My Learning Reflection

Which learning theories most inform your practice?

It’s a question more difficult to answer than you’d initially imagine.

Learning theories can be defined as “ideas about how human learning occurs, which factors influence it, and how learning principles apply in various educational
contexts” (Schunk, 2).

If we think of the learning theories of cognitivism, behaviorism, and the situative perspective as the three archetypes for many of the learning theories that are relevant today, it is impossible to miss the connections. That being the case, there is value in clearly understanding some fundamental learning theories when attempting to define one’s own pedagogical beliefs.

For the purpose of clarity, let’s define each of these learning theories:

  • Cognitivism: A learning theory that views learning as “an active mental process of acquiring, remembering, and using knowledge” (Woolfolk, 248). Cognitivism asserts that all learning takes place inside the mind of the learner and is not outwardly visible.
  • Behaviorism: A learning theory that views learning as a change in behavior & emphasizes the effects of external events on the individual with positive & negative reinforcement (rewards and punishments).
  • Situative Perspective: A learning theory that emphasizes learning as directly connected to real life situations, in specific contexts–A social learning experience.

Which learning theories most influence my pedagogical practices?

Back to deciding which learning theories best align with me as an educator, I found myself turning to constructivism. Constructivism is a learning theory that asserts that learners form much of what they learn. Learning should be an active process with learners actively engaged and involved in the process (Schunk, 230-231). Although constructivism is somewhat birthed from earlier cognitivist theory, cognitivism alone doesn’t quite capture the complexity of learning and individual learners which is why I find constructivism more appealing.

While reflecting on the learning theories that inform my teaching, I realized my approach to teaching and learning consisted of three basic pillars: Student choice, technology, and student inquiry.

How do I embrace constructivism and its relative component parts (student choice, technology, and student inquiry) in my classroom?

I believe these three components are most obviously on display during our 20time projects. The 20time projects, otherwise known as Genius Hour or Passion Projects, was a concept I explored in an earlier blog post which can be viewed at this link. However, taking 20time from theory to practice proved challenging, but was ultimately rewarding for many of the students who really pushed themselves technologically, creatively, and otherwise.

The image below is an example of a packet (found on Teachers Pay Teachers) I gave to students to guide them through their Genius Hour projects. Scan through the images to see each page of the assignment handout. Hopefully this, in addition to my earlier blog post, will present a clear idea of what Genius Hour (Passion Projects, 20Time, and etc.) is really about.

 

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The middle school students had about a ten week period in which they were challenged to learn something new and blog about it. Students had the choice of using WordPress, Weebly, or Blogger to create their blog. Some students ended up pivoting and basically just creating a blog/website related to their initial project idea (see Fortnite example).

Linked below are various examples of student work from this past year:

This project also encouraged students to practice their computational thinking skills. Not only with the simple drag and drop sites like Weebly, but multiple students challenged themselves and learned how to use WordPress, how to embed photos and videos, and many students filmed their own tutorials or video blogs to upload to their sites. It was impressive, if chaotic, to see so many students learning and practicing a variety of skills on their own schedule. Many students were proud and excited to share their work and skills with their peers.


Ultimately, I decided to create a visual to represent my reflections on teaching and learning at this point in my career as a middle school English teacher. Below, you will find a clickable image detailing my mediations on my teaching and learning practices. 

This is a visual representing my reflections on teaching and learning.


References

Lynch, M. (2016, October 15). The Dark Side of Educational Technology. Retrieved July 25, 2018, from https://www.theedadvocate.org/dark-side-educational-technology/
Schunk, D. H. (2016). Learning theories: An educational perspective. Boston: Pearson.
Woolfolk, A. (2017). Educational psychology. Boston: Pearson.

Rethinking Infographics… and TPACK

Throughout the past few weeks, I have learned some new technologies that I would like to incorporate in my classroom this year. These would take the place of other programs I am already using in my classroom. One specific technology resource I would like to use is Piktochart.com to take the place of Canva.com when students create infographics.

I wrote an entire blog detailing an assessment where my students create infographics using Canva, which you can view in an earlier post if you’re curious about infographics in the classroom more generally.


Why Use Piktochart Instead of Canva when Students Create Infographics?

One specific online resource I would like to use this year is Piktochart, in place of Canva for students to create infographics. 

  • Better user experience(UX): Piktochart is a website where you are able to easily create infographics. For starters, Piktochart is significantly more user-friendly than Canva, and I anticipate this to be even more true for students in my 7th grade ELA classroom. The entire design of the website is smoother and easier to navigate. Not only is it easier to navigate, but it is easier to work within and edit your infographic compared to Canva.
  • Free icons and images: More icons/illustrations available for free to insert in infographics. Not only are they free, but connecting back to the UX of Piktochart, it is a lot easier to search and filter results when looking for icons and images to insert in your infographic.
  • Help and tutorials: Piktochart offers straightforward help and guides as you begin to use its various features for the first time.
  • The size of infographics & editing ease: The infographics available on Piktochart are larger and offer more opportunities for users to visualize their message through photos, writing, data visualization (graphs), illustrations, etc. Piktochart also allows users to easily add and remove entire sections to an infographic without messing up other portions. This comes in handy so users don’t have to copy & paste a bunch of different portions or start over entirely.

Constraints of Piktochart

  • A limited amount of infographics users have access to free of charge.
    • Piktochart has 12 infographic layouts available for free of charge to users, whereas Canva must have over 50 different designs for free, plus dozens more for premium (paying) users.
  • Infographics are all large in size.
    • Although having a large infographic can come in handy for bigger projects, sometimes having the options of pre-made, simpler infographics is beneficial for the users who don’t want to spend time editing down a more complicated infographic.
  • Limited use: Piktochart is essentially only useful for making infographics, with some additional options for posters, flyers, and presentations. Even these options are limited.

When and Why Would I Still Use Canva?

Gender Roles in the 1930's (4)

The first infographic I made using Canva.

  • More options/uses: Even with a free account on Canva, it simply offers an incomparable amount of graphic design templates available to use for a variety of reasons, as I mentioned above. You do not need to be a paying, premium member to access most of the designs for any category.
    • Canva is essentially a broader graphic design website with templates available for projects beyond infographics including invitations, book covers, menus, resumes, CD covers, flyers, and more.  
  • Student Choice: This is beneficial for student choice and differentiation in projects and assignments.
    • Personal book projects come to mind, for me. Each marking period, students must complete an assessment related to their personal reading book. If students are given the option to use Canva they could create an alternate book cover, an album cover with track listings to accompany their novel, or even a flyer advertising their book.

 

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Reflection: Best Practice & TPACK

TPACK refers to a pedagogical framework I have previously explored in a blog post. Basically, it refers to the relationship between technology, pedagogy, and content knowledge all working together in classroom activities and objectives. 

TPACK-new

Basic visualization of the TPACK Model. Reproduced by permission of the publisher, © 2012 by tpack.org.

As explained at TPACK.org, TPACK focuses on the way three important types of knowledge interplay with each other in our classrooms: Technology knowledge, pedagogical knowledge, and content area knowledge, but taking that a step further with a focus on technology: Pedagogical Content Knowledge (PCK), Technological Content Knowledge (TCK), Technological Pedagogical Knowledge (TPK), and Technological Pedagogical Content Knowledge (TPACK) (Koehler, 2012).

How can we be sure that we successfully deliver the type of necessary, 21st-century instruction that lies at the center of the intersection of these three types of knowledge?

 

wicked-problems_23795688_28e127ef9d03026b777b7568f08bce7bdb4817b1

The first infographic I made using Piktochart.

As described by Matt Koehler at TPACK’s blog, “Effective technology integration for pedagogy around specific subject matter requires developing sensitivity to the dynamic, transactional relationship between these components of knowledge situated in unique contexts” (2012).  Considering how the components of TPACK work, and that “sweet spot” at the intersection of its components, I now see that I should alter how I use technology, with my specific ELA research goals in mind, to complete my objectives with productive and meaningful instruction.

I believe by trying Piktochart for myself was eye-opening for me when reflecting on on previous instruction of this type of knowledge building in my classroom. I recently used Piktochart to create an infographic for a project, after a colleague suggested I try to use it over other infographic sites.  It was essentially an instance of experiential learning on my end–relating to my technological pedagogical knowledge in particular. I am now able to address my use of technology more critically, at least in this specific instance, and alter my past practices with TPACK in mind.

 

 

 


Resources:

Koehler, M. (2012, September 24). TPACK Explained [Web log post]. Retrieved from http://tpack.org/.

All images belong to Guadalupe Bryan unless otherwise stated.

A Breath of Fresh Air: Reimagining Learning Spaces

Redesign your classroom with no limitations, cost or otherwise.

Doesn’t that sound like a dream come true?

Well, in a way, that dream came true for me this week. I used the 3D design resource, SketchUp, to create the classroom of my dreams without any limitations–Minus my own 3D designing limitations, that is…


To design any space is a challenge, especially when using new technology and using a visualization form that is unfamiliar, like 3D design. To be honest, I grew quite frustrated with SketchUp, both the web based version and downloadable version. The web-based version kept crashing, but I was not able to upload my working design to the program I downloaded to my MacBook. I honestly had the thought, why not just use Sims?! Alas, I persevered. Below, you can see images of the classroom I created using SketchUp.

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Before I began, I looked at some resources from the educational design consultancy, The Third Teacher + (TTT),  including TTT Ideas Flash Cards. These flashcards provide a wealth of information regarding design in schools. The flashcards provide a lot of aspects of education to reflect on when designing a learning space. Some of the points the flash cards make center on learning styles, resources (including people) within a building, student voice and choice, accessibility, play, and more.

Before beginning designing, I also considered looking into a couple other aspects of learning spaces that I was curious about including how color affects learning and the benefits of green spaces, like outdoor classrooms.

What I learned did inform my decision making in a couple ways. For wall colors, I learned that accent colors are a good choice in addition to the colors of blue, green, and white/neutral tones. I decided to include a blue accent wall in my classroom because blues promote a sense of well-being, which sounds like a welcome feeling for any seventh-grade classroom (Kaplan, 2017).


Outdoor Classrooms: A Dream Within Reach

Additionally, the idea of an outdoor classroom has been attractive to me since attending a talk, “Voice, Choice, & Airplanes” by educators Katie Bielecki and Kristin Hundt, which I previously mentioned in my post about Genius Hour. In their talk, they described an outdoor classroom. Before this day, I had never even heard of an outdoor classroom. I was immediately interested for a few reasons. The environment is extremely important to me; I am the coordinator of our school’s environmental club and am the main caretaker of our school garden.

For much of the year, I have two large grow labs set up in my class where we grow dozens of plants to ultimately make their way to our garden. The students are always excited to help with the grow lab, and they are always excited to help with the garden. I also am a big proponent of getting students outdoors, whether to simply read, free write, go on a poetry walk,  or anything else that can get us outdoors.

To reflect further, I sought advice from the only people I knew with relative experience regarding outdoor classrooms– Katie Bielecki and Kristin Hundt, via Twitter. Below you can see some of their insights. Not only was this inspiring, but the entire process of pursuing an outdoor classroom become entirely doable, which gets me excited for what I may be able to realistically accomplish in my own educational setting.

Screenshot 2017-08-13 at 7.13.50 PM

My initial question about outdoor classrooms.

Screenshot 2017-08-13 at 7.15.10 PM

The awesome and inspiring insight I was offered!


The Benefits of Getting Students Outside

In doing some research about the benefits of getting kids outdoors, or even of simply having plants in classrooms, many positive effects become clear. A really useful resource to examine the benefits of the outdoors on students, generally speaking, came from an article published by the National Wildlife Federation called “Back to School: Back Outside!” (2010). A simple, but a powerful passage from the study explains, “… the larger the number of environmental variables we expose children to, the more inventiveness and creativity we will observe… The outdoors offer significant learning variables and benefits that will help our children… and society to have an intelligent workforce” (National Wildlife Federation, p. 11, 2010). Some of the more specific benefits of exposure to nature include:

  • Increased concentration, including for students with attention deficit disorders
  • Decreased stress and anxiety
  • Helps move average or underperforming students to become higher-performer learners
  • Various physical, emotional, and academic benefits
  • Helps develop an appreciation for nature
  • Benefits students of all abilities
  • Inspires student inquiry
  • Promotes care for community
  • Increases creativity
  • Increases problem-solving skills (National Wildlife Federation, pp. 1-11, 2010).

Many of these benefits align well with the ideas proposed throughout Warren Berger’s A More Beautiful Question, specifically the increase in students’ creativity, inquiry, and problem-solving skills. Throughout A More Beautiful Question, Berger explores how famous, industry leaders and creative innovators find the important questions that push them to ground-breaking inquiry (Berger, 2016). Anything that promotes creativity, inquiry, and problem-solving skills would cause students to become better able to be successful in the rapidly-changing 21st-century world they will inhabit, and eventually, lead.


Resources

Berger, W. (2016). A More Beautiful Question: The Power of Inquiry to Spark Breakthrough Ideas. New York: Bloomsbury.

Kaplan. (2017). Using Color to Enhance Learning and Influence Mood. Retrieved from https://www.kaplanco.com/ii/using-color-to-enhance-learning.

Mau, B., O’Donnell, Wicklund, Pigozzi, & Peterson. (2010). 79 Flashcards. New York: Abrams. Retrieved from
https://bryangua.files.wordpress.com/2017/08/85262-tttideasflashcards.pdf.

National Wildlife Federation. (2010). Back to School: Back Outside! How Outdoor Education and Outdoor School Time Create High Performance Students. Retrieved from http://www.nwf.org/~/media/PDFs/Be%20Out%20There/Back%20to%20School%20full%20report.ashx.

All images belong to Guadalupe Bryan unless otherwise stated.

Teaching Infographics

 

What is an infographic? Well, to put it simply, they are visualizations of information. They are easier to understand when you see one–You know it when you see it!

What is the infographic lesson?

This infographic lesson prioritizes a day-long independent work time, for students to complete the infographic portion of their companion book project. In this unit-based project, students create a companion book for a novel they love. The companion book includes multiple chapters of essays, research, fan-fiction, and infographics.

Screenshot 2017-08-06 at 10.18.37 PM

My students proudly hanging up their work! They made a little hallway display for everybody’s infographics.

With the infographic portion, students develop and explore complex topics related to their novels from a perspective of their choice. For example, in the past, one student selected The Uglies by Scott Westerfeld and researched plastic surgery in the United States for her infographic. Another student read All American Boys by Brendan Kiely and Jason Reynolds and produced an infographic about the Black Lives Matter movement. I was amazed by my seventh-graders’ interest in complicated and complex topics relevant in our current society.

What is my rationale?

Students have written two essays about their personal choice book for this unit, and now they will practice research skills to communicate information about a topic related to their novel. For example, if a student is reading Monster by Walter Dean Meyers, they may choose to research the topic of juvenile incarceration.

Here, students explore a topic of their choice outside of the confines their novel and entering the realm of the real-world. This connects back to my research regarding complex thinking skills as well as a common thread throughout Warren Berger’s A More Beautiful Question–When we push ourselves to learn about things that interest us personally, we are not only more invested in our learning, but it naturally makes our learning become more authentic (2016).

Examples of infographics completed in my seventh grade English classroom:

I also posted about this on my classroom blog, if you would like to read that update for more information/context!

Further, the research infographic well aligns with the TPACK (Technology, Pedagogy, and Content Knowledge) framework, which I explored in an earlier post,  by allowing students to use technology within our classroom to construct and communicate their understanding of a complex topic. I intentionally made their research chapter of their companion book something different than the first two chapters, which had been essays. By allowing students to become literate in a more nuanced, visual form of information communication, the infographic, they were able to create products they were proud of. Not only does it increase they potential for turning their learning into a visual representation, but it also improves their information literacy. 

Why should you try something new?

I guess to close, I urge you to try and address the CCSS in fun, exciting, and innovative ways, but never do something just because. I had to think about altering this, from originally being a research paper to an infographic, long and hard before presenting this idea to my colleagues. I think that it is important to have a clear rationale when switching things up!

Technology can be very alluring sometimes, and I think that is because it offers so many avenues for us to explore. As educators, I think it is vital for us to consider the benefits and setbacks of which technological resources we want to use, and when we want to use them if we desire to deliver the best education as possible to our students.


References

Berger, W. (2016). A More Beautiful Question: The Power of Inquiry to Spark Breakthrough Ideas. New York: Bloomsbury.

All images belong to Guadalupe Bryan unless otherwise stated.

#GLMakers

Are you curious about the maker movement? Are Maker Faires something that stir-up immediate anxiety?

Well, read on.

I was curious, yet absurdly apprehensive about the whole maker movement just a few weeks ago…

That brings me to this past week. I helped organize a mini Maker Faire with my lovely cohort as part of the Master’s of Arts in Educational Technology (MAET) program at Michigan State University.


What is a Maker Faire? Good Question.

If you’re sitting there asking yourself, “What the WHAT is a Maker Faire?” worry not! Most of my cohort, including myself, were also wondering this question… and we only had a week to put this thing together! To get a little insight as to what the maker movement is all about, I would suggest viewing the talk “Why We Make” by Adam Savage, yes, of Mythbusters fame.


It’s GO TIME!

To prepare for the faire, the eight of us split into four groups of two. My partner and I decided to create a booth where participants could make a paper circuit with a LED light on the back of a name tag, which they could decorate. If you are interested in seeing the full plan of our booth and detailed instructions, you may view a PDF file here.

Screenshot 2017-07-22 at 2.53.18 PM

My examples of a lit name tag. Please notice the kitty with star-eyes!

Overall, I believe the Greater Lansing Mini-Maker Faire, #GLMakers on Twitter, went well, including our booth! Two groups, including my own, had booths which involved circuits. The other two groups involved different types of building challenges, using objects including items such as paper, tape, spaghetti, and marshmallows.

Our booth set out with a few different objectives, including:

  • Broad Objective: Participants will become inspired through their experience and generate thoughts towards circuitry/science.
  • Learning Objectives: Participants will understand how a circuit works, or more loosely how the parts of the circuit interact with each other: The copper tape as a conductor, the battery as energy, and the LED light, with its positive and negative charges.
  • Making Objectives: Participants will be able to create circuits by using a limited amount of supplies. Within the Star booth, participants will be able to create name tags using materials provided.
    • This reflects the do-it-yourself, or DIY, aspects of the maker movement: With limited help and instructions, makers at the booth will have to rely on each other to help complete the project. Although we were there to help, participants should be mostly self-reliant in terms of constructing their circuits with aid from visual examples and peers.

As an incentive for our younger participants, we provided guests with a card they could get stamped at each station, like a Maker Faire passport, and they could return it at the end of their visit for a reward. This incentive wound up being quite popular with many of our younger guests. I would definitely recommend some type of incentive for participants to visit as many booths as possible.

 

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Tips When Planning a (Mini) Maker Faire

  • Pay attention to advertising your event!
    • Get the word out as soon as possible and as effectively as you can! I would say a general flyer/website with basic information should begin circulating as soon as you know the date, time, and location of the faire. We only had a week to plan, so the more time you have, the easier it can be.

      The flyer we created for the event.

    • Use social media to your advantage.
    • Use your personal learning network to your advantage with help spreading the word.
  • Reach out to get volunteers for the event, and provide each volunteer with a clear role before the event.
  • Have multiple modes of presenting information, especially step-by-step help for participants requiring more guidance. I made a step-by-step Slides presentation you can view in my Maker Faire Plan.
  • Be sure you are a master at your specific booth activity. It is difficult to help participants if you are confused yourself!
  • Have an incentive for participants to stick around and visit as many stations/booths as possible.
  • Seek out help online and through individuals you may know with experiences with the maker movement.

The Maker Movement and Education

Through learning about the maker movement, as well as planning/participating in a Maker Faire, I learned about how the maker movement and its core principles can be incorporated into education, kindergarten through high school and beyond.

TPACK-new

Basic visualization of the TPACK Model. Reproduced by permission of the publisher, © 2012 by tpack.org

First off, the maker movement clearly can be connected to not only the TPACK (Technological Pedagogy and Content Knowledge) model but also more broadly to a constructivist approach to education. Constructivism suggests individuals create their own knowledge through experience (Chen & Lui, 2010). This is reflected in maker spaces as participants are often forced to learn through hands-on trial and error. 

For example, at our booth, participants were building a paper circuit with their own hands, and with limited help available, minus that of their peers. Participants would build a circuit, try their light, and if it didn’t work, try again. Through this sequence of events, participants are forced to reflect on their learning in order to alter their products to make a working circuit.

As I reflected on the question of how maker kits could be used in my 7th grade ELA class, my mind raced toward informational writing. Groups could play and create tiny technologies out of the kits. Then groups could create a set of instructions on how to build their design, and trade it with another group. Not only would this meet ELA CCSS, but students would also be doing some cross-curricular work in the process.

 

I think that through this process, students would fail at many points, but it would lead to questioning the approaches they’re taking with the problem at hand. They will then likely test out many of the different scenarios or solutions that come to mind. This would be an example of taking their questions and turning them into action.

This was a mindset and thought process discussed at length throughout A More Beautiful Question by Warren Berger (2016), often referred to as the Why/What If/How sequence. By reframing our questions and our approach to them in a way that leads to productive action, if not a solution, leads the questioner down a path of inquiry. We already know that as the world becomes increasingly complex, the value of asking good questions will increase (Werner, 2016). With this in mind, it’s difficult to reject the assertion that the maker movement provides its participants with the necessary skills to tackle the world of tomorrow.

I hope you consider the benefits of embracing the maker movement, inside of your classroom or out. If nothing else, I would recommend you attend a Maker Faire or maker space near you! Trust me when I say that seeing your own maker potential is not only a ton of fun but also brings you a sense of playful pride.

Make On,

Lupe


References

Berger, W. (2016). A More Beautiful Question: The Power of Inquiry to Spark Breakthrough Ideas. New York: Bloomsbury.

Chen, C. & Lui, C.C. (2010). Evolution of Constructivism. Contemporary Issues in Education Research (April 2010), pp. 62-66. Retrieved from http://files.eric.ed.gov/fulltext/EJ1072608.pdf.

All images belong to Guadalupe Bryan unless otherwise stated.

Cacti, and Succulents, and a Terrarium… Oh My: Planning for a Terrarium

Hi, everybody!

What will I learn for my little summer project?

For my Networked Learning Project, I have decided to pursue building a terrarium… or two. A terrarium is basically an enclosed, miniature garden, typically with succulent plants, cacti, or ferns. They are usually kept inside to help brighten/liven up spaces like desks and offices. Terrariums are credited with helping decrease the doom and gloom associated with seasonal depression and help decrease the stress in a home or workplace by adding some life (Ranawake, 2014)! To help you imagine this, think of a small fish tank, filled with rocks, soil, and plants. 

As I began looking into terrariums, I noticed a couple major things I had to look into. First, I had to figure out what I was going to use to build a terrarium– I have both a medium sized, rounded out glass vase and an empty fish tank. Knowing which container I am going to use is important because it helps me figure out whether or not my terrarium will be open or closed. Figuring out whether an open or closed terrarium is best for me became important after I did some reading online.

I know that I want an open terrarium (no lid) rather than a closed one. Because of that, I know I need some succulent plants, soil, river rocks for effective drainage, activated charcoal, potting soil, and sheet moss (Norris, 2013).

 

 

The plants I choose to keep in my terrarium are dependent on whether my terrarium is open or closed to air and water. I know I want an open terrarium because I have no lids for my enclosures and it seems lower maintenance. Because of this, I know I will gravitate towards succulent plants.

I found a ton of blogs with information about how to care for an open/closed terrarium, how to built the terrarium, and which plants are best for a terrarium.


What are my goals and prior knowledge?

As a gardener, I know the gist of how to take care of plants in-ground. When planting flowers outside, I am attentive to how much sun and water each plant requires. Now that I am considering a terrarium, I need to educate myself about how succulents thrive. How much water and light do they require?

I already have the container. My plan is to first try a small terrarium within my empty, transparent glass vase before trying the entire fish tank. After looking at images of different types of terrariums I may experiment with a closed terrarium, a hanging terrarium, and mason jar mini-terrariums. I think I will consider these depending on what materials I can find and the cost of the different plants.

Buzzfeed came up with a list of some really cute ideas for simple D.I.Y. terrariums which are great for inspiration! Look at the series here.

My list of materials:

  • Succulent plants
  • Potting soil
  • Rocks for drainage
  • Activated charcoal
  • Potting soil
  • Sheet Moss
  • Open container (Michaels, 2017)

 

 


Questions going forward:


Reflections on Learning & Engagement

Reflecting on aspects of engagement in education, primarily thinking of Warren Berger’s A More Beautiful Question (2016), I can already feel myself becoming more engaged in my learning because it is self-directed.

For this assignment in my Masters level class, I am able to direct my own learning by choosing a personal project that interests me. Much like my post on genius hour, I think this is essentially a genius hour type of thing, but for graduate students. I would like to think that if this approach to learning is working for me, it would totally work for my students!

I am so excited, and perhaps a bit over eager. It may be difficult to pace myself with this one. Being excited about learning is a good thing, right?

TTYL,

Lupe, Future Terrarium Mom!


Resources

Berger, W. (2016). A More Beautiful Question: The Power of Inquiry to Spark Breakthrough Ideas. New York: Bloomsbury.

Michaels, K. (2017, April 6). Common Terrarium Mistakes [Blog post]. Retrieved from https://www.thespruce.com/common-terrarium-mistakes-847861.

Michaels, K. (2017, January 22). How To Make Terrariums [Blog post]. Retrieved from https://www.thespruce.com/how-to-make-terrariums-848007.

Michaels, K. (2017, April 11). 10 Great Terrarium Plants [Blog post]. Retrieved from https://www.thespruce.com/great-terrarium-plants-847877.

Norris, A. (2013, October 12). How to create a simple DIY terrarium [Blog post]. Retrieved from https://www.mnn.com/your-home/organic-farming-gardening/stories/how-to-create-a-simple-diy-terrarium.

Peterson, J. (2015, December 2). Terrariums Grow a Micro-Ecosystem in a Jar [Blog post]. Retrieved from https://www.fix.com/blog/terrariums/.

Ranawake, S. (2014, June 5). Terrariums Are Back! How There Mini Gardens Can Help Boost Your Health And Mood! Retrieved July 15, 2017. Retrieved from http://sporteluxe.com/terrariums-are-back-how-these-mini-gardens-can-help-boost-your-health-and-mood/

Wang, P. (2012, July 9). 21 Simple Ideas For Adorable DIY Terrariums. Retrieved July 17, 2017. Retrieved from https://www.buzzfeed.com/peggy/21-easy-ideas-for-adorable-diy-terrariums?utm_term=.dlkW9P0O8y#.foXBAno5VX.

Images: All photographs were taken by Guadalupe Bryan.

**Header image courtesy of Flickr user, Terraria. Retrieved from https://www.flickr.com/photos/33911344@N03/12265229766/in/photolist-jFQvuJ-jFNgMz-CwgMub-C8jSb4-BJjawb-CFQ1nv-C8jRX8-CwgMeb-CFQ19V-CywF9c-CFQ1o2-CwgMvo-CFQ1f6-bcF4Ra-be2c1n-beyjx4-GwunW-8Y6vWX-7KwgXE-z4xRjg-zmUE4P-BYPVTn-ziKmqJ-z4t4Bm-8YjpDZ-dwf2sb-nGCTDx-jFMwje-9yjb7E-95TTKV-95WVGN-bEkq5x-UM9qpu-8B7bXy-7Kwgxu-31cHTi-bidusz-bBJ3HR-axwdZc-obqNpR-kp1Gko-pmUfUn-95TTxr-8B7bfY-oHdu7Y-b7LbHR-7KskvB-VaFWZz-VaJSeM-95WVP9.

Blog Post 1: Learning & Understanding

The learning processes of experts and novices greatly differ, but each is influenced by the teaching methods encountered throughout the learning process. Inquiry based instruction, metacognitive approaches, along with deep understanding are all proven to improve learning for both expert and novices, as shown throughout How People Learn: Brain, Mind, Experience, and School (Bransford, Brown, & Cocking, 2000). However, since the publication of this text, there have been immense advancements in technology and an increase of technology’s role in education. With this in mind, it is important to examine how technology can be used to further learning while keeping in mind the most effective teaching methods available.

 The school I work at is an International Baccalaureate school. Because of this, all of our units of instruction should be inquiry based. Before this school, I had little experience with inquiry based instruction. However, over the past few years, the benefits of inquiry has been made clear to me through talks with my colleagues, administrators, and education literature.

As asserted here, assessments can (and should) be, “… less a test than an indicator of where inquiry and instruction should focus” (Bransford et al., 2000, p. 25). This reminds me that I should be using my assessments, whether formative or summative, to help guide authentic inquiry within my classroom. Both expert and novice learners would benefit from deepening their inquiry into a given topic or concept, leading to overall deeper understanding (Bransford et al., 2000).

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Photo from my classroom (CC BY-NC-SA 4.0).

Given that my students each have their own Chromebook in my class, they have access to limitless information through the internet available at their fingertips. If I were better able to get students invested in an inquiry cycle, it would likely increase their own interest in the work. As students deepen their inquiry, metacognitive approaches to learning would help students monitor their own growth, and this would allow students to deepen their understanding of whatever concepts we are addressing in class.

Metacognitive approaches allow students to check in with their progress and understanding, and these strategies should be taught in classrooms related directly to content (Bransford et al., 2000). In my classroom, I teach metacognitive strategies to monitor progress with reading and writing. The most obvious examples of this would be with reading goals. Students set goals for the amount of reading they will do within the school year and each marking period. I conference with students to check in with all of these. Additionally, students receive rewards/incentives for exceeding their reading goals in a marking period or semester. Students come up with the rewards, create a Google poll, and vote on it.

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Screen shot from Goodreads of my 2017 reading goal (CC BY-NC-SA 4.0).

This year, some students began to use Goodreads.com at my suggestion. I am thinking that next year I will use Goodreads for students to set a school year long reading goal and track it there. I also would like to create a group for all students to join so we will be able to see each other’s progress towards our goals, mine included!  I do believe having clear, monitorable goals helps students stay motivated.

My school has recently implemented the Lucy Calkins writing program for middle school, and I am in charge of organizing the lessons for the seventh grade. Though the units are very in depth, I feel that students feel bored with some of them. One benefit of Calkins is that the lessons, and especially the checklists, really enforce metacognition which I immediately appreciated. Ideally, if I could find a way to add more inquiry and student choice with writing, while still adhering to Lucy Calkins, I would be better able to promote an inquiry-based mindset.

As for writing, I was interested in the resource we were introduced to in class, WriteAbout.com. If I could use WriteAbout alongside our new Lucy Calkins lessons, I’d be able to increase metacognition, especially when it comes to writing and research. Metacognition can greatly enhance students’ success in their process of inquiry and understanding–all of which leads them to a deeper understanding of key concepts in my grade seven ELA curriculum (Bransford et al., 2000).

Ultimately, I have a lot to re-examine, especially authentic inquiry within my classroom to deepen understanding. Also, I know I must teach more metacognitive strategies throughout the year, and revisit them. I think I am not doing enough right now. I know I will try harder to use our classroom technology for purposeful learning, rather than an inch deep, mile wide approach, which is far from best practice.

References

Bransford, J.D., Brown, A., & Cocking, R. R. (2000). How People Learn: Brain, Mind,  Experience, and School. Retrieved from https://www.nap.edu/read/9853/chapter/1.

Images: All images were taken by Guadalupe Bryan.