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Build a Health Goal

Run the Build a Health Goal MicroSim Fullscreen

You can embed this MicroSim in your own course website with this iframe:

<iframe src="./main.html" width="100%" height="482px" scrolling="no"></iframe>

About this MicroSim

Build a Health Goal is an interactive MicroSim for this health-education textbook.

Students determine the components of a personal health-related goal by assembling a goal from a target behavior, a time frame, and a way to track progress.

Use the controls in the panel below the drawing to interact with the model, then talk through what changed and why. The MicroSim is width-responsive and can be embedded in any course page with the iframe shown above.

Bloom's Taxonomy level: Analyze (L4) — determine, organize, construct

Lesson Plan

Audience

This MicroSim is designed for Grade 2. For the K-3 bands the teacher typically drives the activity on a shared screen; older students can explore the MicroSim independently.

Learning Objective

Students determine the components of a personal health-related goal by assembling a goal from a target behavior, a time frame, and a way to track progress.

This activity targets Bloom's Analyze (L4) (determine, organize, construct).

Suggested Use (about 10 minutes)

  1. Warm up (2 min). Ask students what they already know about the topic and let one volunteer describe what they see on the screen.
  2. Model it (3 min). Demonstrate the interaction once, thinking aloud so students hear the reasoning behind each choice.
  3. Guided practice (3 min). Invite students to try the interaction and to predict what will happen before they act.
  4. Discuss (2 min). Ask why the result came out the way it did, connecting the on-screen result back to the learning objective above.

Check for Understanding

Have each student (or pair) explain their result in one sentence, using the vocabulary from this chapter. Look for reasoning that matches the Analyze-level objective rather than a lucky guess.

Specification

The full specification below was extracted from Chapter 7: Influences, Decisions, and Personal Goals.

Type: microsim
**sim-id:** build-a-health-goal-microsim<br/>
**Library:** p5.js<br/>
**Status:** Specified

Bloom Taxonomy: Analyze (L4)
Bloom Taxonomy Verb: determine, organize, construct

Learning objective: Students determine the components of a personal health-related goal by assembling a goal from a target behavior, a time frame, and a way to track progress.

Canvas layout:
- Left side (350px): Three selection columns: "Pick a Target" (e.g., drink water, try a new food, play outside, sleep on time), "Pick a Time Frame" (this week, two weeks, this month), "Pick a Tracker" (calendar stickers, tally marks, checklist)
- Right side (250px): A built "My Goal" card that assembles the three chosen pieces into one readable sentence

Visual elements:
- Three vertical lists of clickable option chips
- A goal card that updates live as choices are made, styled like a simple certificate

Interactive controls:
- Click one chip from each of the three columns
- Button: "Build My Goal" (finalizes the sentence on the card)
- Button: "Start Over"

Default parameters:
- No chips selected; goal card shows placeholder text "Pick a target, a time frame, and a tracker to build your goal"

Data Visibility Requirements:
  Stage 1: Show three empty columns and placeholder goal card
  Stage 2: Student picks "drink water" -- goal card updates to show "My goal: drink water ___"
  Stage 3: Student picks "this week" -- goal card updates to "My goal: drink water this week ___"
  Stage 4: Student picks "calendar stickers" -- goal card completes: "My goal: drink water this week, and I'll track it with calendar stickers"

Behavior:
- Goal card always reflects current selections live
- "Build My Goal" locks in the sentence and shows a small celebration highlight (color flash, not sound) on the card

Instructional Rationale: This is an Analyze-level objective ("determine actions that support a personal health-related goal"), so the design has students organize the separate components (target, time frame, tracker) into a coherent structure themselves rather than simply recalling a premade goal.

Implementation notes: Use p5.js. Keep the interface simple with large clickable chips appropriate for early-elementary fine motor skills.

References