Team Teaching: Student Survey Results & Analysis Pt. 2 - Triumphs!

Jaime Groeller & Ivy Waite~ Grade 8 Humanities

This post is part of a series. Read the previous posts here, here, and here.

As discussed in a previous post, on April 30 we conducted a formal survey of our students regarding the team teaching approach we have taken up over the last 9 months. We had conducted informal surveys twice before, and tried to take into account the concerns and suggestions provided to make the experience more positive for the majority of the students. Here is part 2 of an anecdotal analysis of the formal survey. (Part 1 can be found here.)

Overwhelmingly, the positive responses outweighed the negative. Many students clearly understand and appreciate the learning experience we as teachers are trying to provide. They identified and commented on many of the specific items we outlined as goals of our team teaching:

Inquiry in Math: Order of Operations

Candice Shaw~ Grade 7 Math/Science

After reviewing integer addition and subtraction, and order of operations, I gave my Grade 7 students a challenge. This became a competition between many students and myself. The problem is as follows:

Given the following expression, What is the greatest solution you can create? What is the least solution you can create?

Rules:
You can only manipulate sets of brackets - the order of the numbers and symbols cannot change.
You can use as many sets of brackets as you wish.

Team Teaching: Student Survey Results & Analysis Pt. 1 - Challenges

Jaime Groeller & Ivy Waite

This post is part of a series. Read the previous posts here and here.

On April 30 we conducted a formal survey of our students regarding the team teaching approach we have taken up over the last 9 months. We had conducted informal surveys twice before, and tried to take into account the concerns and suggestions provided to make the experience more positive for the students. Here is part one of an anecdotal analysis of the formal survey. (Part 2 can be found here.)

As is human nature, the less supportive comments often overshadow the supportive. As teachers, we want to ensure all students have the opportunity to learn in a safe, supportive environment, while continuing to provide differentiated instruction and authentic learning opportunities. The reality is, and we are learning to accept this and work through it, you can’t please everyone. Not every person in 100 will completely support anything, but we hope to find some compromises for those that are less than thrilled with the team teaching approach.

Using the SmartBoard to Teach Algebra

Kevin Sonico~ Grade 9 Math and Science

Some have referred to them as glorified whiteboards.  SmartBoards have had the unfortunate reputation of digitizing technology that was already in its own way a useful tool.  Some teachers may have even requested for the removal of SmartBoards for the use of that valuable real estate behind it. The challenge is the to rethink of how we can use them differently in our classrooms. So instead of thinking of them as expensive blackboards or overhead screens where we only project content, let us make them more dynamic and interactive.  Perhaps we can start to think of them more as oversized tablets.  

One of the most useful functions of the SmartBoard is the infinite cloner.  I was originally introduced to the idea of using the infinite cloner in modelling integers.  Because this was such an effective way to visualize why we “invert and multiply” in subtracting integers, for example,  I thought it would be great to demonstrate polynomial functions. Using individual manipulatives such as Algebra Tiles have been very helpful in visualizing such an abstract concept.  To use the SmartBoard much in the same way like an iPad:

Community Building in the Middle School

Erin Couillard~ Grade 5 Math/Science, Learning Coach

I have been thinking a lot about community building in the middle school.  I began my teaching career in a very small K-8 school in a rural Alberta town where one didn’t give much thought to community building, as the school WAS the community.  Parents were in the school regularly, siblings saw each other in the hallway all the time and families gathered at community events, soccer practices, swimming pool, skating rink.  In a large middle school (600 students, grades 4-9) which draws its population from all four quarters of a large city, a sense of community isn’t a ‘give-in’.  It must be purposefully orchestrated. 

Grade 6 Wind Tunnel: Air and Aerodynamics

John Cadman & Greg Neil~ Grade 6 Math/ Science Teachers

Calgary Science School

This is a design for an open ended wind tunnel. This means the fan pushes air into the tunnel instead of pulling it out the end. Assembled it is 4ft long, 2 feet wide, and 2 feet high. Our hope in building this tunnel as we did was that in future it would require no tools to re-assemble. This design is a larger version of a tunnel original built by Louis Cheng at CSS using an old computer fan.

How it works in the classroom:

The challenge to students is two fold. They will design and build a wing/air foil that will generate the most lift in the wind tunnel and achieve the greatest distance outside the wind tunnel.

Team Teaching: The Reality

Ivy Waite & Jaime Groeller

This post is part of a series. Read the previous post here.

SPACE

Jaime's "Work Room" (Left) & Ivy's "Collaborative" Room (Right)

When we set up our classrooms in early August 2012, we were both so excited to begin this adventure. We spent time thinking about how we could provide the best physical learning environments, and even searched the internet for affordable options for students who like working while sitting on the floor. (We eventually settled on those foam-like floor tiles from Canadian tire.) Because of the lack of “alternative” seating for the “tabletop-free room”, we reevaluated our plan and ended up setting Ivy’s room up as the “conversation room” and my room as the “work room.” We put all the tables into Ivy’s room, and set desks up in my room, trying to ensure we had room for 50 students in each room. We envisioned one room as the place where class discussions would happen while the other would act as the place for mini-lectures, etc. We soon abandoned this plan. Here’s a few reasons why:

ConnectED Canada 2013

The Calgary Science School is pleased to be hosting the ConnectED Canada Conference for a second time. This is a unique education conference where the first day of the event is held at our school during an operational school day with students. Student tour guides will host groups of educators as they visit classrooms, view student work and speak with the teachers and students.

This conference is the physical meeting of a digital community that meets throughout the year online through hashtags, hangouts, blog posts, MOOCs, and more. Emphasis is given to discussions and meeting time throughout the 3-days at Calgary Science School. The online community is a collaborative one, where all voices are equal in the discussion. The sessions at ConnectED honour this and are facilitated discussions rather than stand and deliver presentations. Everyone in the room is a contributor.

Our welcome reception on Friday May 24 will be held at the University of Calgary in the Alberta Room. Bussing has been organized for the 116 conference participants who are staying in the Mount Royal University residence. The schedule of speakers for the reception is available on the ConnectED website.

The session schedule for the following two days has been posted on http://connectedcanada.org

Our staff steering committee is working hard on the logistics for the event, which has seen almost double the registration from the first ConnectED. Our students are beginning to get excited to share their work and experiences at CSS.

CSS Reads- Grade 9

 Jason Publack & Abby Saadeh~ Grade 9 Humanities

The Grade 9 teaching team, which included two student teachers this term, constructed a reading competition based on the CBC’s Canada Reads program. Scott Bailey, one of our University of Calgary student teachers, created a CSS Reads website to share and track the process of competition. The site is an excellent exemplar for schools wishing to host their own ______ Reads unit. Please let us know if you are hosting a similar competition. We would love to connect.

Calgary Science School Animation

One of our talented grade 7 students recently created this animation about learning at the Calgary Science School in his animation elective.

Student Insights into the Educational Potential of the Flipped Classroom

David Scott and Jason Publack ~ Grade 9 Humanities

Over the last few years there has been increasing talk within educational circles around the potential of the flipped classroom to enhance learning. Historically, and this is confirmed by a great deal of research, classrooms have been places where students spend a great deal of their time listening to teachers talk. Whether teachers are lecturing or explaining a particular concept, this has meant students have relatively limited class time to apply the concepts or ideas they learn from the lecture and must therefore do this at home for homework. This has meant that during the most difficult part of the learning process when they might need aid and support, they are left to their own resources when they are having difficulties or need extra help.

Cross Authority Teacher Planning Institutes

We started the school year looking for new ways to collaborate beyond the walls of our building. We investigated the opportunity with the Rocky View School Division. Acknowledging that collaboration is more than linking people through curriculum, Darrell Lonsberry, and Dan McWilliam met with Josh Hill from RVSD and identified 3 stages or levels of collaboration for a Cross Authority AISI project.  As described by Ivy Waite, "Collaboration is more than just sharing ideas, but the process of working together to achieve a common goal. True collaboration is a process in which two or more people co-conceive, design, execute and reflect upon teaching and learning. It is this process that ensures our students are engaged in meaningful, authentic, engaging, inquiry based learning."

Inquiry in PE

Student Teachers Josh Stanley and Matthew Maccagno with Tammy Berry and Dean Schmeichel ~Physical Education grade 4-9

What could an inquiry unit in PE look like? At CSS, we challenged all 600 students from grade 4 to grade 9 to explore the question, “To what extent does training affect performance?” Each student was given the opportunity to choose a sport or activity that they were interested in, and then create a plan to improve a specific skill in that sport or activity. How the students chose to use their time over the course of the unit was entirely up to them. They had access to all the resources that CSS has for physical activity.

The rubric was created collaboratively between teachers and all the students in the school over the first two days of the unit.

Here’s what it looked like daily while students were working on their individual project:

On Light, Shadows and Experience

Deirdre Bailey and Jenna Callaghan

We began a recent investigation into Light and Shadows in Grade 4 by posing the question “What is Light?” to our students. Before beginning the conversation, we reminded students that the world is not nearly as concrete or easily-understood as over-simplified statements of "fact" might often imply. We talked about how scientists are by nature inquisitive, always open to possibility and a reinvention of old ideas. We suggested that throughout our inquiry, they too might have the potential to share a completely new perspective, contribute to making new discoveries and either support or disprove current thoughts. With two of us in the classroom, we were able to capture some of our students’ opening ideas about 'Light' and have embedded them below.

Grade 5 Electricity Collaboration

Kathryn Desrochers ~ Grade 5 Math/Science Student Teacher University of Lethbridge

Just before spring break, our grade 5 students (and teachers) had an opportunity to learn from an expert. Emily Marasco is a University of Calgary student working on her Graduate Degree in Electrical

Engineering. As part of her Master’s research, Emily has gone around to various schools conducting a set of electricity modules for project based learning. This turned out to be a wonderful partnership, in which Emily could conduct her research with 100 willing students and our school community benefited from her expertise, enthusiasm and hands on approach.



 All of the modules were well thought out and aimed at building understanding of concepts related to electricity through hands on exploration. Emily used STEM - Science, Technology, Engineering and Math with a focus on helping students understand what Engineers really do. Students were engaged in various learning experiences with curricular links extending beyond science and into technology, art and social studies and language arts.

Family Artifact Inquiry- Grade 7

Rick Fawcett and Jared McKenzie~ Grade 7 Humanities.

This project was designed as a way to share the personal connection the students have to Canadian history and to engage them in the process of curating a historical narrative of their own family's history.

Student Teaching: Mentorship and Collaboration - A Video Reflection

Jenna Callaghan and Deirdre Bailey

Deirdre 

Working with a student teacher these past few months has been an exciting and rewarding experience. From our first meeting, it was evident that Jenna and I shared a similar pedagogical philosophy; with a strong focus on reflection and discipline-based inquiry. Jenna’s early ideas and questions were guided by an honest vulnerability that allowed for a number of frank conversations around assessment, engagement and lesson design in an inquiry based classroom. My understanding of collaboration - developed and deepened through a powerful team-teaching relationship with Amy Park - had led to a familiarity with how professional collaborative relationships might evolve and I was excited to incorporate my prior understanding and experiences.

Grade 5 Wild Weather Inquiry

Erin Couillard- Grade 5 Math/Science

 Big Question:  Are we seeing a dangerous shift in climate? Or just a natural stretch of bad luck?

This question was inspired through question brainstorming with students at the beginning of the Grade 5 weather unit as well as a National Geographic article I read in the fall.

Supporting Questions (student generated)

A. Has your "event" gotten worse over the years?
B. Why does this "event" happen? (Consider the weather science)
C. Where does this "event" happen? Only in one place in the world or in multiple places?
D. What time of year does your event usually happen? Has this changed over time?
How as this event affected the people/animals that live there?
E. Has your "event" impacted the economy?
F. How have humans adapted to changes in this "event".

Pi Discoveries with Grade 4

Heather Melville ~Grade 4 Math/Science

What is Pi? Why are we celebrating Pi Day? Didn’t you spell Pi wrong Mrs. Melville?

March 14^th turned into deep mathematical discussions for the 4.3 and 4.4 students. Rather than thinking the concept of Pi was too difficult for the students to comprehend, we explored what knowledge we already had and applied it to a new idea. Our math class began with a read aloud book titled; “Sir Cumference and the Dragon of Pi” by Cindy Neuschwander. We discussed the character names and what they were mathematically (radius, diameter, circumference, geometry and symmetry). The students loved to interact providing the sound effects for the story. 

Crowd Sourcing Fourth Graders

by Deirdre Bailey

Cross-posted on Savouring the Ish

I've got a novel on iPads in the grade four classroom waiting to be written. Lots of discoveries, ideas, struggles and triumphs. I just need to find the time to document it all properly. This brief gem, however, is too awesome not to share.

Earlier this year, our teaching team's excited discovery of the Edmodo app as an excellent resource for collecting and organizing student work digitally and providing an avenue for ongoing feedback was stinted by the limitation of only being able to upload images or links from the iPads. Our optimism was recently renewed by updates to the iWork apps which made it possible to upload pages, numbers and keynote documents directly to Edmodo. The latest struggle has been with how we might be able to have students download iWork templates we post to Edmodo and open them using the associated app. It seemed that the only way to open a doc from Edmodo was as a preview and frankly, I was beginning to think it wasn't possible any other way.

Nevertheless, while driving home from the mountains yesterday I posted a sample template for students to track their mousetrap car results to Edmodo via the numbers app with the comment "let me know if any of you figure out how to open this document as a numbers template!" Honestly, I didn't expect much. This morning I woke up to 17 replies...