Mind Lab week 18 - Reflecting on my future oriented teaching practice.


How has Mind Lab positively impacted in my practice?

To be honest it’s hard to figure out how to tackle this question without waffling. So I’m going to try and stick to Gibbs Model for reflection in an attempt to avoid this.

I had always felt that I was fairly forward thinking with my practice. I have been using BYOD, blended learning, O365 and One Note since 2015. But, I had had varied success. Unfortunately, being a High School Science teacher there are certain restrictions that can affect what and how we deliver content, such as school structure, limited flexibility and assessment criteria for NCEA and expectations of the schools stakeholders. For me I needed to break from what had always worked and look towards how I could make it better for my students. Mid Lab offered me the opportunity to explore how I could affect these changes by looking at my practice and leadership.

At first I was apprehensive as it had been a long time since I had last studied – what if everyone was smarter than me or I found it too challenging? After my first session I was hooked, and to be honest it took some time to get used to coming home from our Thursdays sessions with my brain still trying to figure out how I could try everything with my students. I really enjoyed our flipped prep before these sessions.

Fortunately, while researching our first assignment I researched the flipped learning model. I had played with the idea in 2015 by setting the occasional flipped task for my year 9 class but I had never taken it further. When I analysed my student voice data I was intrigued to learn they wanted to focus on:
  • ·         Knowledge construction
  • ·         Real world problem solving
  • ·         Self-management
  • ·         Skilled communication

I analysed the flipped model using the SAMAR model for blended e-learning planning framework and the 21st Century Skills to assess if this could help with the student’s needs. I also read the e-book; Flipped Learning – For Science instruction, Jonathan Bergmann and Aaron Sams, 2015 from the Unitec library. It was soo good I bought the book!

I was really nervous and apprehensive about making this change in pedagogy. At the time of implementing this change I was recovering from a frozen right shoulder/arm, so my Level 2 Physics class three weeks behind the other classes. I applied J. Kotters’ eight step change method along with Robinsons diffusion of change concepts. I explained the need for change and how we were going to do it. We also celebrated our little successes and I reminded the students that this would allow us to go deeper into our learning and catch up. When we caught up, I was elated. We then got to a point where each week we have one hour of guided practice, this allows me to move around the room to deliver individual support and instruction while students can collaborate together or work at their own pace. We linked this to our development of our 21st Century skills and the concept of self-management and collaboration.

This model has been empowering for me as a teacher and for the students. They have active conversations about their flipped prep and at the end of each week ask for the flipped prep for the next week. Parental feedback during a recent parents evening was also encouraging. The impact of this model on student results is analysed in a separate entry (24.7.18). I believe this has improved my practice as it has given me time to employ the guided practice hour and I am beginning to facilitate the learning on occasion and not just lead from the front. I am going to continue with this model and I am beginning to encourage other senior science teachers to consider this at school too.

I’m interested to know what other positive changes in practice have occurred for teachers during their Mind Lab journey.

Comments

  1. I enjoyed reading your post. Great question. I think it is exciting that you are willing to take risks in order to make learning more relevant for your students and make a real difference.
    For me, a real positive change in practice during my Mindlab journey is the use of research to inform my practice. During my time as a teacher I have implemented many new things but I don't think I ever actually researched the validity of the innovation I was wanting to implement. This has been a real challenge for me. I think far more deeper about what I am doing now and why I am doing it. What am I hoping to see change? I have certainly become more reflective. Korthagen,F. (1993) differentiates between reflection and critical reflection and this is something I am now trying to incorporate into my everyday practice. My experience of Mindlab has taught me the importance of looking deeper into what we do and looking for new ways to do things that will better support our students for 21st Century learning.

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    1. Thanks June for your positive comment. I do have to agree that an unexpected benefit of the Mindlab process is having the research to inform us of the benefits of the change in practice and reflecting on the possible impact of our change in practice. I just feel fortunate that I could observe the improvement in my practice inline with the research.

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  2. A great post, I love your positive experience around the impact of your flipped classroom learning. You have given considerable thought and research to your initiative. I wonder how you manage the students who don't do the flipped classroom? I imagine the positive energy you have given this project and the positive results has engaged all your students. I'm in a primary school and because we have a no-homework (unwritten) policy, we do the flipped classroom within the classroom. Students have the choice of being 'student lead' (flipped classroom) or 'teacher led' (face to face). It is certainly giving them ownership of their choice of delivery - student agency - but no less time to spend on the ‘guided practice’. You have certainly had a direct impact on your students and I am inspired to continue with the flipped classroom. Like you I was very apprehensive and nervous before beginning this Mindlab course. I can’t believe how much more reflective I am now of my own practice and that I am now valuing the importance of research and include this in staff presentations etc. Thanks for posting.

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    1. Thanks Robyn. I was lucky enough when researching my digital 1 assignment to find the Flipped Learning e-book using the unitec library. I wanted to know more so went on the flipped learning website:
      http://www.jonbergmann.com/flipping-for-administrators-how-do-you-support-your-teachers-as-they-start-to-flip/
      This led me to buying the Flipped learning for Science instruction book by Jonathan Bergmann and Aaron Sams, this was just a simple guide but it helped build my confidence. They do a book for the elementary classroom too.There is also support for this model on:
      http://elearning.tki.org.nz/Teaching/Future-focused-learning/Flipped-learning

      As for my students who have not engaged fully - I have about 6 of these out of 29 Level 2 Physics students. Well I am following the advice and going to create a screen cast video or two of the power point for our current topic to try and get the final buy in. The research states that the fact that I have made it makes the difference. So we will see. I have 4 hours of inquiry time that I can book before the end of the term at school, so I am aiming to do these videos then. A bit of a challenge as I hate hearing myself on video.

      Good luck with your students.

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