top of page

Creating MY Significant Learning Environment with A New Culture of Learning

In the 21st century, we have a world of knowledge at our fingertips with the click of a button. It’s a great time to be a learner because learning opportunities surround us as we play new games and use online programs, talk to people all over the world, and engage in videos. YouTube, for example, has a plethora of readily available information for students to view. The Amazon Echo Dot and Google can answer questions quickly and correctly. Learning is easy, natural, and effortless everywhere but school (Thomas, 2012). We learn in everything we do by taking in our world and making sense of our experiences, but learning at school is currently inauthentic and somewhat forced.

 

The world has changed, and education has not kept up with it. In an environment with so many sources of information, the teacher should not be a content provider. Brown and Thomas (2011) state that the first component of developing a new culture of learning is a “massive information network that provides almost unlimited access and resources to learn about anything” (p. 19). The role of teachers changes from content provider to context creator in which we focus on passion and imagination while allowing students to construct knowledge for themselves. The teacher is the facilitator, taking a back seat while letting the students drive. We provide the tools, but the students do the learning.

 

It is not information alone, however, that creates a new culture of learning. Brown and Thomas (2011) declare that the second element is a “bounded and structured environment that allows for unlimited agency to build and experiment with things within those boundaries” (p. 19). Combining the information network with the structured space for exploration is what allows us to learn in a world of constant change. When we embrace these elements, we cultivate imagination and create a more effective learning environment.

 

In order to create a significant learning environment within a new culture of learning, we must focus on the core elements of passion, imagination, and constraint built with play. Children have so much passion; they look at the world with wondering eyes and minds. We need to pull out that passion in the classroom and give students the chance to explore their passions. Children also have strong imaginations and question the “what if,” but this is stifled in the teacher-centered, testing-focused classroom. Those curiosities should be expanded upon. Constraint is what makes the learning stick because learning happens in the struggle time when learners work through obstacles. All of this revolves around Thomas and Brown’s (2011) formula that claims, “play becomes a strategy for embracing change, rather than a way for growing out of it” (p. 48). Learning is based on the three dimensions of knowing, making, and playing (Thomas & Brown, 2011). A classroom that embraces passion and imagination with constraint through the dimensions of knowing, making, and playing is a student-centered classroom where authentic learning is occurring in a significant learning environment, which allows students to develop the 21st century skills necessary to succeed.

In my classroom, I consider the learner as a whole individual with a unique personality. The significant learning environment in my classroom includes inquiry, collaboration, COVA, digital learning, STREAM, accountable talk, project-based learning (PBL), and ePortfolios in a learner-centered approach that includes play. One example of inquiry, collaboration, and PBL in my classroom is Project Lead the Way (PLTW) in which my students are real engineers on teams trying to solve the problem of rescuing a tiger from a moat in the zoo. Students need to research force, motion, and simple machines to design a structure that will rescue the tiger without harming it. Additionally, I use blended learning with online programs such as Prodigy and Read Theory that are personalized to my students’ abilities and needs. My ePortfolio innovation plan allows my students to be website developers on Google Sites while thinking critically and practicing reflection. This can also show tacit learning (Thomas & Brown, 2011) that cannot be measured by a test as students can post experiences, artwork, videos, and more. I also incorporate play through games including online games and physical games like spelling basketball, keep COVA and STREAM in mind as I plan activities, have dabbled in Breakout EDU, and allow my students to have accountable talk time with shoulder partners and tables rather than raising hands. My classroom is a student-centered, fun-filled, significant learning environment.

 

I would like to dig even deeper into creating a new culture of learning and a significant learning environment by incorporating Genius Hour and interdisciplinary learning. However, the main challenge that I face with this is a schedule divided into subjects that must be followed because students are in and out of the room depending on their needs. In addition, I am faced with giving percentage and letter grades as opposed to mastery-based report cards and have the pressure of standards and standardized tests. I am fortunate to have an administration that supports new-age learning and does not expect the teacher at the front of the classroom, but these challenges still remain. My students at times are more focused on their grades than their learning, so I will continue to utilize the perspective of the growth mindset with my students to increase motivation and overcome these challenges. I will also have to find a balance between future learning (getting my students ready for future careers that do not even exist) and now learning (getting my students ready for a test).

 

There are many teachers that stick with the teacher-centered approach and set aside the student-centered, holistic approach, but adopting the perspective of creating significant learning environments could have a major impact on my organization. Our goal as teachers is to help our students learn, and the SLE does that. CSLE puts all of the pieces of education together to create learning opportunities for the leaders of tomorrow in a digitally connected world (Harapnuik, 2015). The significant learning environment makes learning fun and effortless, as it should be, while still allowing for challenge. Students will enjoy going to school and learning, which will make educators fall in love again with their career and stay positive through the challenges that being a teacher brings. An effective and engaging learning environment takes everything into account and recognizes that learning is dynamic and growing (Bates, 2015). I will model this holistic and student-centered approach in which learning occurs naturally and in all facets by welcoming teachers into my classroom to watch and sharing my ideas with them at PLC meetings. My approach is broad enough to become a foundational perspective because I believe in doing what is best for my students as they are the now and the future. A new culture of learning is what we need to be successful.

 

I am a teacher. I do a lot of things, but standing at the front of the room and being a content provider is not one of them. I encourage, facilitate, engage, support, and inspire by creating significant learning environments for my students to grow.

​

 

​

Where the learning happens

References

​

Bates, T. [ChangSchool]. (2015, December 14). Dr. Tony Bates on building effective learning

environments [Video file]. Retrieved from https://www.youtube.com/watch?v=3xD_sLNGurA&feature=youtu.be

​

Harapnuik, D. (2015, May 8). Creating significant learning environments (CSLE) [Video file]. Retrieved

from https://www.youtube.com/watch?v=eZ-c7rz7eT4

​

Thomas, D. [TEDx Talks]. (2012, September 12). A new culture of learning, Douglas Thomas at TEDxUFM

[Video file]. Retrieved from https://www.youtube.com/watch?v=lM80GXlyX0U&feature=youtu.be

 

Thomas, D., & Brown, J. S. (2011). A new culture of learning: Cultivating the imagination for a world of

constant change. Lexington, KY: CreateSpace.

​

​

Read more:

A New Culture of Learning
Learning Philosophy

Learning Within the Significant Learning Environment:

My Learning Philosophy

As an educator, my job is to help my students learn. It is interesting that until this point, I have mostly focused on my teaching philosophy. In hindsight, that seems selfish, as my job is to focus on student learning. For the longest time, I have been thinking about how I teach, but how do we learn? How do I learn? How do my students learn? How does the learning process occur? My teaching philosophy coincides with my learning philosophy, which also coincides with my desire to create significant learning environments (CSLE).

Learning is something that everyone does daily. Sometimes it requires a challenge and struggle, and other times it is effortless. Sometimes learning involves basic knowledge acquisition, and other times learning involves life experiences. Sometimes a teacher is involved, and other times it is only a learner or a group of learners. Sometimes a learning experience is a major breakthrough, and other times a learning experience is a minor occurrence. I believe in the following aspects of learning that hold true regardless of the learning situation:

  • Learning is a never-ending, lifelong process.

  • Everyone is a learner.

  • Each learner is unique.

Learning can look different between situations and people, but learning is constantly happening, everywhere and with everyone.

 

As a learner, I am passionate about learning itself. I have always loved school and learning, which is part of the reason I always wanted to become a teacher. I never wanted to stop learning, and I wanted to help others learn. Learning is FUN for me, and I am bored when I’m not learning. I seek out my own learning experiences and constantly strive for self-improvement in everything I do. I am intrinsically motivated to learn, and my learning is in my own responsibility. You cannot teach someone that does not want to learn; learning is a choice that learners make. I learn best when I can connect with the material or interact with it in some way. In high school, I remember spending hours trying to memorize dates and events for my AP History class, but all I was doing was memorizing content; I was not truly learning. On the other hand, my student teaching experience and first year of teaching were the greatest learning experiences of my life because I was actively involved in my own learning and took ownership of it. I believe in the following about my own learning:

  • I learn best when I have time to process the information on my own but then talk through it with others.

  • I process everything around me as a potential learning experience. I am constantly multitasking and making connections.

  • I am an intrinsically motivated, self-driven learner. I love learning for the sake of learning.

  • Hands-on experiences are most influential in my learning, but I prefer visual stimuli as well.

I am my own unique learner. Some people learn like me, and others learn in different ways, but learning is the result of being actively engaged and making sense of experiences.

 

My beliefs about learning follow the cognitive constructivist approach with a touch of social learning theory while recognizing the validity of connectivism in our digital world. I believe that learning is an active process that demands engagement and motivation, and my thoughts are based on the key contributors of Jean Piaget, John Dewey, Jerome Bruner, George Siemens, Lev Vygotsky, and Albert Bandura. Tan and Hung (2003) state that, “Learning is an active process of constructing rather than acquiring knowledge” (p. 49). In agreeance with constructivism, learning is not about sitting and listening, waiting for the information to enter the brain; it is about putting yourself IN the learning and making sense of knowledge on your own terms based on prior knowledge. I also believe that the discovery of knowledge and making meaning is critical for learning, in accordance with cognitivism. Cognitive constructivism sums this up to declare that the onus is on the learner to construct knowledge for themselves by internalizing and connecting to prior knowledge using metacognition.

 

Additionally, connectivism makes sense of constructivism through a digital lense for the modern world. Siemens (2005) argues that connectivism “acknowledges the tectonic shifts in society where learning is no longer an internal, individualistic activity” (para. 34). Connectivism recognizes that learners must actively construct knowledge, but they do so in collaboration with others and through a variety of contexts. This connects with my beliefs about the importance of collaboration in learning. I believe in the power of collaboration and positive relationships in the classroom. Tan and Hung (2003) declare that, “Fostering a collaborative learning environment is premised on the notion of social constructivism, which emphasizes learning through collaborative construction of socially shared knowledge” (p. 51). In short, I believe that learning is an active process in which the learner must construct knowledge, sometimes shared knowledge, by being motivated and engaged. This can happen through inquiry, hands-on activities, collaboration, digital learning, and play.

 

Because this is how I believe students learn, it is crucial that my teaching philosophy matches my learning philosophy. Just as an assessment needs to match the instruction, the teaching needs to match the learning. If I did not teach in the way that I believed students learn, I would be doing my students a disservice. A teaching philosophy and a learning philosophy are different, however. A learning philosophy focuses on the learners and how the learners process information. A teaching philosophy focuses on the teacher and how the information is delivered. The teaching philosophy is the outtake while the learning philosophy is the intake. Effective instruction in a significant learning environment requires the outtake to match the intake, the teaching to match the learning. My learning philosophy is the backbone of my teaching philosophy.

 

As a teacher in today’s digital age where the learning tools have changed, it is my responsibility to combine my learning philosophy and teaching philosophy to meet the needs of my students and facilitate their learning. For me, this means that I provide them with the tools to construct their own knowledge as opposed to providing the knowledge. My ePortfolio innovation plan is one way that I exemplify my learning and teaching philosophies, as I give my students the platform for learning and reflection, but they have to take ownership of it and turn it into a learning experience. This is part of creating a significant learning environment as I recognize my students’ passions and imaginations in giving them the opportunity to construct knowledge. Robinson (2010) says that teachers need to “create the conditions under which [students] begin to flourish.” Students need the tools and the opportunity.

 

Learning philosophies and teaching philosophies are constantly changing as society and education is changing. Learning and teaching are ever-evolving, lifelong processes. It is important that learners know how and why they learn, teachers know how and why they teach, and learners and teachers work together to create significant learning environments. Learning is a colorful process; it may look different and have things blended together, but ultimately it is a beautiful shade of individuality. Color is bold and different, and education needs something bold and different in learning and teaching.

 

References

Robinson, S. K. [TED]. (2010, May 24). Bring on the learning revolution! [Video file]. Retrieved from https://www.youtube.com/watch?v=r9LelXa3U_I

-Sir Ken Robinson recognizes the need for a learning revolution because teaching is not matching the needs of learners in today’s world.

 

Siemens, G. (2005). Connectivism: A learning theory for the digital age. International Journal of Instructional Technology and Distance Learning, 2(1), 3-10. Retrieved from http://www.itdl.org/journal/jan_05/Jan_05.pdf

-George Siemens looks at connectivism theory, which is related to constructivism, and its impact in the digital age and on 21st century learners.

 

Tan, S. C., & Hung, D. (2003). Beyond information pumping: Creating a constructivist e-learning environment. Educational Technology, 42(5), 48-54.

-Tan and Hung discuss the constructivist theory, especially as it relates to online learning. They emphasize the importance of student-centered learning environments as they highlight the importance of constructivism in the modern classroom.

​

Annotated Bibliography

The following is a list of resources that I have learned from which have led to my beliefs on learning, although not cited in my learning philosophy.

 

DuFour, R., DuFour, R., Eaker, R., & Karhanek, G. (2010). Raising the bar and closing the gap: Whatever it takes. Bloomington, IN: Solution Tress Press.

-The authors discuss student learning in regards to intervention and enrichment.

 

Dweck, C. S. (2006). Mindset: The new psychology of success. New York: Random House.

-Dweck explores the power that having a growth mindset can have on success. The growth mindset has implications in teaching and learning.

 

Harapnuik, D., Thibodeaux, T., & Cummings, C. (2018). COVA: Choice, ownership, and voice through authentic learning. Retrieved from http://www.harapnuik.org/?page_id=7291

-COVA recognizes that learners learn through choice, ownership, and voice in authentic learning environments. Educators are encouraged to create significant learning environments (CSLE)

based on the COVA framework to maximize student learning.

 

Horn, M. B., & Staker, H. (2015). Blended: Using disruptive innovation to improve schools. San Francisco, CA: Jossey-Bass.

-Horn and Staker discuss online learning and its connection to in-person learning, focusing on student learning in the 21st century.

 

King, H., & King, W. (2017). The wild card: 7 steps to an educator's creative breakthrough. San Diego, CA: Dave Burgess Consulting, Inc.

-Hope and Wade King inspire educators to teach creatively and use authentic experiences that increase student engagement and learning.

 

National Research Council. (2000). Inquiry and the national science education standards: A guide for teaching and learning. Washington, DC: National Academy Press.

-Although almost 20 years old, the book focuses on the relevant information that students learn through inquiry and guides teacher through the use of inquiry in the classroom.

 

Seeley, C. (2009). Faster isn't smarter: Messages about math, teaching, and learning in the 21st century. Sausalito, CA: Math Solutions.

-Seeley shares 13 messages about how students learn math, issues in education, and the role of technology. Reflection and discussion questions are included to get educators thinking about

student learning and start conversations.

 

Thomas, D., & Brown, J. S. (2011). A new culture of learning: Cultivating the imagination for a world of constant change. Lexington, KY: CreateSpace.

-Thomas and Brown discuss the need to incorporate passion, imagination, and constraint with play into the learning environment in order for children to learn in today’s ever-changing world.

 

Wagner, T. (2015). Creating innovators: The making of young people who will change the world. New York, NY: Scribner.

-Wagner explores how influential adults in the lives of children can help them become innovators, revealing how adults can spark creativity and be motivators. He establishes three forces that

inspire innovators: play, passion, and purpose.

 

Wood, C. (2006). Yardsticks: Children in the classroom ages 4-14; A resource for parents and teacher. Turner Falls, MA: Northeast Foundation for Children, Inc.

-Yardsticks gives a look into a child’s mind at various ages and developmental stages by describing universal characteristics of children. There is a chapter for each age, 4-14, that discusses growth patterns, classroom implications, and curriculum through research and anecdotal notes.

Check out more:

Aligning Outcomes, Assessments, and Activities

Aligning Outcomes, Activities, and Assessments

In creating significant learning environments, it is important that outcomes, activities, and assessments are aligned. Educators must carefully evaluate their learning environments and situational factors before creating significant learning goals and using backwards design to develop a course or unit. It is about more than collecting the dots; we cannot be providing students with merely content when we should be focused on connecting the dots, allowing our learners to make connections with their learning (Godin, 2012). Outcomes, activities, and assessments should be aligned in foundational knowledge, application, integration, human dimension/caring, and learning how to learn (Fink, n.d.) in order for significant learning to occur. Significant learning in authentic learning environments allows students to develop connections and learn based on context instead of content, which is crucial to developing lifelong learners.

​

Using the guide created by Fink, I have developed a plan for my 4th grade science Project Lead the Way 9 week engineering (with a focus on simple machines) unit. I started with the BHAG, Big Hairy Audacious Goal, and worked backwards from there to plan the unit. Coming up with the BHAG first allowed me to keep my end goal in sight and focus all outcomes, activities, and assessments on that to design a cohesive unit with strong goals where my students can learn and connect in a learner-centered, engaging environment.

Thinking behind the 3 column table:

6 pages - Use arrows to navigate.

3 column table:

References

 

Fink, L. D., PhD. (n.d.). A self-directed guide to designing courses for significant learning. Retrieved from https://luonline.blackboard.com/bbcswebdav/

pid-3042999-dt-content-rid-30108308_1/courses/13583.201810/Self-Directed%20Guide%20to%20Course%20Design%20-%20Fink%20Summary.pdf

​

Godin, S. [TEDxYouth]. (2012, October 16). Stop stealing dreams [Video file]. Retrieved from https://www.youtube.com/watch?v=sXpbONjV1Jc

​

Harapnuik, D. (2015, August 15). Connecting the dots vs. collecting the dots [Video file]. Retrieved from https://www.youtube.com/watch?time_continue=1&v=85XpexQy68g

More on this unit:

Ubd Template

Creating My Significant Learning Plan

Within My Significant Learning Environment

Creating significant learning environments requires creating significant learning experiences. The significant learning environment should be learner-centered with inquiry, collaboration, digital learning, COVA, accountable talk, and more. The significant learning plan turns talk into action. It is important to have a plan that aligns outcomes, activities, and assessments and takes CSLE into account so that learners are able to learn authentically and make connections in order to ACTUALLY learn in a meaningful way. In the 21st century, educators are responsible for helping their students develop 21st century skills such as a collaboration, communication, critical thinking, problem solving, creativity, and innovation as students need to be prepared to be lifelong learners and learn HOW to learn. This works with my innovation plan because students use ePortfolios to show their connections, reflections, and give evidence of skill development. The significant learning plan prepares students for lifelong learning.

4 pages - Use arrows to navigate.

Based on my 3 column table, I looked at one learning outcome and dug deeper into it to create a specific plan referred to as an Understanding by Design Template, or UbD Template (Wiggins & McTighe, 2005). Completing the UbD Template took the outcomes from the 3 column table a step farther by showing exactly how those goals would be reached through 3 stages - desired results, assessment evidence, and learning plan. 

​

The UbD Template stresses the importance of establishing goals because long-term goals are the difference between knowing and understanding. Wiggins and McTighe (2005) argue that "the greatest defect in teacher lesson plans...is that the key intellectual priorities - deep understandings of transferable big ideas, and competence at core performance tasks - are falling through the cracks of lessons, units, and courses devoted to developing thousands of discrete elements of knowledge and skill, unprioritized and unconnected" (p. 58). The UbD Template puts an emphasis on goals because learning is meaningful and memorable when it is connected. Without goals, there are only short-term, disconnected objectives, which leads to short-term, disconnected learning. We need to create lifelong learners, not short-term memorizers.

The 3 column table and UbD Template both align outcomes, activities, and assessments and contribute to creating significant learning environments through backwards design. Both frameworks start with the goal and work backwards from there, but the UbD Template narrows in on specific learning goals and takes it deeper. This helps to avoid activity-focused and coverage-focused teaching, which would encourage learners to merely memorize content. The 3 column table considers background information like learning environment, situational factors, and questions for formulating significant learning goals to get educators thinking, but the UbD Template is more detailed and focused on student metacognition. I prefer both frameworks working together. I like starting with the 3 column table to consider all factors, develop a BHAG, and outline my outcomes, assessments, and activities, but then I would use the UbD Template to look at the goals closer and begin planning. The 3 column table seems better suited for course development with a holistic view, whereas the UbD Template seems better suited for unit development. The frameworks can work together to create significant learning environments, which is what students of the 21st century need to succeed.

​

References

​

Fink, L. D., PhD. (n.d.). A self-directed guide to designing courses for significant learning. Retrieved from https://luonline.blackboard.com/bbcswebdav/

pid-3042999-dt-content-rid-30108308_1/courses/13583.201810/Self-Directed%20Guide%20to%20Course%20Design%20-%20Fink%20Summary.pdf

​

Wiggins, G. P., & McTighe, J. (2005). Understanding by design. Alexandria, VA: Association for Supervision and Curriculum Development.

Growth Mindset

The Power of the Growth Mindset

Within the Significant Learning Environment

Click HERE

to connect to

more growth mindset. 

Download the plan:

References

 

Duckworth, A. L. [TED]. (2013, May 9). Grit: The power of passion and perseverance [Video file]. 

Retrieved from https://www.youtube.com/watch?v=H14bBuluwB8&t=5s

​

Dweck, C. S. (2006). Mindset: The new psychology of success. New York: Random House.

​

Gerstein, J. (2015, September 04). Is "have a growth mindset" the new "just say no." Retrieved from https://usergeneratededucation.wordpress.com/2015/09/04/is-have-a-growth-mindset-the-new-just-say-no/

​

Kohn, A. (2017, July 31). The "mindset" mindset. Retrieved from https://www.alfiekohn.org/article/mindset/​

​

Whitman, G. (2014, August 06). The power of yet. Retrieved from https://www.edutopia.org/discussion/power​76

​

In order to create significant learning environments, learners must remain positive in the face of challenges and believe in themselves. When learners develop a growth mindset, they have the opportunity to learn everything imaginable in authentic contexts, recognizing that their learning is limitless and intelligence is not fixed. The growth mindset recognizes that learning is the result of effort, not of natural ability. This helps learners understand that there is no such thing as "can't" because dedication and hard work lead to success.

​

The growth mindset also recognizes the importance of failing forward. In significant learning environments where 21st century learning is occurring in authentic learning environments, failure is going to happen and should not be feared. Failure is a learning opportunity and should be embraced because challenges help students grow. Some things take students longer than others, and that is okay because success is a process and some students aren't there YET. 

​

In my classroom, I model the growth mindset in my words and actions and prepare my students to exemplify the mindset. Having a growth mindset is a lifestyle and an attitude, not a fad or an occasional experience. It is important that the growth mindset be implemented properly in order for it to be effective. In my classroom, I organize the physical space to match the growth mindset with motivational posters and grouped desks and teach growth mindset through read-alouds, videos, and discussions. It is crucial to recognize growth mindset moments where teachers can support students and help them change their mindset.

​

I started out my growth mindset development thinking that it sounded great, but that it would be difficult to change my students' mindsets. I now realize that it is not easy by any means, but nothing that is actually worth it is. It is easy to fall into a false growth mindset and give students a "good job" here and there, but to actually shift mindsets we have to DIG DEEP. The teachable moments where a student has a negative thought or becomes frustrated with failure are learning opportunities. In my own personal growth mindset development, I have seen myself grow significantly as I aspire to continue learning and growing and express myself with confidence. Growth mindset helped me find my voice.

​

In creating significant learning environments, feedback and grades tend to be controversial factors. Having a growth mindset helps students see the importance of LEARNING instead of grades and ACCEPT feedback (or more appropriately called feed-forward) as learning experiences rather than negative criticism. It is all about learning as much as possible and bettering ourselves as learners.

​

Having a growth mindset also develops grit. Although the term "grit" can be misused, it is a lifelong trait of strength of character and never giving up, something that the growth mindset can simultaneously develop. Significant learning environments create lifelong learners, and when the significant learning environment revolves around the growth mindset, learners recognize that lifelong learning is attainable. Teachers want to help students succeed, and we do that by creating significant learning environments that embody the growth mindset by emphasizing PROCESS over product.

I am

growing my

growth mindset!

bottom of page