My showcase highlights examples of work I created in my Master of Arts in Education (MAED) program through Michigan State University. One of my goals when I embarked on this journey was to gain knowledge and experience with the use of technology within the context of my classroom. As the journey continued, I found myself also drawn to the various ways that creativity could be incorporated into my teaching to enhance my students' learning.
The examples I have included are centered on three themes:
You may click on the image next to its description to view it in a larger format.
Traditionally, the chemical elements of the Periodic Table are typically presented by their physical (e.g. color, malleability, ductility, luster, etc.) and chemical properties (e.g. subatomic structure). I decided to explore a different way in which my students could experience a chemical element and creatively express their perceptions. For this project, I chose express my interaction with the element bismuth in the form of a poem.
Modeling & Dimensional Thinking Activity
The process of modeling an object, concept or idea represents it in a way that shows a new understanding or point-of-view. As part of an instructional unit for my chemistry course, I created this short video representation of the arrangement of the first ten elements within the periodic table from the perspective of their individual atomic radii. The most challenging part of this project was in coming up with a way to animate each atom, which I achieved by "flipping" the atom's image.
Reflection on Learning & Design
As defined by the Stanford d.school, the design process involves several steps: empathize, define, ideate, prototype, and test. These steps apply not only in creating products for consumers, but they equally apply to the creative process of learning. In the attached document, I reflected on how I applied these steps to solve a real-life problem: how to repair a damaged section of my privacy fence and create an access gate!
I used a variety of technological tools to create a short video for my French I students to inform them of the events leading up to the Invasion of Normandy in World War II and to highlight historical sites related to the D-Day Invasion. The images used were from historical resources and pictures I took during a visit to Normandy in 2014. After arranging the images in Powerpoint slides, I exported them to iMovie, adjusting the length of time each one was displayed based on the script I had written. I added sound effects from GarageBand, such as Morse code and the sound of waves, to generate a feeling of "being there" for the viewer.
In this project, I tried my hand at creating a game-based formative assessment that could be used in the context of my Introductory Physics class. Structured as a Twine-based adventure game, students are required to draw upon their knowledge of the four forces of flight - lift, thrust, weight, and drag - to successfully pilot a pizza delivery drone from the restaurant to the customer. At each point of the game, the student is presented with several options on how to proceed. If an incorrect option is selected, the player is provided with a hint to re-direct his/her thinking.
In this blog entry, I began by examining "Assistive Technology" - what it is, and how it can be used in the classroom to make learning and participation more accessible to students of all abilities and ages. In the second part of the blog I reviewed four examples of Assistive Technology, their affordances and possible uses for the courses I have taught (e.g. high school science and French).
Over the past year, I have been exploring hybrid or blended learning and how to create a hybrid course for high school science students. For my ninth grade Introductory Physics hybrid course project, I created a short video in Screencastify to introduce myself to students taking a course, to explain to them various aspects of the course, and how to navigate within the Google Classroom.
I incorporated aspects of radio science and my hobby in Amateur Radio to create this instructional unit for my ninth grade Introductory Physics course. The lessons and activities are examples of phenomenon-based investigation as outlined by the Framework of Ambitious Science Teaching and are aligned to the Next Generation Science Standards relating to waves.
References:
Design Thinking Bootleg. (n.d.). Retrieved from https://dschool.stanford.edu/resources/design-thin king-bootleg
Hybrid learning. (n.d.) Collins English Dictionary – Complete and Unabridged, 12th Edition 2014. (1991, 1994, 1998, 2000, 2003, 2006, 2007, 2009, 2011, 2014). Retrieved November 26 2018 from https://www.thefreedictionary.com/Hybrid+learning
Image Credits:
Crystal of bismuth image retrieved from https://www.onlinesciencemall.com/products/bismuth-crystal-75-1-25-inch-w-info-card?variant=27348731270
Design Thinking image retrieved from https://static1.squarespace.com/static/57c6b796296 87fde090a0fdd/t/5b19b2f2aa4a99e99b26b6bb/152841087 6119/dschool_bootleg_deck_2018_final_sm (2).pdf
Electromagnetic spectrum image retrieved from http://planetfacts.org/radio-waves/
Pizza Delivery Drone Image retrieved from https://mikeshouts.com/dominos-dru-drone-made-firs t-delivery/
"What is Assistive Technology?" image retrieved from https://www.carnegielibrary.org/assistive-technology-at-your-library/