Serving as Guides
Rebecca Lingo • February 19, 2024

As adults, we often step into particular kinds of roles with children. We can be parents, aunts, uncles. We can be coaches, mentors, teachers. Each role has a set of expectations, often with an unspoken rule that the adult knows best and that children will learn from us.


The roles adults play in children’s lives are much more nuanced. We facilitate, suggest, model, and observe. The world can teach, and adults can serve as guides in the process of learning and discovery.


Be Curious


One way adults guide growth and learning is by asking “curiosity questions.” Genuinely curious questions may begin with a script and then become authentic. Try asking questions like:


  • How do you feel about what happened?
  • What were you trying to accomplish?
  • What did you learn?
  • How do you think you might use what you learned?
  • What ideas do you have for solutions?


Avoiding the question “Why?” is also important as it can sound accusatory and can lead to a child feeling defensive.


Sometimes a young person in our life is struggling. We can shift our approach to ask what ideas they can share with us based on their needs and our needs. We can be curious about what they want or need in the interaction. For example, sometimes when a young person is struggling, we want to know how we can help that person feel better. When that is the case, ask: “What can I do to help you have a better day?” Maybe the response will be within our powers and if not, we can acknowledge the idea and offer two manageable options.


Shift to Support


When we shift our roles and think about how to learn more about what our children are feeling, thinking, and exploring, we become meaningful guides. Rather than providing information, we can help children make discoveries. This is an essential part of what Montessori teachers do each day in our learning communities. The process of adults serving as guides during learning and discovery starts as young as when children are in Preschool and continues through our Adolescent Community at Wheaton Montessori School. 


Preschool students are carefully guided to take ownership of their learning. One of the instances when these young students are directed to assume responsibility for their learning is when they are working with the movable alphabet. Very young students can pull together experiences with letter recognition, letter sounds, and story-telling experiences while working with the moveable alphabet. Their fine motor skills may not permit them the coordination to write on paper, but they have the preformed letters to build words, phrases, and stories.


Our elementary-aged children, 1st-6th graders, make amazing connections during their learning journeys. An elementary student can be ecstatic over a discovery about the periodic table, as recently happened with a young learner: “Look!” she exclaimed. “Gold has the symbol Au because the Latin name for gold is aurum. Au for aurum!” Because this young person had discovered this connection on her own, the knowledge was so much more invigorating and inspiring than had an adult instructed her about etymology and periodic table symbols. This student took ownership of the information that had been led through multiple indirect lessons.


Adolescents Community students work side by side with their teachers Mrs. Kelly Jonelis and Mrs. Lauren Vincenti daily planning the weekly lunch plan, budgeting, shopping for ingredients, cooking, serving, and enjoying lunch as a class. These students are gaining practical life skills while adults are there to guide them and offer support when needed. Experiences are gained and immediate peer feedback is available in an inclusive and supportive environment. For example, while prepping carrots for a meal according to the instructions in a recipe, they have the freedom to cut these carrots in another style where they gain experience and are open to receiving peer feedback in an inclusive and supportive environment. These adolescents are guided by adults to learn about responsibility and the outcomes of their actions in a suitable and organized setting.


Guiding students of any age is often a fine line between freedom and structure. Setting up as much underlying structure as possible will increase the amount of self-discipline that develops. As they can handle more responsibility, they are permitted greater independence to learn through their experiences.  


Honor the Process


In How Children Learn, John Holt describes children’s process of learning: “The child is curious. He wants to make sense of things, find out how things work, gain competence and control over himself and his environment, and do what he can see other people doing. He is open, perceptive, and experimental. He does not merely observe the world around him. He does not shut himself off from the strange, complicated world around him, but tastes it, touches it, hefts it, bends it, breaks it. To find out how reality works, he works on it. He is bold. He is not afraid of making mistakes. And he is patient. He can tolerate an extraordinary amount of uncertainty, confusion, ignorance, and suspense.”


Mrs. Tracy Fortun spoke about this last month at our Better Together Get-Together event. If your schedule doesn’t allow you to attend, she recommends observing when a child is experiencing frustration without jumping in. Ask yourself, “What am I tempted to do or to “fix” it for them? Are they capable of taking care of it themselves? What would my normal response be, and how might that steal their opportunity to learn to cope with frustration”. Children should be provided with an opportunity to learn how to cope with frustration, thus increasing their tolerance level when faced with uncertain situations. Through this guidance, adults are permitting frustration tolerance which leads to emotional maturity.


Children naturally want to figure out the world and themselves. we can be thoughtful guides through this remarkable world of ours. We can entice. We can inspire. We can show possible paths. 


At Wheaton Montessori School, we recognize the incredible power in the children’s process of experimenting, observing, making mistakes, learning from them, and discovering the world around them. Rather than serve as the experts dispensing knowledge, Wheaton Montessori School teachers act as guides to expose, curate, structure, and provide experiences to children in scientifically proven ways. 


We invite interested parents of young children wanting to join Wheaton Montessori School to schedule a tour to see how we support our students from preschool through high school freshman year in nuanced ways. Schedule your school tour by clicking this link and see our teachers serving as guides and how our children take responsibility and ownership during this learning process. 


Current families are invited to schedule their classroom observation by clicking the green buttons below. During your classroom visit, you will notice the guidance provided by our teachers as mentors and see the responsibility and drive displayed by our students during their learning process.


Adolescent Seminar Observation Ms. Searcy’s Upper Elementary Classroom Observation Mrs. Fortun’s Lower Elementary Classroom Observation Mrs. Mayhugh’s Lower Elementary Classroom Observation Mrs. Berdick’s Primary Classroom Observation Ms. Carr’s Primary Classroom Observation Ms. Chiste’s Primary Classroom Observation Mrs. Rogers’s Primary Classroom Observation
How Geometry Got Its Name
By Rebecca Lingo February 2, 2026
In Wheaton Montessori School classrooms, we like to introduce big ideas with big stories. We offer children a sense of wonder first, sort of like an imaginative doorway, so that when they later study formulas, theorems, and proofs, they already feel connected to the human story behind them. One of these stories is The Story of How Geometry Got Its Name, an introduction to a subject that is far older than the textbooks and protractors we encounter today. In Montessori, Geometry is more than about shapes. It is about human beings solving real problems in the real world. A Problem as Old as Civilization To reintroduce geometry, we time-travel back around 5,000 years to the ancient civilization of Egypt. This was a land shaped by the Nile River, the longest river in the world. Each year, the Nile flooded its banks as snowmelt poured down from the mountains far to the south. The Egyptians depended on this yearly flood as it left behind rich, dark silt that nourished their crops and made life possible in an otherwise harsh desert. But the flood created a challenge, too. It washed away the boundary markers that separated one farmer’s field from another. When the waters receded, no one could quite remember where their land began and ended. Arguments ensued. “This corner is mine!” And the fields needed to be measured and marked again. The First Geometers: The Rope Stretchers To solve this annual problem, the Egyptians relied on a special group of skilled workers called the Harpedonaptai, or Rope Stretchers. These were early land surveyors who used a knotted rope tied at regular intervals and three weights to create a very particular triangle. In our elementary classrooms, we invite a few children to hold a prepared rope at its large knots, forming that same triangle. As they stretch it out and lay it on the ground, many quickly recognize what the Egyptians had unknowingly created: a scalene right-angled triangle. This shape would later become central to the geometry studied by Greek mathematicians. The Harpedonaptai used this simple tool to re-establish field boundaries, set right angles, and make sure the land was measured accurately and fairly. Geometry, in its earliest form, served a deeply practical purpose. From Rope to Pyramid The Harpedonaptai’s expertise was valued far beyond the farmlands. They also helped lay out the foundations of temples, monuments, and even the Great Pyramid of Giza. The base of the Great Pyramid is a perfect square, which is an astonishing feat of measurement and design. The Pharaoh himself oversaw these measurements, but it was the Rope Stretchers who executed them. Their work represents one of humanity’s earliest recorded sciences: the careful measuring of the earth. How Geometry Got Its Name The name geometry reflects this ancient practice. It comes from two Greek words: gê — earth metron — measure Geometry literally means earth measurement. The Egyptians did not use the language of right angles, nor did they classify triangles as we do today. Their work was grounded in practical needs. They needed to solve problems, organize land, and create structures that would endure for thousands of years. Yet their discoveries influenced later thinkers like Pythagoras, who likely traveled to Egypt and learned from their methods. Over time, the simple knotted rope inspired a whole discipline devoted to understanding lines, angles, shapes, and the relationships between them. Why We Tell This Story in Montessori When Montessori children hear this story, something important happens. Geometry becomes more than a set of rules or vocabulary words. It becomes a human endeavor born from curiosity, necessity, and ingenuity. The heart of Montessori education at Wheaton Montessori School is to help children view knowledge not as isolated subjects, but as valuable gifts passed down from earlier generations. When children pick up a ruler, explore angles with a protractor, or classify triangles in the classroom, they are continuing a legacy that began with those early Rope Stretchers, the Harpedonaptai on the banks of the Nile. Through story, students feel connected to the people who shaped our world and to the problems that inspired great ideas. Geometry becomes meaningful, purposeful, and alive, from our preschoolers working with the Geometry Cabinet , to elementary students classifying and measuring angles or using hands-on Pythagorean Theory materials, and all the way through our adolescents. At the adolescent level, geometry moves fully into the real world. Students apply measurement, angles, area, scale, and spatial reasoning through meaningful work across campus, including: Measuring and mapping land for the campus’s Wetland Conservation Area, as well as calculating classroom square footage for recognition and accreditation applications Understanding and applying area, perimeter, scale, and proportion when working with acreage, restoration plans, and campus layouts Designing and situating functional structures such as chicken coops using geometric principles Applying angle classification, measurement, and spatial reasoning through woodworking Using geometry to cut, join, and build accurately, including raised beds, greenhouses, and beehive insulation boxes
Child reaching for an object,
By Rebecca Lingo January 26, 2026
Learn how the Montessori Absorbent Mind empowers young children to effortlessly absorb language, culture, and behavior, and how parents can nurture it.