Computer Science & Digital Fluency Grade 5 3-5 Lesson Plan

Data Collection and Analysis: What Numbers Can Tell Us

Duration: 50 minutes · NYS Computer Science and Digital Fluency Learning Standards (2020)

Alignment Record

Built from publicly available New York State standards. Standard codes cited from official NYSED sources.

4-6.DA.1
Collect data using a variety of digital tools and platforms, and organize and display data in a chart, table, graph, or other visual representation.
Source: NYS Computer Science and Digital Fluency Learning Standards (2020), Data & Analysis, Grades 4–6 — nysed.gov
Confidence: High Confidence Automated validation + founder oversight
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  • Lesson Plan for Grade 5 Computer Science & Digital Fluency
  • NYS framework label: NYS Computer Science and Digital Fluency Learning Standards (2020)
  • Primary standard: 4-6.DA.1

Data Collection and Analysis: What Numbers Can Tell Us

Grade 5 · CS & Digital Fluency · NYS 4-6.DA.1 · 50 Minutes


NYS-Aligned Standard

4-6.DA.1Collect data using a variety of digital tools and platforms, and organize and display data in a chart, table, graph, or other visual representation. NYS Computer Science and Digital Fluency Learning Standards (2020)


Learning Objectives — “I Can” Statements

  • I can explain the difference between data collection and data analysis.
  • I can use a digital tool (spreadsheet or survey tool) to collect and organize data.
  • I can represent data in a bar graph or table and draw a conclusion from it.

Essential Question

How do we turn raw numbers into information that helps us make decisions?


Lesson Sequence

Hook / Warm-Up (8 min)

  1. Show two pieces of information: “35 students, 18 apples, 12 oranges, 5 bananas” (raw data) vs. a bar graph showing the same data.
  2. “Which is easier to understand? Why?”
  3. Bridge: “Data is raw. Information is what you get when you organize and display data.”

Direct Instruction (12 min)

  1. Data collection process: identify a question → collect responses → record in a table → display in a chart
  2. Types of data: categorical (favorite color) vs. numerical (height in cm)
  3. Types of charts: bar graph (categorical), line graph (change over time), pie chart (parts of a whole)
  4. Model: Use a simple spreadsheet to enter class data and auto-generate a bar chart

Investigation (18 min)

  1. Class survey question: “What type of physical activity do you most enjoy?” (Options: sports, walking/running, dancing, other)
  2. Students use a shared digital form or paper tally to collect responses
  3. Each student creates their own bar graph using the collected data
  4. Add a title, labels, and scale

Analysis (8 min)

  1. Students write 2 observations from their graph: “I notice that ___ because ___.”
  2. Students write 1 conclusion: “Based on this data, the school should ___ because ___.”

Closure (4 min)

Exit ticket: “What is ONE thing your graph tells us that the raw numbers did not make clear?”


SDI & Differentiation Block

Supports for MLLs/ELLs

Entering/Emerging (NYSESLAT Levels 1–2):

  • Provide a pre-labeled bar graph template with x and y axes already labeled
  • Allow student to color in bars instead of drawing from scratch
  • Sentence frame: “The graph shows that ___ students prefer ___. This means ___.”

Transitioning/Expanding (NYSESLAT Levels 3–4):

  • Data vocabulary card: table, graph, axis, scale, bar, title, label, conclusion
  • Pre-teach “analyze” and “conclude” before the lesson

Supports for Students with IEPs

SDI Adaptation Dimensions: content, methodology, delivery

  • Content: Provide pre-made data table; student creates bar graph only (no survey collection task)
  • Methodology: Use physical color-coded blocks to build graph before drawing it
  • Delivery: Provide graph paper with grid; allow extended time; reduce analysis to 1 observation

Suggested Placement: ICT


Answer Key / Model Response

Exit ticket model: “The graph makes it clear that walking/running is the least popular, which isn’t obvious when you just look at the numbers in a list.”


Alignment Record

FieldValue
Standard Code4-6.DA.1
Standard TextCollect data using a variety of digital tools and platforms, and organize and display data in a chart, table, graph, or other visual representation.
FrameworkNYS Computer Science and Digital Fluency Learning Standards (2020)
Sourcenysed.gov — NYS CS & Digital Fluency Learning Standards (2020)
ConfidenceHigh Confidence
Validation NotesCode 4-6.DA.1 confirmed. DA = Data & Analysis; grade band 4–6 confirmed.
Original resource
Created as an original instructional support — not copied from marketplace content.
Built from publicly available NYS standards
Standard codes and text sourced from NYS Computer Science and Digital Fluency Learning Standards (2020) — a publicly available official framework.
Educator-reviewed
Reviewed for instructional clarity, classroom usability, and standards connection before publication.
Alignment notes included
The alignment record above explains how this resource connects to the relevant NYS framework, with the exact standard code and source.
Designed for classroom use
Supports whole-class instruction, small-group work, intervention, enrichment, independent practice, and planning support.
No student data required
Teachers download and use this resource without entering student personally identifiable information.
Resource ID: SC-032 · StandardCraft NYS Resource Library v1.0
Independence notice: StandardCraft is an independent resource platform and is not affiliated with, endorsed by, or sponsored by the New York State Education Department (NYSED). This resource is original content aligned to publicly available NYS standards. It is designed to support classroom planning and instruction and does not replace district curriculum, school-approved instructional programs, or teacher professional judgment.