Institute Content - DEMO

The Institute is designed to provide participants with the experience and opportunities to learn how to apply inquiry-based, three-dimensional science learning. Each session is comprised of three components Metacognition, Learning Architecture, Inquiry. Combined, these 3 distinct components provide an immersive three dimensional learning experience.

Here's what you will learn...

inquiry-mag

Life Science

  • Experience contextualized science content through immersive, grade level relevant lessons designed to model 3D inquiry experiences that can be enacted in the PreK-3 classroom
meta-bulb

Analyzing & Interpreting Data

  • What data and analyzing data means for the PreK-3rd classroom
  • Ideas for implementing these concepts in your classroom
  • How you think about and apply approaches for collecting data during an applied exploration
LA-flow

Learning Architecture

  • What is the Learning Architecture process
  • How to interact with Padlet, the collaboration environment

Inquiry: Life Science

Your Inquiry experience will involve contextualizing science content through immersive, grade level relevant lessons designed to model 3D inquiry experiences that can be enacted in the PreK-3 classroom. These experiences will be a combination of you experiencing and discussing lessons as both a learner (student) and a teacher. 

Kindergarten Life Science Lesson Samples

1st Grade Life Science Lesson Samples

Metacognition: Analyzing & Interpreting Data

It takes discipline to engage in scientific inquiry and engineering design work – to be curious, ask questions and then methodically – systematically – devise investigations, collect data, and analyze and interpret those data…Young children can do it, but they are not likely to just do it “naturally.”

Teachers have a role to play – to prompt and push for systematicity and documentation and reflection on the process so that learners can go back through and examine what they did and be aware of how they reached their understandings.
We can facilitate a deeper understanding for children by fostering experiences with…
  • Representing ideas
  • Looking for patterns & relationships
  • Collecting & organizing data
  • Being systematic

Keynote: Introduction to Data Analysis & Interpretation

View this keynote video

Making Sense of Data

Read the article

As you read, consider these questions:

  • What were the investigations about?
  • How were the investigations framed and supported by the teacher?
  • What type of inquiry would you consider them to be…Confirmation? Structured? Guided? Open?
  • What data were collected? How were those data recorded?
  • What challenged the learners?
  • What opportunities did the learners have to organize and analyze data?
  • How were the learners engaged in interpreting data?
Reflect

When we meet we will discuss the investigations described in this article and I will also ask you for examples of opportunities to analyze and interpret data YOU have had with children in your classrooms, and/or with your colleagues. 

When have you: 

  1. identified which pieces of data are relevant
  2. chosen which aspects of the data need to be further refined or more clearly defined, and
  3. created tools for measuring, quantifying, or describing data systematically

Just for fun, some additional resources:

• about moon observations: 

https://www.calacademy.org/educators/sciencenotebook-story-investigating-moon-phases

• about structure, form and function of animals:

https://www.generationgenius.com/structure-and-function-of-living-things/

• about investigating plants check out the materials available at

https://www.sciencebuddies.org/

Keynote: Organizing and Representing Data Matters

View this keynote video

Hans Rosling’s 200 Countries, 200 Years, 4 minutes

View the video

Background to this video: Hans Rosling (1948 – 2017), was a professor of international health at the Karolinska Institute in Sweden who also, with his son and daughter in law founded the non-profit “GapMinder,” organization that focuses on exploring and developing “new ways of explaining important global trends and proportions to make them easier to understand.”

In this video, over 120,000 separate data points were plotted and visualized so that we can examine the relationship between average life expectancy and income (by nation) between 1810 and 2009, almost 200 years.

Reflect

After watching and thinking about this video, think about the following questions:

  • What surprised or intrigued you about the information shared in this visualization?
  • How did the particular visualization technique impact your understanding?
  • What are some visual ways that young children might show their understandings that you’d like to help them try?


We will discuss these questions when we meet.

Some additional resources:

There is an interesting opportunity for some cross-curricular work with data for social studies on the basis of materials freely available at Gapminder.com.

This organization has a database of freely available video and photographs of families’ homes and possessions from the “Dollar Street” project – see https://www.gapminder.org/dollar-street.

Pendulum Exploration

Exploration: Conduct investigations using pendulums. Document your investigations and collect data to explain your observations. 

You will need the following materials: ruler, string, paperclips, washers or nuts

Note: If you did not get these items yet or with your materials, please improvise with household items.

Read through these steps and complete the activity

Step 1

 

 

  • Be sure to think about how you will document your investigation…

 

How are you going to write
down what you find out?

 

What are you going to
measure?

 

What tools could you use?

 

Step 2

  • Conduct & Document your investigations using the pendulum

Further Considerations:

  • What elements of the pendulum can you change or vary? What are the results of those changes?

  • What are you observing and how does/can that be recorded as data?

Step 3

  • Upload your investigation documentation (e.g., handwritten data log, pictures, videos) to the A&I Data Dropbox.

Step 4

For discussion during our synchronous session…

  • What did you investigate?

  • What information did you collect?

  • How did you document your investigation?

  • What patterns did you find?

  • What did you find out? How did you come to those findings? (What claim(s) did you make? What was the evidence for your claim(s)? And with what reasoning did you base the claim(s)?)

Learning Architecture: Introduction

Welcome to Learning Architecture! For this first experience, you will…

  • Watch an introduction video (~4mins)
  • Join your group in your designated Learning Architecture Collaborate Session (video conference) 
  • Visit your group’s Lobby by clicking the icon for your group below
  • Watch the process guidance video – and complete the activity
Introduction
Video Conference Links
Use the links below (disabled for demo) to access your Collaborate video conferencing session for your designated Learning Architecture group

Site 1

Site 2

Site 3

Calculators

Microscopes

Atoms

DNA

Flasks

Telescopes

Globes

Cubes

Groups
Click the icon (disabled for demo) for your group to access your Padlet Lobby
Process Guidance