Also posted on Medium, June 22, 2017.
During my experience as a museum educator, I have taught history lessons at mainly historic sites. As I move forward in my career, I have started to learn more about STEM when I began working with the Maritime Explorium where they not only discuss maritime history but also include hands-on activities related to Science, Technology, Engineering, and Mathematics. These hands-on activities are part of the Maritime Explorium’s Maker Space for children and adults can participate in with their children. For those not already aware, Maker Space is an example of the maker movement that, according to the Institute of Museum and Library Services (IMLS), puts the emphasis on learning by doing that is informal, self-directed, iterative, and collaborative. Museums can benefit from having a space dedicated to hands-on learning because it not only encourages children to be active and entertained but it also provides them learning opportunities. In the museums I have worked for, there have been spaces created as a temporary maker space and as a permanent maker space. Also, the museums I have worked for provide lessons that incorporate STEM techniques with the history lessons taught to school programs.
The Stanley-Whitman House in Farmington, Connecticut has two rooms that are part of the addition later added to the historic house when it opened as a museum. One of the rooms is a multi-use room that is converted for various purposes such as gallery space, meetings, lectures and symposiums, school programs, and most relevant to this entry is a space for family fun programming. Family programs include a Thanksgiving program where kids and their family members learn to create holiday related crafts while participating in activities that educated them about the holiday and the history of Farmington.
In the second room at the Stanley-Whitman House, there is a recreated colonial kitchen that is used for public programs and for kids participating in school programs. During the school programs, the kids would learn how to follow recipes such as apple pies and Irish-style mashed potatoes. The kids learned these recipes by going step by step with each ingredient and place the measured ingredients in the bowl to be stirred together. After combining the ingredients, the kids would learn how the mixed ingredients were cooked over the hearth. By showing the kids how food is cooked over a hearth, they understand how long it takes to cook over the fire. Also, teaching the kids about cooking over a hearth not only shows what it was like to cook in the eighteenth century but it shows the chemical reaction of how the mixed ingredients create something new.
Noah Webster House also has rooms added to the historic house when it became a museum. The museum includes two rooms that re-creates what life was like in 18th century West Hartford; the first room is a small room that re-creates the one-room school house that kids attended some of the time, and the second room is a re-created colonial kitchen. In the one-room school house, students can reenact school in the eighteenth century by giving them similar lessons of reading, writing, and arithmetic and explaining the rules of what the schoolmaster/mistress expected in their one-room schoolhouse.
Inside the re-created colonial kitchen, students visiting the museum can learn how to cook inside a colonial kitchen by following the recipes, or receipts as they were called back then. Some of the recipes they created include flatjacks, vegetable stew, and Sunday Night wafers. Students follow each recipe by reading the ingredients and following the directions. Also, they learned about measuring using cups and spoons since measuring cups and spoons did not exist in the eighteenth century; the kids learned how to measure the ingredients without referring to the guidelines found on measuring cups today. Like at the Stanley-Whitman House, the lessons taught in Noah Webster House’s re-created colonial kitchen showed examples of chemical reactions to create food consumed during the eighteenth century and recreated for kids to try the food people in eighteenth century West Hartford (or West Division as it was known then). Today, I teach programs and activities that emphasized on STEM and constructivism at the Maritime Explorium in Port Jefferson, New York.
Maritime Explorium has a space where children of various ages can interact with hands-on activities educating them on STEM lessons. For instance, there are a couple of stations where kids play and learn about balance. One example of an activity that taught balance was a small boat (strings are attached from the mast, located in the middle of the boat, to the boat) where kids can place different small items onto the boat. The second example of a balance activity is a small table with a large circle, and the object of the activity was to put blocks on the circle to make it balanced; this activity is also supposed to resemble a town since the circle had roads and grass painted on and the blocks represented town buildings. Other activities in Maritime Explorium focus on building, measuring, and sending messages with pullies; while some activities remained the same, there are activities that continually change to provide different experiences for children. These activities were conducted in the Maritime Explorium’s maker space which puts emphasis creating projects that encourages them to find multiple ways to make the same projects. The lessons were taught using constructivism, or constructivist theory.
Constructivism comes from the idea that people learning can construct knowledge for themselves. Maritime Explorium believes that by asking the kids questions about what they are working on, the kids can discover for themselves the importance of science and technology through the projects they worked on and understand there are several ways to get to the results they want to achieve the activities’ objectives. I look forward to learning more and more about different activities, and being able to translate what I have learned to the visitors.
I will continue to learn more about maker space by doing research on the subject. For instance, I began reading The Big Book of Maker Space Projects by Colleen Graves and Aaron Graves. Colleen Graves is a teacher librarian who earned many awards including the School Library Journal/Scholastic School Librarian of the Year Co-Finalist Award in 2014, and is an active speaker and presenter on makerspaces and the maker movement on a national level. Aaron Graves is a school librarian with 18 years of experience in education, and is also an active speaker on makerspaces, libraries, and research skills. This book was written as a handbook that not only gives guidelines for projects introduced in the book but it also encourages the reader to create their own projects. By using different resources and gaining more experience in the maker space, I will be able to continue to develop my skills as a museum educator.
Does your institution teach lessons using STEM? What are your experiences in teaching using STEM? Share your experiences teaching STEM.