10-Rep Learning ~ Teague's Tech Treks

Learning Technology & Tech Observations by Dr. Helen Teague

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The A in STEAM – Artisitic expression as a result of Imagination or Nature?

Note: This post is a supplemental resource from a recent professional development session for educators.


Does Artistic Expression Emanate from Imagination or Nature?

Paul Gauguin (1848-1903) was a French Post-Impressionist artist, sculptor, printmaker, ceramist, and writer. As a friend and colleague with fellow artist Vincent Van Gogh, in 1888 the two artists parted company after a conceptual argument that could not be resolved. Gauguin argued it was important in artistic expression to work from imagination, while Van Gogh maintained paintings should be based on nature.
Imagination versus realism remains a distinguishing topic of discussion today.

What is your opinion? Personally, would you tend to agree with Gauguin’s viewpoint or Van Gogh’s viewpoint? As an educator working with students does your view change on whether art is based on imagination or nature?
Have there been instances in your professional practice in which you have had conceptual disagreements with colleagues? 

In 1891, Gauguin and his wife, artist Mette-Sophie Gad moved from France to Tahiti. Among his works created in Tahiti was a three-paneled work of Symbolism called “Where Do We Come From? What Are We? Where Are We Going?” Painted during a period of poverty, obscurity, and intense grieving over the death of his daughter, Gauguin’s work asks questions that are universal.


Image Source: KazoArt

Gauguin’s work featured artistic experiments in Synesthesia. According to Wikipedia, “Synesthesia has historically referred to a wide variety of artists’ experiments that have explored the co-operation of the senses in the genres of visual music, music visualization, audiovisual art, abstract film, and intermedia.”

 

                                                                                        References

Bouye, L. (2021). Gauguin and Van Gogh, an explosive friendship. KAZoART. https://www.kazoart.com/blog/en/gauguin-and-van-gogh-an-explosive-friendship/#:~:text=But%20it%20was%20above%20all,should%20be%20based%20on%20nature

Synesthesia in art. (2022, August). In Wikipedia. https://en.wikipedia.org/wiki/Synesthesia_in_art

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Weekend Ed. (and STEAM) Quote ~ September 2

“I wanted the piece … to conjure up an intuitive awareness of the long movements of time required for the creation of a canyon. I also wanted in some way to pay homage to Native Americans, to whom this canyon was a sacred place. And I wanted to capture in music that magical moment which everyone experiences when they first see the flat, treeless High Plains fall dizzyingly away into the colorful vastness of the Palo Duro Canyon itself.” Composer Samuel Jones, Notes to Symphony No. 3 (“Palo Duro Canyon”).


YouTube Link: https://youtu.be/xiGNcHLEgKc

 


YouTube Link: https://youtu.be/h1j8UW1ySUs

 

Read more about the Palo Duro symphony by Samuel Jones: http://samueljones.net/works.html

 

 

 


#PBSReaders4Life

#GCUTEC544 #GCUTEC595 #GCUTEC516 #GCUTEC521
#CUNE607 #CUNE604, #CUNE605

 

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What is a group of deer called? Little STEAM videos for procedural tasks in the learning environment

STEAM infusions of photography slide shows and short movies can enhance procedural tasks and task completion in learning environments.

 

Some classroom tasks across the curriculum that benefit from STEAM video/slide show infusions:

~Opening Procedures – As students enter and assemble

~Retrieving supplies, passing papers, uploading files, proofreading, peer review of short papers

~Class activity transition

~Inseat, calm break

~Learning Center station rotation

~Closing procedures

 

What else should be added to this list? 

 

#STEAM

 

Oh, and a group of deer is called a rangale!

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STEAM Icebreakers, Deep Space and Tolkien!

Let’s look at a few Icebreaker connections from Math… J.R.R. Tolkien… Deep Space!

The most distant individual star ever seen has been spotted by the Hubble Space Telescope, NASA said Wednesday, March 30, 2022. The star is believed to be 12.9 billion light-years from Earth and about 50 times as massive as the sun. The new star, coded as WHL0137-LS, was found on March 30, 2022 using gravitational lensing of a galaxy cluster.

In a wonderful STEAM connection, Dr. Brian Welch, lead researcher of the team of astrophysicists and astronomers at Johns Hopkins University in Baltimore gave WHL0137-LS the star name, “Earendel.” (Remember our Tolkien Reading Day Icebreaker from March 25? )

The star’s name, Earendel, is inspired by J.R. R. Tolkien’s fantasy writing!
In Tolkien’s book, “The Lord of the Rings,” Eärendil is the name of a character, ahalf-elf mariner who travels the seas carrying a jewel, or “Silmaril,” called the morning star. This star “has the wonderful name of Earendel, and that’s actually from Tolkien,” NASA astronomer Michelle Thaller explained. “It means the dawn star, and it’s an Old English word. It’s lovely. And this is a star, literally, from the dawn of time, the dawn of stars forming. This is the first star, the farthest star we’ve ever seen, and I think Earendel is a beautiful name for it,” Thaller said.

Now, it’s your turn! What Icebreaker questions would you create? Consider the “7 Pieces of Art Inspired by the Night Sky” website and/or numerical data.

Artwork Resource: Show students some artwork from digital sources:

7 Pieces of Art Inspired by the Night Sky: https://www.darksky.org/7-pieces-of-art-inspired-by-the-night-sky/

From Space.com: https://www.space.com/hubble-most-distant-star-tolkien-name-earendil

Super short movie from the Wall Street Journal – https://www-wsj-com.cdn.ampproject.org/c/s/www.wsj.com/amp/articles/hubble-space-telescope-spots-most-distant-star-ever-seen-11648655351

From NetAtlas: https://newatlas.com/space/earendel-most-distant-star-hubble/

Here is some of the numeric data for the star, Earendel that would make great class Icebreakers!

  • 12.9 billion light-years from Earth – how many miles is this? (for an approximate result, multiply the length value by 5.879e+12). See more https://www.calculateme.com/astronomy/light-years/to-miles/
  • 1000 times brighter than our Sun.
  • 50 times the mass of the Sun
  • 2nd brightest star is Icarus, 9 billion light years away

 

 

#STEAM

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EDP Cycle – Crowdsourcing the Beta Test!

The EDP Cycle remains relevant! There is one phase of the grade 5-12 EDP cycle that every classroom participant can relate to, whether student or teacher, and that is “Build a model or Prototype.” In the K-4 EDP Cycle, this component is labeled “Evaluate.”

EDP 5-12 model EDP K-4

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The “Build a Model or Prototype/Evaluate phase is continuously being applied in business using the word Beta test. Here is an example from current business news that fits with all of the snow of the Winter season. 

The Snowbot is a square robot that shovels snow! Here it is in action! 

https://youtu.be/rOnQM6gnYO8 


‘https://youtu.be/8W6yC-u-8_A

Currently in development and Beta text by the company – https://www.thesnowbot.com/pages/become-a-beta-tester

STEM/STEAM Application:
Have you ever participated in a Beta test?  It might be a fun class activity to show the Snowbot videos to Students who would serve in the role of Focus Group participants! What do you think about this and/or what other EDP applications come to mind when viewing the Snowbot videos?

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Weekend Ed. Quote ~ October 1, 2021

On the importance of connecting STEAM units to thinking inside the box…

The Arts 2

“In working with such a variety of schools, teachers, and students, as well as buildings, schedules, and budgets, the common and most important element in every situation was the dedication and determination of the staff to make STEAM succeed. This is where thinking inside the box was very useful. Teachers always have limitations with regard to, well, everything: budgets, schedules, space, and so on. STEAM not only encourages but also thrives on big ideas. By having to work inside the box, teachers developed incredibly creative solutions to most problems. In spite of the greatly varying accessobility to resources and staff time limitations, all schools were very successful in implementing STEAM.” ~David Sousa and Tom Pilecki, From STEM to STEAM: Brain Compatible Strategies and Lessons That Integrate the Arts, page 63.

 

References

Sousa, D. & Pilecki, T. (2018). From STEM to STEAM: Brain Compatible Strategies and Lessons That Integrate the Arts. Corwin Press, p. 63.

 

 

 


 

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Weekend Ed. Quotes ~ September 24, 2021

On the importance of connecting innovation with creativity…

The Arts 2

“All innovation begins with creative ideas. Successful implementation of new programs, new product introductions, or new services depends on a person or a team having a good idea-and developing that idea beyond its initial state.”
~Amabile, Conti, Coon, Lazenby, & Herron, 1996, p. 1154.

In 1999, researchers Sternberg and O’Hara provided the pioneering framework of five possible relationships between creativity and intelligence:

  1. Creativity is a type of intelligence

  2. Intelligence is a type of creativity

  3. Creativity and intelligence are overlapping constructs (they have some traits in common)

  4. Creativity and intelligence are part of the same construct (they’re basically the same thing)

  5. Creativity and intelligence are distinct constructs (there is no relationship between them)

 

Here is a blog post (non-peer-reviewed) on creativity with some engaging design features and easy readability: What is creativity? The ultimate guide to understanding today’s most important ability by Kelly Morr at this link: https://99designs.com/blog/creative-thinking/what-is-creativity/ 

 


References

Amabile, T. M., Conti, R., Coon, H., Lazenby, J., & Herron, M. (1996). Assessing the work environment for creativity. Academy of
management journal, 39(5),
p. 1154-1184. http://people.wku.edu/richard.miller/amabile.pdf 

Morr, K. (2018). What is creativity? The ultimate guide to understanding today’s most important ability. 99 Designs.  https://99designs.com/blog/creative-thinking/what-is-creativity/

Sternberg, R. J., & O’Hara, L. A. (1999). Creativity and intelligence.

 

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Weekend Ed. Quote ~ September 17

Week 3: Thursday Thoughts ~ Quotes from Educators about STEAM Ideas! 

On the importance of epistemological pluralism in students’ representational artifacts of learning…

The Arts 2

 

“Making room for students’ cultural practices in standard education to important dilemmas for educators: How do they balance their students’ freedom and creative expression with academic constraints such as testing?  Researchers (Archer, et al., 2015) are studying the ways that students bring their knowledge, aptitude, skills, and experiences, or capital, into learning settings. For students from groups underrepresented in STEAM, the gap between knowledge and skills is wider than with other groups (Allina 2018). This is a problem that educators are working to solve through culturally relevant teaching and with tools and methods that connect students to where they come from in order to develop more effective ways to support their engagement in STEAM” (Gaskins, 2021, p. 4).

 


References

Allina, B. (2018). The development of STEAM educational policy to promote student creativity and social empowerment. Arts EducationPolicy Review, 119(2), 77-87.

Archer, L., Dawson, E., DeWitt, J., Seakins, A., & Wong, B. (2015). “Science capital”: A conceptual, methodological, and empirical argument for extending bourdieusian notions of capital beyond the arts. Journal of research in science teaching, 52(7), 922-948.

Gaskins, N. R. (2021). Techno-Vernacular Creativity and Innovation: Culturally Relevant Making Inside and Outside of the Classroom.
MIT Press, p.  7.

Turkle, S., & Papert, S. (1992). Epistemological pluralism and the revaluation of the concrete. Journal of Mathematical Behavior, 11(1),3-33.

 

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Best Field Trip Since 1969!

The Best Field Trip Since 1969!

On this day, 52 years ago, Neil Armstrong (1930-2012) and Buzz Aldrin (born 1930) landed on the Moon in the greatest engineering accomplishment of the 20th century!

Today, just outside dusty Van Horn, Texas a small team of private citizens blasted off in the Blue Origin rocket called the Alan Shepard. The rocket was named after Alan Shepard (1923-1998), the astronaut who, in 1961 became the first American and the second man to travel into space. Ten years later, Shepard also walked on the Moon.

 

New Shepard Blue Origin Crew

Field Trips or Field Excursions have been a foundational component of educational and instructional practice . Two notable Critical Thinkers, Friedrich Froebel and John Dewey encouraged educational excursions (Woods, 1937). The Existentialist Henry David Thoreau and his brother John are considered to be the first teaching pair to include field excursions in their Concord curriculum circa 1839 (Lunsford, 2019).

 

The Blue Origin private citizens Jeff Bezos, Mercury 13 aviator Wally Funk, Mark Bezos, and Oliver Daemen became astronauts when they took an 11-minute field trip, including 3 minutes of weightlessness in the first Field Trip 66.5 miles (351, 210 feet) above Earth!

What are your thoughts on today’s flight?


Read More Here: https://www.space.com/blue-origin-jeff-bezos-first-astroanut-launch-crew

Taking a Field Trip from PBS Learning Media: https://www.pbs.org/opb/historydetectives/educators/technique-guide/taking-a-field-trip/  (Links to an external site.)Oregon Public Broadcasting,   (Links to an external site.)2014.

 

References

Lunsford, M. (2019).  Lunsford Column: The Real Value of Field Trips. Indiana News and Tribune.  https://www.newsandtribune.com/opinion/lunsford-column-the-real-value-of-field-trips/article_e4b9c688-2b37-11ea-a88c-e38452f95e29.html  (Links to an external site.)

Woods, H. (1937). A study of the origin and development of the educational excursion and field trip. https://ir.uiowa.edu/cgi/viewcontent.cgi?article=4940&context=etd/  (Links to an external site.)

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Nerd Research Minute: #STEAM up Reading with Drawing

Summarizing with Drawings: A Reading-Comprehension Strategy
by Janine Elliott
Science Scope, v30 n5 p23-27 Jan 2007

Available from NTSA: National Science Teaching Association

 

Description: When teachers ask their students to read something in class, they often encounter students who just wait for everyone else to finish reading before they do. These type of students are the ones most likely to dislike reading and they are just content to wait it out. Teachers may counteract this by requiring students to answer questions in writing or by requiring them to skim the reading until they find the answers. In this article, the author shares a strategy she developed to motivate students and engage them in the reading process. Her strategy requires students to read an article and then draw pictures that summarize the main ideas of what they had read. (Contains 6 figures and 6 resources.)
“When students summarize by drawing they must form a visual representation of the information they’re trying to convey. This provides an opportunity for students to elaborate and encode the information in a personally meaningful way. In addition, drawing after reading encourages students to reflect on what they have read and allows time to process the information. In some cases, I found that students admitted reading more carefully when they knew they would have to draw. In essence, they paid more attention to what they were reading in order to be able to do the drawing activity afterward. Finally, drawing can be used as a motivational tool. My students generally found it enjoyable, partly because they felt it took less effort than having to complete a written summary.” ~Janine Elliott
A motivational strategy for students acknowledging that there is a personal value (drawing) attached to the task of reading. Elliott scientifically tested her strategy in class and describes the breakdown of specific data in this short article.  
Reference
Elliott, J. (2007). Summarizing with Drawings: A Reading-Comprehension Strategy. Science Scope30(5), 23-27.
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