Montessori: The New Science behind a Century-Old Methodology (part I)

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Maria Montessori described observing children in a traditional classroom as being tantamount to an entomologist observing dead insects pinned to a board, “where the spontaneous expression of a child’s personality is so suppressed that he is almost like a corpse, and where he is so fixed to his place at a desk that he resembles a butterfly mounted to a pin” (Montessori, 1967b).

Despite her observations taking place around the turn of the 20th century, they sound eerily familiar. Even over a century ago, she acknowledged that in order to best learn, children need a certain freedom in order to explore their interests and take ownership over what they are doing.

Presumably motivated by the discrepancy between reality and practice, she developed an approach to education. Initially working with children with learning difficulties, and later with children between the ages of 3 and 6, Maria Montessori–who first studied medicine–developed her approach almost completely through careful observation of the way in which children interacted with their environment.

Montessori’s insights about the way children learn and develop were not confirmed by science until many years later. In a book, Montessori: The Science Behind the Genius, Angeline Stoll Lillard (2005) outlines the eight principles incorporated into Montessori Education and provides the evidence base supporting each one. The principles are:

  1. movement and cognition are intertwined
  2. students should have a sense of control
  3. interest improves learning
  4. extrinsic rewards hinder intrinsic motivation
  5. learning from and with peers
  6. learning should be contextualized
  7. optimal adult-child interactions
  8. order in the environment

While there are many examples of each of these embedded in the Montessori classroom, and separately each one of these concepts now brings with it an immense amount of research, for each principle I cherry-pick just one or two examples from the classroom.

I also provide a brief mention of some supporting research to help give you a sense of the science that now reinforces the Montessori approach to education, developed over a century ago.

This blog post will address the first four principles listed above, part 2 will be posted at a later date and will address the latter four.

  1. Movement and Cognition are Intertwined

Montessori activities and materials purposefully incorporate movement into learning activities. Let’s take the Sandpaper Letters, for example, used to introduce preschool-aged children to letter sounds. (Children are not taught the names of the letters nor the order of the alphabet at this point). The Sandpaper Letters are lowercase letters, about five inches in height, made out of sandpaper and affixed to thin piece of painted wood.

When introduced, children are simultaneously shown how to trace the letter and produce the sound that the letter makes. The child is then free to use the Sandpaper letters to practice producing the letter sounds and tracing the letters.

Research has since underscored many instances of the interconnected nature of movement and cognition, including the improvement of memory when movement is involved at the moment when something is learned. For example, students who acted out actions described by sentences remembered the sentences better than students who did not act them out (*Cohen, 1989; *Engelkamp, Zimmer, Mohr & Sellen, 1994).

In the same way, when children simultaneously trace a letter and produce its sound, they are better able to remember it.

  1. Students should have a sense of control

In the Montessori classroom, this sense of control is brought about by giving children the choice of activities they wish to pursue, from among the options that have been laid out by the teacher; the Montessori m.o. is freedom within limits.

So if Thomas wants to pick up where he left off on a mathematics activity, he may do so. Or, if he wishes to take out the Knobbed Cylinder work from the Sensorial area (which, unbeknownst to him, will help him to develop his pincer grip necessary to later begin writing), he may do that as well. Thomas has a choice over what activity he wants to do, and how long he wants to do it for.

Researchers carried out a simple experiment which highlighted the importance of choice in activities. Children aged seven to nine years were presented with six categories of anagrams to work on. While all of the children in reality had the same choices, one group was told to choose from among the six categories, a second group was told that the experimenter chose the categories for them, and a third group was told that their mothers had made the choice of categories for them.

Children in the first group who “chose their own work” solved twice as many anagrams as the other two groups in the same amount of time. Additionally, during an optional free-play period after the time allotted to work on the anagrams, children in the first group elected to spend more time continuing to solve anagrams (*Iyengar & Lepper, 1999).

When children in a Montessori classroom have the freedom to choose, they have a sense of control, they take ownership over what they are doing, and their performance and their persistence improve. The freedom to choose also fosters independence in young children.

  1. Interest improves learning

In a previous post, I talk about the importance of emotion in learning. The Montessori method is yet another approach to learning which capitalizes on this notion.

Making the most of student interest can be seen from many different levels in the Montessori approach:

  • the design of materials in which young children tend to be naturally interested,
  • the introduction of language activities at a time when, developmentally, children take an interest in learning their language,
  • allowing children to pursue activities that they find interesting at a given moment.

It only makes sense that people will better learn something in which they are interested. All else held constant, if two people are given piano lessons, one who has pined for professional instruction for some time, and the other whose parents forced it on him, the former will most certainly learn how to play better more quickly. Interest matters.

There are numerous studies that confirm this common sense conclusion. (I won’t delve into them here, but they’re out there.) Let me instead present you with the psychological definition of the word: being in a state of interest involves, “focused attention, increased cognitive functioning, persistence, and affective [emotional] involvement” (*Hidi, 2000, p. 311).  In capitalizing on student interest, the Montessori approach encourages all of these things.

  1. Extrinsic rewards hinder intrinsic motivation

Depending on the circumstances, extrinsic rewards can get fast (though not necessarily long-lasting) results. Extrinsic rewards have their place, though when it comes to one’s learning, the Montessori approach views extrinsic rewards as a hinderance to concentration and intrinsic drive: the characteristics that Montessori herself sought to instill in individuals.

Instead of extrinsic motivators, Montessori education relies on children’s natural curiosity for motivation, and does all that it can to get out of the way of children and their learning. By giving children extended time to pursue the activities that interest them, Montessori teachers let students focus on an activity for as long as they wish, in order to complete it as many times as desired. This freedom allows children to obtain for themselves a strong sense of accomplishment and satisfaction.

These feelings, not gold stars, provide the impetus and motivation for more challenging pursuits.

One study in particular (*Lepper, Greene & Nisbett, 1973) highlights particularly well the detrimental effect that extrinsic rewards can have on individuals–even with activities individuals otherwise would enjoy.

In this study, researchers put out markers available for use in classrooms of 3- to 5-year-old children. They noted which children were heavy marker users. One at a time, the heavy marker users were pulled aside and shown a “Good Player Award” (a card with a gold star and ribbon), and when asked, all the children said they would like to receive one. These children were told that all they had to do was draw with the markers.

In one condition, children were told they would receive a “Good Player Award” after drawing with the markers for six minutes. In another condition, the children were allowed to draw for six minutes and were unexpectedly given the award on the board. And in a third condition, the children drew for six minutes and no award was ever mentioned.

A panel of judges blind to each child’s condition rated the drawings of the children who expected the reward as being much lower in creative quality than those of the children in the two other conditions.

They researchers also found that a few weeks after the experiment, the children conditioned to expect a reward for using the markers used markers far less than the other children, and about half as much as the other children in the class.

In an activity that children otherwise enjoyed, the introduction of extrinsic rewards decreased children’s creativity, in addition to later decreasing their voluntary participation once the possibility of getting a reward was removed.

(For a recent LatB blog article about intrinsic and extrinsic motivation, click here.)

Conclusion

Developing curricula around these four principles would be powerful. I wish that my own education had better leveraged these four insights, I’m sure I’d be all the better for it.

What I continue to find intriguing is that these were developed simply through the meticulous observation of young children over time, carried out by one person. No scientific experiments necessary.

More recent studies have revealed that these principles are in line with the way we learn. Designing her approach with the way children learn and develop better enables them to engage with and take ownership of their learning. This, I believe, is a major oversight with the way children are currently educated.

Look out for part two where I will delve into the other four principles, and discuss what this can look like in the classroom.

Reference

Lillard, A. S. (2005). Montessori: The science behind the genius. New York, NY: Oxford University Press.

Montessori, M. (1967b). The discovery of the child. New York, NY: Ballantine Books.

*References marked with an asterisk are cited in Lillard, 2005.

 

category: L&B Blog

5 Responses to Montessori: The New Science behind a Century-Old Methodology (part I)

  1. Angela Storch-Updike says:

    I am a Montessori teacher and have been speaking about the correlation between Montessori and how the brain learns for years. I have students that have now graduated college and didn’t struggle as many of their traditionally educated friends. That’s probably the one area not covered in your article, the application of these principles results in strong, resilient, and confident individuals. Most Montessori students that started at a young age don’t struggle with self – esteem and have solid coping mechanisms they carry with them to college. When done well, Montessori is an amazing way to educate children. You brought light to this subject.

    I have spoken at a few conferences regarding the recent advances in Neuroscience and how it validates Maria Montessori’s method. I am thrilled you have chosen to write an article in such an esteemed forum and will be using your article this fall.

    All the best,

    • Austin Matte says:

      Thanks for following up, Angela. I am perpetually impressed by how well this method aligns with the way in which we, as humans, learn. The students really take to it, and as you mention, it has the potential to provide them with skills and capacities that serve them well in life, beyond academics. And please, do share! Cheers.

  2. David says:

    This article talks a lot about the theories and research on which Montessori is based, but it does not cite any research supporting (1) whether Montessori achieves these theoretical goals, or (2) whether Montessori actually works. I find it unfortunate that the author finds observation intriguing and scientific experiments unnecessary. I have come to expect more from LATB in terms of scientific rigor and analysis.

    • Austin Matte says:

      David, thanks for your honest evaluation! As I mentioned, the Montessori approach is not wholly “based” on scientific research (though she did borrow from her predecessors) — and that’s what I find so intriguing; it was not until years later that scientific evidence came out in support of many of the principles that she derived mostly through observation. Wild! Further, this scientifically rigorous research in support of the tenets of the method makes a strong case for it. Thanks for reading. Cheers!

  3. Katie says:

    I agree, David. I expected to see a more direct exploration of scientific brain research to support Montessori’s observations. I did a little research for a class, based in the book How the Brain Works, Fourth Edition by David A. Sousa (2011). Here’s a bit of what I came up with:

    1.Movement and cognition are intertwined: “Physical activity increases the number of capillaries in the brain, thus facilitating blood transport…higher concentrations of oxygen in the blood significantly enhance cognitive performance…[young people] are able to recall more words from a list and perform visual spatial tasks faster.” (Sousa, p.238)

    2. Students should have a sense of control: I see this principle as related to self-concept. When a child has a sense of control is impacts their sense of an experience as being either negative or positive. Experiences “produced strong emotional reactions that the brain’s amygdala encoded and stored with the cognitive event.” (Sousa, p. 57) These emotions can determine if the brain is receptive to new learning or if it will be blocked from entering working memory and storage.

    3. Interest improves learning: This principle is supported by the research around sense and meaning. “Brain scans and other studies have shown that when new learning is readily comprehensible (sense) and can be connected to past experiences (meaning), there is substantially more cerebral activity followed by dramatically improved retention (Maquire, Frith, & Morris, 1999; Poppenk, Kohler, & Moscovitch, 2010; Rittle-Johnson & Kmicikewycz, 2008) (Sousa, p.53)

    4.Extrinsic rewards hinder intrinsic motivation: This principle seems to me to be the result of a combination of the previous two in terms of brain functioning. Intrinsic motivation would strengthen the emotional connection to a task and would be more likely to be coded as positive in terms of self-concept. Extrinsic motivation would lower the value of the meaning of the task; its relevance to the learner is decreased as it is initiated by an other, rather then created through connections or motivations that are already present in the learner’s brain.

    Thank you for piquing my interest, Austin. Your article was a great overview of Montessori’s principles and a good starting point for my own research.

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