systematic repetition of the release-and-scatter action reflects proto-scientific inquiry: she is generating and testing a hypothesis about what happens when pasta falls from height, building a sensorimotor schema for gravity and dispersion. The social bid — eye contact combined with vocalisation — demonstrates emergent communicative competence and an expectation that the adult is a reliable partner in shared attention. Identify how the observed strengths can be leveraged for future structured or open-ended activities, particularly by introducing materials with varied weights and textures that will extend the same investigation.

Theoretical Links to Learning and Development: Draw connections to how these observations align with notable developmental theories. Piaget’s sensorimotor stage (birth to 2 years) positions object manipulation as the primary cognitive mode through which infants construct knowledge about the physical world — Aria’s repeated dropping-and-watching sequence is a textbook example of the circular reactions that Piaget identified as the mechanism of sensorimotor learning (Fleer & Raban, 2020). Vygotsky’s concept of the zone of proximal development is evident in the educator’s contingent response: by mirroring and narrating rather than directing, the educator extends Aria’s investigation without appropriating it, positioning herself at the edge of the child’s current capacity.

EYLF Learning Outcomes and Indicators: EYLF Outcome 4 (Children are confident and involved learners): Aria “uses play to investigate, project and explore new ideas” and “demonstrates persistence and creativity.” Outcome 5 (Children are effective communicators): Aria “uses language and representations to make meaning” through her social bid and object manipulation. NQS Quality Area 5 (Relationships with Children): the educator’s warm, contingent response demonstrates the “attuned and responsive” standard required by QA5 (ACECQA, 2020).

Suggested Follow-Up: Plan complementary opportunities that build on identified interests. Introduce containers of varied materials — sand, water beads, rice, small smooth pebbles — to extend the investigation of texture, weight, and scatter patterns. Add a simple balance scale to create a comparison dimension. Position the extension activity outdoors where the cleanup consideration is reduced and larger volumes of material can be explored safely.

Task 2: Learning Experience Plan and Reflection

Learning Experience Plan

Name of experience: “Pour and Explore” — Sensory investigation with natural materials

Aim/Objective: To extend Aria’s emerging scientific inquiry skills through an experience that introduces pouring, comparing, and transferring materials of varied weight and texture, linking to EYLF Outcome 4 (confident and involved learners) and Outcome 5 (effective communicators) with support from Australian Curriculum Foundation Science content (ACARA, 2022).

Rationale: This learning experience is directly derived from the anecdotal observation on [date], in which Aria demonstrated sustained interest in the physical properties of pasta (weight, scatter, texture) and social bid behaviour indicating readiness for shared investigation. Developmental theory suggests that 14-month-olds are in the early circular reactions phase, during which repetitive manipulation of materials is the primary mode of knowledge construction (Fleer & Raban, 2020). Campbell and Howitt (2024) emphasise that even very young infants engage in genuine proto-scientific inquiry when provided with varied materials and responsive adult co-investigation.

Setting and Timing: Outdoor sensory tray area, mid-morning (9:30–10:00 am) during Aria’s observed peak engagement period. Sensory tray set up at infant height on a low wooden platform; materials arranged accessibly beside the tray.

Resources: Low wooden sensory tray; small pitchers; containers of varied materials (dry sand, dry rice, water, smooth pebbles); simple ladle and spoon; waterproof sheeting under tray for containment.

Teaching Strategies: Position at child’s physical level; observe without intervention for first 5 minutes; use open narration rather than questioning (“You’re pouring the sand — it’s making a pile!”); follow Aria’s investigative direction rather than steering toward predetermined outcomes; introduce the vocabulary “heavy,” “light,” “full,” “empty” through natural conversational narration.

Reflection and Evaluation of Practice

Reflecting on implementation, the teaching strategies that worked most effectively were those that maintained the educator’s presence as a warm co-investigator rather than a director. When Aria initiated a social bid — looking up from the tray with direct eye contact — the educator’s immediate, specific response (“The sand went all the way over there!”) consistently reinvigorated her exploration. The moment the educator offered an unsolicited direction (“Now try pouring into the small container”), Aria’s attention wavered and she moved to redirect the activity according to her own agenda, demonstrating the principle that infant-toddler learning is most productively supported through following rather than leading.

Two suggested follow-up ideas: extend the investigation outdoors with larger loose-parts materials (hollow blocks, large scoops, buckets) to introduce a scale dimension; and introduce the experience to a small group of two children to observe whether peer co-investigation alters the nature and complexity of Aria’s exploration.

The Professional Significance of the Planning Cycle in Infant-Toddler Practice

What Assessment Task 2 ultimately asks TCHR5009 students to practise is the central professional discipline of infant-toddler teaching: the capacity to observe with genuine curiosity, document with precision, analyse with theoretical depth, and plan with direct responsiveness to the individual child. This cycle is not a procedural checklist but the intellectual architecture of quality infant-toddler care. Services that implement it with consistency produce measurably stronger developmental outcomes for children across all domains, with effects particularly pronounced for children in their first 18 months — a period when the quality of adult responsiveness and environmental richness has the greatest neurological impact (Center on the Developing Child, 2018; Sims & Hutchins, 2020).

References

ACARA. (2022). The Australian Curriculum. https://v9.australiancurriculum.edu.au/

ACECQA. (2020). Guide to the National Quality Framework. https://www.acecqa.gov.au/nqf/about/guide

AGDE. (2022). Belonging, being and becoming: The early years learning framework for Australia (V2.0). https://www.acecqa.gov.au/sites/default/files/2023-01/EYLF-2022-V2.0.pdf

Campbell, C., & Howitt, C. (Eds.). (2024). Science in early childhood. Cambridge University Press.

Center on the Developing Child, Harvard University. (2018). Brain architecture. https://developingchild.harvard.edu/science/key-concepts/brain-architecture/

Fleer, M., & Raban, B. (2020). Early childhood education and care: Building a future. Cambridge University Press.

Sims, M., & Hutchins, T. (2020). Program planning for infants and toddlers (3rd ed.). Pademelon Press.

Yogman, M., Garner, A., Hutchinson, J., Hirsh-Pasek, K., & Golinkoff, R. M. (2018). The power of play. Pediatrics, 142(3), e20182058. https://doi.org/10.1542/peds.2018-2058