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Perspective, Energy and Rhythms

The first task in any new school is establishing a healthy learning culture:  this requires paying attention to perspective, energy and rhythms.

Perspective means giving Eagles a map showing where we are heading as a group, and how it connects to their personal journey.  The map should display the final goals; important  mileposts and include the most important questions we will ask.  A map helps us to pause occasionally; mark where we are in the journey; reflect on where we have been and foreshadow where we are going next.

Included with this map should be an easy to read list of projects and mini-projects for the session and a weekly schedule to shows at a glance when we will be in Core Skills; Art; PE; History or Project time.

The more uncertainty you can remove by providing a road map and schedule, the more energy that goes into discovery and deep learning.

Monitoring energy is important too.  We want the class humming with excitement.  We want our Eagles engaged, in flow, laser focused, losing themselves in the learning. But such engagement can only be sustained for so long before you need a break.  And points of reflection are needed to synthesize ideas and let important lessons soak in.

That’s why we carefully think about the flow of energy during a six week session, and include exhibitions to add excitement, as well as times of reflection to recharge.  We take a similar approach to energy management when designing the weekly  and daily schedules and when planning Socratic Discussions.

One student even came up with an idea we adopted: color coding the peaks and valleys in energy.  A “red” rectangle posted on the wall mans we are fully focused in Socratic mode – it’s like the “red light” in recording studios  – in our case signaling that serious learning is taking place. Discussion “rules of engagement” are in force, so no squirming in your seat; no getting up for the bathroom or a snack.

The “yellow” sign means collaborative rules are in effect: Eagles can move around or talk quietly with others, as long as they aren’t disturbing anyone else.  A “green” sign means free time.

Intense, high energy “red” periods can only be maintained for brief periods, usually no more than fifteen to twenty minutes; “yellow” collaborative time for an hour to two hours, particularly if individuals are shifting between projects and skills;  “green” periods need to be no longer than fifteen minutes, but are critical to blowing off excess energy or mentally recharging.

Within discussions, forcing students to take a stand and defend it raises classroom energy.  So does asking concrete A/B choice questions.  So does asking for specific examples and evidence to back up a point or conclusion.  Conceptual questions drain energy.  Conceptual questions may be needed for synthesis or deep learning, but must be used judiciously:  like a pilot, a Socratic Guide only has so much energy to burn before the conversation stalls.

Perspective, energy and rhythms – if we manage these well, deep learning is sure to follow.

Meanwhile, back at the ranch….

A pretty amazing two days of scientific experimentation “in the wild.”

We started our scientific expedition with a Socratic discussion on the one hour drive to the ranch.  Eagles  debated: (a) which of the six experiments we would conduct was the most important to the world (see previous post); (b) whether or not it would be because of the sheer value of discovery, invention or innovation; and (c) whether the scientific role of Paradigm Buster; Puzzle Poser  or Data-Gatherer best suited their personal gifts.

Eagles also practiced their “paradigm video” stories, and in each car we developed “rules of engagement” as to how scientists would act on a real expedition (these would be combined to determine how we worked with each other on the trip.)

As soon as we arrived, it was time for science – and the chance to earn the ingredients for smore’s by solving scientific puzzles .  Some photos from a few of the real world challenges:

Using trigonometry to find the height of a tree (also helpful for navigation.)

Levers – “Give me a place to stand and I’ll move the world!”

Using the Pythagorean theory for surveying.

Archimedes and buoyancy: “Is the crown pure gold or not?”

Even scientists need some fun – so we took a break for obstacle course practice and a swim in the river.

Below, Mr. Temp leads a Hero’s Journey session about picking role models for Stars and Steppingstones interviews.

Above, our experiments with Radians and the Heavens is thwarted by an overcast, but we were entertained by star gazing myths, smore’s and the Eagles’ gratitude moments.  Some of us even got a few hours of sleep.

We ended the trip with a pre-dawn ceremony at the top of Lone Mountain – 360 degree views for miles around — with each Eagle leaving his or her gratitude object, and seeing for the first time the Founding Eagle’s plaque that will forever mark the pioneering efforts of this first Eagle Middle school class.

Then it was back to Austin, on the way listening to stories about Archimedes, Copernicus and Galileo, in preparation for next week’s debate.  (And yes, a few Eagles even took a nap when we got back.)

Many thanks for all the parents and Guides who joined in for the adventure!

3.  Finally, and most importantly, ask what behaviors would be appropriate for a  scientist on an important scientific mission.  Ask one student to keep a list that we can discuss when you arrive.

Preparing for a Paradigm Shift

Today we prepared for the scientific expedition to the ranch, by continuing to prepare the following scientific experiments and work on the paradigm film.

Some questions we asked:

Question I: The Value of Discovery, Invention and Innovation

If you were king, which of the scientific challenges below would be worth supporting with money and attention?  Why?

1.  Geometry and surveying:

2.  Trigonometry and trees

3.  Buoyancy and crowns

4.  Radians and the heavens

5.   Time and timekeeping

6.  Levers and the power to move.

Question II:  The Value of Scientists

 Which scientist has added more value to science: the Discoverer; the Puzzle Poser who proposes puzzles to be solved or the Data-Man, the person who carefully collects and measures data?  Which are your gifts best suited for?  Why?

Question III:  Paradigm shifts

 Do any of the discoveries above qualify as paradigm shifts?  Why or why not?

In Art, Eagles continued to work on their self portraits.

Apprentice scientists prepare for real world science

We lightened the core skills workload today, focusing our Khan work on the Pythagorean Theory in order to get ready for our “applied science” ranch trip on Wednesday

Ms Abigail continued her discussion with students about what makes a good story, including a “save the cat” moment to make your lead character likable. Eagles will be practicing their storytelling, writing and filmmaking skills, first honing their scientific paradigm stories, and then shortly thereafter beginning work on a separate film project that will require them to create, pitch, write and film on the question: “Does the past determine the future?”

During project time, Eagles broke into teams to make sundials, inclinometers and star finders that they will use to execute real world science experiments on the ranch.