The Pick-up Sticks Model of Teaching Concepts
This is a chapter from The Amplio Consultant Educators Toolkit. The book covers the content aspects of Amplio University - a new type of live, affordable training.
This chapter is modified from the corresponding chapter in Al Shalloway and Paula Stewart's book Being an Effective Value Coach: Leading by Creating Value.
This is the third of four chapters that make up a learning strategy for talking to people:
“You can’t teach someone something unless they already almost know it.” – unknown
In a nutshell,
When you want to teach someone something complicated,
What do you do when you want to teach some concept that seems beyond the grasp of someone’s current understanding? They can’t see this new truth in terms of their existing knowledge. While realizing this may be frustrating, it provides valuable insights into creating a teaching strategy.
Years ago, I was in a situation where I had to teach advanced concepts to people. I had no idea how to do this. What I wanted to teach felt buried under several concepts they needed to know first. While reflecting on this, a flash of insight from the game of pick-up sticks occurred to me.
When I was a kid, my older brothers always beat me at the game of pick-up sticks. I always went after the high-scoring sticks at the bottom of the pile because I could get more points. It occurred to me that I needed to teach foundational knowledge before I taught the concept based on that foundation.
I noticed that when you remove the top stick from the pile of pick-up sticks, which is easy to do, another stick becomes the new top one. Removing this one is also easy. It occurred to me that these “easy to remove sticks” were like the concepts people already almost knew. Therefore, an effective strategy to teach a difficult concept would be to walk through those things people already knew until I got to the concept I was trying to teach them.
I call this “the pick-up sticks model of teaching concepts.”
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Consider a concept you want to teach to someone. Consider the ideas needed to understand this new concept you want them to learn. Instead of discussing this concept, consider the steps required to go from where they are to what you’d like them to understand. Formulate a step-by-step path from what they know to the concept you want to teach by presenting these distinctions.
Take this approach when teaching complex concepts. If there is disagreement about any idea, it is much easier to discuss one by itself than the entire set. This approach can make a daunting task manageable.
The question, of course, is “what do they already almost know?” To discover this requires understanding what makes one person more competent than another. We often talk about one person having more experience, but that’s akin to saying “birds migrate because of instinct.” Notice that that doesn’t really tell you anything, however. Although it does sound like it does, “instinct” is still a black box.
The options are not just letting your teams figure it out or telling them what to do
If you read discussions about what it is to be a coach you’d think your choices would be between telling people what to do or having them figure it out on their own.
With the pick-up sticks model we’re talking about telling them, but in a series of steps that’s easy for them to grasp. But there is a third way – guiding them to discover things. This can be done presenting enough information to figure things out – either by presenting things they already know or by asking questions.
An example of using the "pick-up sticks model" by asking questions.
When considering what the pick-up sticks are for Agile, consider the two endpoints -“What do we want them to know?” and “What do they already almost know.” Here’s an example:
Most people already almost know that delays in workflow cause waste. Just ask them, “What happens when work is interrupted?” They’ll likely answer “multitasking,” which everyone knows is wrong. Ask them if something else happens. They may see that this causes them to delay giving things to others, which may cause them to multitask. Ask “what other side effects may happen.” Point out that slowing down the completion of work means we will detect errors late. This is especially bad for software developers, who now will take more time to find errors when they are caught.
Now, we can move on to what causes these delays. What has made us put work down? It’s clear that the multitasking we can see is being caused by working on too many things. While multitasking is the first thing noticed, it is a symptom of working on too many things. Working on too many things correlates with too much work waiting to be done (e.g., long work queues). Therefore, the root cause is that long work queues cause waste.
Attending to the rate of change, not just the path.
We must also attend to the rate of change for people. Some like jumps, and some people need small steps. While we should always have a target in mind, we need to consider if it’s useful to expose that to people. Do if it’ll help them. But be aware that it might make them nervous and that one step at a time is better.
Scrum Master | Agile Coach | Engineering Manager
11moWhen will the (e-)book be on Amazon? I couldn't find it.
My purpose is to help people and organizations in transforming their journeys.
4yIgor Couto
Applying Systems Engineering Principles, Processes & Practices to Increase Probability of Program Success for Complex System of Systems, in Aerospace & Defense, Enterprise IT, and Process and Safety Industries
4yI what context is this applicable? - How about the first Ordinary Differential Equations class, where the students have never encountered ODE's - How about Organic Chemistry as an entry course, where the organic aspects are new to everyone in the room - How about your first quantum mechanics class, where definitely the students are clueless about the aspects of QM If you're teaching a "practice," your approach sounds very useful. Or your teaching an advanced extension to a topic. But without a context and domain, nice words hard to put to work
Great approach to teaching with distinction Al. It is truly the understanding and approach to understand the students knowledge and expand their problem solving experiences they already know.