21st Century Skills: Collaboration
One of the 21st century skills I believe has not
been well developed is collaboration, especially across subject areas. Subjects
are mostly taught in isolation, but they leave little room for
interdisciplinary skills. In my experience, students often would become
confused, surprised or have a look of disdain when teachers introduce other
subject skills into another subject. It seems like they are saying, “I didn’t
know you could do math in art” or if they disliked math, “Why do we have to do
math in art?”
In my previous school we did try to explore ways to help
students not to compartmentalize their learning and to see that many of the
skills they are learning are embedded in all subjects, and it is for a rounded
education experience necessary for life skills.
Technology can certainly help to facilitate collaboration as
we have seen. We have tools that can help in project planning, creative design,
online cross curricula resources that show the connections between various
subjects. All of which are available in the cloud.
However, there can be drawbacks to this concept.
Coordinating lessons across departments takes a lot of time. Assessment models
will need to incorporate rubrics for working together but also individual
input. Project work may need space, digital tools and materials that schools
may not have access to.
Tessellations
– Lesson Plan
Mathematics
(Geometry) & Visual Arts
Topic: Tessellations and Transformations
Learning Objectives
Define and
identify tessellations and the types of transformations involved (translation,
rotation, reflection).
Create a
tessellation using geometric transformations.
Analyze the
mathematical structure behind artistic patterns.
Steps
Show famous examples of tessellations, such as M.C. Escher’s artwork.
Discuss how math and art intersect in these patterns.
Define tessellation
and review transformations.
Show how
regular polygons (e.g., triangles, squares, hexagons) tessellate in nature.
Students
experiment with drawing basic tessellating shapes.
Add color and detail
to transform geometric patterns.
Have students
present or participate in a gallery walk to view other students’ designs.
Reflection
Questions
What is a
tessellation? Can you explain it in your own words?
What shapes did
you use to create your tessellation? Why did you choose them?
Was it easy or
difficult to make your shapes fit together without gaps or overlaps? Why?
What patterns
did you notice as you worked on your tessellation?
How do
tessellations relate to math and the real world? Can you think of any examples
you’ve seen?
Extension
Use digital
tools for digital designs.
Explore
cultural applications: Islamic art, tile mosaics, African patterns.
Extend into trigonometry
or coordinate geometry by having students calculate dimensions or use
coordinates for transformations.
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