Making physics physical

One of my favorite units of inquiry in Grade 4 at KIST, in the theme of ‘How the world works’, is titled Force & Motion, and focuses on Newton’s Laws of Motion. The unit resources when I arrived at the school included a few useful tools for demonstrations, but lacked class sets of items and structured experiences that students could use to explore and discuss.

Media

One resource we do have is access to excellent videos and online games. Some of our favorites are published by NASA and other space agencies, like Launchpad: Newton’s Laws On-Board the International Space Station (video), and the Physics Games website.

Twitter once again proved its worth as a tool for learning in the quoted tweet above, a live video of an astronaut playing with and observing a fidget spinner in microgravity. All of the media we have collected are engaging, but can’t compete with a fidget spinner for the attention of nine year olds.

Design & technology challenge

Each year, we have added materials and experiences to make the unit more visceral and fun. To kick off the unit, we introduced an initial provocation in the form of a G4 Water Balloon Drop Challenge. Using the rules outlined in the flyer, students research, design, and build their apparatuses independently outside of class. When we gather on the appointed day, I load each with a water balloon and drop them from the second floor balcony. Those that successfully protect the balloon are taken to the third floor and dropped again. The proud few that survive that are finally dropped from the fourth floor.

We often have visiting administrators and younger classes in the audience, so the event has become a well anticipated and exciting way to get our students thinking about forces and motion.

Get physical

Next, we collaborated with our Physical Education teacher to organize a tug-of-war tournament. Between each round of competition, each team reflected on one of Newton’s Laws of Motion to try to improve their performance.

My hope is that whenever these children think about physics or Newton, they will remember this event. Additionally, by systematically reviewing each of the laws during the tournament, there is definitely higher retention of the vocabulary of Newton’s Laws.

Hands-on exploration

This year, our new addition was a set of Newton’s Cradles. With enough for a pair of students to share one, I wrote a series of questions to add some guidance to their explorations, for example, ‘What happens when you raise and release one of the hanging balls?’.

While it is possible to demonstrate a Newton’s Cradle at the front of the classroom, and that would be better than watching a video, having one that every student could touch, see, and hear, up close, instantly transforms the lesson from passive to active.

Making catapults

Finally, as the culminating Summative Assessment Task for the unit, we ordered 1cm x 1cm x 90cm lengths of wood, nails, hammers, hacksaws, and safety goggles for the purpose of building catapults. The objectives were to expose the students to basic design and construction principles, explore Newton’s Laws of Motion in a practical way, then hold a grand catapult tournament on the main field in the center of the school.

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Having facilitated a Maker Club in the past, I was aware of the need to emphasize safety early on, but also to trust the students to look after their own well being. I find it’s best if my role is mainly to watch out for unsafe practices and intervene as quickly as possible. Fortunately, it happens rarely, leaving a high degree of autonomy for students and plenty of time for me to interact and promote collaboration among the groups.

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Children constantly impress me with their ability to creatively solve problems when they are trusted with the tools and freedom to do so.

That’s why there’s a clamp in your kit. #edu #clmooc #makered

A post shared by Bart Miller (@bartmlr) on

There were many expected and unexpected benefits of this engagement. The expected ones were quite predictable, but unexpectedly, some of my less precocious students absolutely sprung to life. Some students who tend to be distracted in typical class activities, or struggle with academic work, were impressively inspired by the task of building a catapult. This phenomenon has caused me to think that the way we tend to use class time is unbalanced.

Reflection

Observing the excited energy and positive experiences of my students interacting with concepts and vocabulary of physics has pushed my pedagogical thinking even further in the direction of Constructionism. The idea that a learner figuratively builds understanding by literally building a physical – or virtual – object gains traction for me every time I see it in action.

In terms of assessment for the catapult challenge, I think it’s appropriate to use the method I employed for our Model UN scrimmage: Every student begins with a baseline ‘proficient’ score. In this case, we start with 90%. Then, as the activity progresses, teachers use structured observation to modify students’ scores on targeted skills. For this activity, we were looking for evidence of Spatial Awareness, Cooperation, and Independence.

And as always, the students complete a comprehensive self-assessment of all elements of task and unit.

Experiences like these remind me that school should be a lot more time spent doing tasks like these, and a lot less about rigid standards within a few disciplines.

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Data evolution & revolution

The past

Data has been an undercurrent in my teaching since my first classroom in 2007. Of course, in that year, I struggled to gather data and there was virtually no chance of utilizing much of it to inform and enrich instructional planning. For good or ill, data is not essential to the survival of a first year teacher.

Each year after, I slowly improved, including a variety of experiments like the one shared in the post Student Empowerment | COETAIL final project. I tried different forms, organizers, notebooks, etc, until finally unveiling an integrated digital system last year. I shared it as a presenter at the GAFE Summit 2016 in Kobe, Japan, and used it for the school year to publish students’ ongoing assessment data, and other key information such as website usernames and passwords, directly to them as web pages. After celebrating and discussing the system, I felt that it was terribly unsatisfying.

The present

Inspiration came in the form of media such as Jack Norris’ keynote presentation from Strata + Hadoop World in San Francisco, Let’s Get Real: Acting on Data in Real Time, embedded below.

The concept of ‘data agility’ through converged data and processing appealed to me because what I sought a tool which would organize all assessment data in a way that could be searched, shared, and analyzed. Over the years I had been introduced to many ‘tracking systems’, only to discover that they were utterly unmanageable at scale. Ticking boxes on scope and sequence documents or highlighting learning objectives almost arbitrarily seemed like a show at best. In fact, a colleague who shared such a system with me admitted that at the end of a term, due to a lack of hard data, he would simply choose outcomes to highlight on every student’s document regardless of their actual progress or learning. To quote Mr Norris, I wanted my data to ‘get real’.

While designing my own system, I became somewhat of an amateur data scientist. The implications of the article Putting the science back in data science got me thinking about the flow from data entry to visualization and publishing. A quote from the post Can Small Data Improve K-12 Education? helped to clarify the objective for the project.

‘Small data observes the details or small clues that uncover large trends. The idea is that by honing in on the elements that make up relationships and narratives in schools, education can be enriched.’ The Edvocate

What I wanted to do was bring transparency to the relationships between myself, students, parents, and administrators. Further readings within the big data and data science trends like Data Quality Should Be Everyone’s Job  by Thomas C Redman directed my attention toward the purpose for the data. Before data is collected, it should already have a purpose, and that purpose dictates the design of the collection, publishing, and analysis tools.

 

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Copious data entry (lots of dragging)
The next piece of the design puzzle was my school’s Assessment Handbook. In it were the categories, criteria, and descriptors on top of which my system would function.

 

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Student data visualization via Google Sheets
Utilizing a system of Google Sheets, data is entered and student progress viewed in potentially real time, depending on the efficiency of my data entry. As we began using the system I shared a video, Tour of your data book, embedded below, which illustrates the details of the user experience much better than I can describe in words.

The future

This system has been remarkably effective and unlike last year, I only plan to make minor tweaks, especially to the user interface. Feedback from students and parents revealed, as I expected, that there are too many graphs and that it’s difficult to know which are more or less important.

Another feature I plan to add is a Google Form which mirrors the data entry document which would allow teaching assistants, specialists, and even parents or students themselves to contribute data to the system.

If articles like The Three Ways Teachers Use Data—and What Technology Needs to Do Better by Karen Johnson and 7 Steps to Becoming a Data-Driven School by Eric Crites are any indication of the direction that data utilization is heading in education, I’m glad to be along for the ride.