What's included
4 live meetings
3 in-class hoursClass Experience
This class is designed as a flexible, intensive class for 9-12 year olds. We will use the online course from the Fractal Foundation to see that fractals are SMART: Science, Math and Art. The materials are designed at a high school level, but are highly adaptable and interactive. We will go through this material together, at a pace adapted to the group. Everyone will learn! We will meet live at least once a week, but have the option of several times to accommodate learners from different time zones, and may organize extra “field trip” times to try doing sound walks at the same time in different places. Each student will keep two notebooks, one “real” notebook made of durable paper that can be taken outside, and one “virtual” notebook, on an IPod, smartphone or tablet with a protective cover to allow them to be taken outside to make recordings and take photos or videos. The iNaturalist app will allow students to participate in Citizen Science documenting the species they encounter with their virtual notebook. Each learner will then record their observations in whatever way most suits them. Examples might be: drawings, words, numbers, collections of leaves, images, or sound recordings. Each week, everyone will share a fractal they found with the group, and post it to the classroom. The postings can be as simple as a description in words, or a picture of a notebook sketch, or as elaborate as a video of a song, or a bat recording. As a group, we will explore how things we observe connect to the processes that created them, whether they are in our home communities, on the internet, in books, or however we might find out about them. We will reserve a time slot on Wednesdays for Workshops. This will be a companion Ongoing class that will meet at the beginning and end of the class, and anytime a class member proposes in between. I will encourage students to propose ateliers they will present to the others… these can be on any topic, from crafts to sharing a video they found that has fractals in it. I will also encourage all the students to attend the workshops led by their peers! During the class, we will also be making and documenting our own fractals in a variety of ways. Learners should have paper, scissors, markers, tape, and glue-sticks to participate, along with their notebooks. Optional supplies like ice, food colouring, microscopes, large clear glass jars, tinfoil, or other specialty items (e.g. Mentos and Diet Coke, eggs) will allow learners to actively do the experiments I will demonstrate.
Learning Goals
Science
Citizen Science
Inquiry-based approach
How observations of patterns leads to insight about the processes that formed them
Learning about how scales interact and connect
Understanding how to critically evaluate data
Using computers to make models of observations (computer programming)
Math
Scaling- using the 1 meter circle around each learner for reference, we will think about how many orders of magnitude each observation is away from this scale (10^-10 for atoms to 10^10 m for Pluto’s orbit around the sun)
Equations- what are they, and how to use them
Difference between arithmetic and math
Patterns in numbers (number series, perfect squares, data time series)
Reading and Constructing Graphs, Tables, Charts, and Diagrams
Art
How art connects to observation
Using art to understand patterns
Communicating through art
Other Details
Parental Guidance
I will be encouraging students to get involved in Citizen Science projects, and to actively participate in forming their own list of species observations on iNaturalist during the class.
Supply List
During the class, we will also be making and documenting our own fractals in a variety of ways. Learners should have paper, scissors, markers, tape, and glue-sticks to participate, along with their 2 notebooks. Optional supplies like ice, food colouring, microscopes, large clear glass jars, tinfoil, or other specialty items (e.g. Mentos and Diet Coke, eggs) will allow learners to actively do the experiments I will demonstrate.
External Resources
In addition to the Outschool classroom, this class uses:
Teacher expertise and credentials
Doctoral Degree in Science from Cornell University
I am an Oceangrapher-Mom who switched to soundscape ecology when my kids were young and we moved to Montreal. My kids and I started recording with a hydrophone in the lake and a recorder on a floating dock at the University of Montreal's Biological research station, and kept on listening in our backyard and the roof of their school. I have worked with marine biologists, fishermen, fisheries managers, ship captains, environmentalists, and all sorts of oceanographers (physical, chemical, biological, geological). As a team, we have looked at how plankton dynamics are affected by ocean currents, how fisheries respond to climactic changes in circulation, and how whales and dolphins respond to our research efforts in their homes. I am teaching these classes because the world needs citizen scientists who can think critically about how our world is changing, and find new ways to communicate, innovate, and compensate.
Reviews
Live Group Class
$75
for 4 classes1x per week, 4 weeks
45 min
Completed by 18 learners
Live video meetings
Ages: 9-12
3-9 learners per class