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2015

questions_in_math_slide_644x372.jpgIn this installment of the TeachOntario Talks, we are profiling and celebrating the teaching team at the Peel District School Board's Ray Lawson Public School in Brampton.

 

Overview

 

The teachers of Ray Lawson Public School in Brampton took teaching Math to a whole new level last year as they united in a school-wide professional learning project aimed at bringing best practices in mathematics to every classroom.

 

Led by Grade 6 teacher Jonathan So, the initiative was a Teacher Learning and Leadership Program (TLLP). Teachers engaged in targeted practices to improve student numeracy, problem-solving and communication strategies, while improving student engagement and confidence in Math.

 

Jonathan_So_headshot.jpgThese targeted teaching approaches included practicing math facts and processes, using rich, open-ended problems, accountable talk, probing questions, strategy-building, co-constructed criteria and descriptive feedback, So says.

 

“One of the best things about the TLLP is that it forced us out of comfort zones and had us trying new things and exploring things that we did not know before,” he says. “It was all applicable and useful to the classroom, because it was happening in the classroom. The best PD is useful PD.” All 20 teachers in the school participated in the PD sessions, which were led by a learning team of 10 teachers and So.

teacher_groupshot_edited.jpg

 

“We wanted to try to incorporate rich authentic problem solving tasks more regularly as part of the program,” So explains. “I wanted to give the students lots of time to learn how to use manipulatives effectively, to see different ways of recording solutions, time to practice and explain their thinking to others. This way, students will become more proficient at communicating their solutions.”

 

Key to the new approach was creating a bank of questions to probe students’ thinking. “The goal is to build good questioning and critical thinking as a staff and to understand how math is developed in students from K-5,” he explains.

 

Watch the video below, left to see So's Math class in action.

 

The Impact on Student Learning

 

The teachers found giving students real life problems, along with effective questions to consider, has had a positive impact on student engagement. “I'm so proud of how well our students can orally communicate their thinking now and explain their understanding to others,” So reports, adding that students' confidence in their Math abilities has also shown improvement. “I also find it incredible the learning that happens with seven-year-olds. The strategies and discoveries the students make and how they feed off each other is amazing.”

 

 

Teacher Learning

 

The greatest part of the project for So has been the collaborative aspect of planning and modifying teaching plans with his teaching partner. “Co-teaching and co-planning is the way to go. I loved doing this as a team.” He’s excited by how much he's learned in this year of teaching Math. “I have grown a lot in my understanding of the three-part lesson and the types of rich tasks that are appropriate for this kind of teaching and learning,” he says. “I have also learned how to effectively facilitate a math congress to consolidate student learning.”

 

Some of So’s specific take-aways include:students_working.jpg

 

  • The importance of posing critical questions during the consolidation phase of lessons in order to enhance the learning experiences of the students and tap into their thinking process;
  • The importance of following up with students; to use their conversations as assessment or to clarify what they were trying to communicate with their work;
  • Setting aside time to moderate student work is essential. It is very helpful to hear student reflections on their work and processes as we continue to build strategies;

 

So has also marveled at how even when using the same lesson, two different sets of students can produce completely different responses. “As teachers we have to be prepared for these possible outcomes,” he admits.

 

Teacher Jennifer Foster says the TLLP process allowed the school's teaching team to co-plan, co-teach and moderate together. "We were able to draw on each other's strengths as educators and design an engaging lesson incorporating 21st Century learning and thinking," Foster says. "The experience highlighted the importance of collaboration on a daily basis and made us aware of all the little things that we do as educators that sometimes we forget we do that makes the difference in the thinking that our students are doing. The experience made us take further risks, and also increased our own confidence as teachers."

 

The process of going through the project also challenged teacher Keri Ewert to expand the digital learning opportunities she provides in the classroom, she says. "We strove to provide innovative Math lessons that promoted and enhanced critical thinking skills," she says. Providing authentic, meaningful problems to the students allowed them to develop critical thinking and collaborative communication skills, she says.

 

Having the time to plan, discuss, team teach and talk about how it went after class, have been key benefits to the project, according to teacher Heather Childs. "This project allowed my teaching partner and myself to try new problems, debrief and then approach the problem another way," she says. "I also learned a lot by watching students in other classes learn and have conversations in other teachers' classrooms," she says.

 

Looking Towards the Future

 

Coming together as a staff to talk about teaching practices openly and professionally has been very rewarding, he says. “As teachers we do have rich staff meetings yet there is seldom as much time as we would like for deep learning discussions,” he reports. “But this actually started to happen during this project. In addition, the learning and growth of the teachers was amazing. We went from a school that taught Math as individuals to a staff that has a common language, a common purpose, and for the most part, a common practice. The majority of our staff now uses problem solving as a primary teaching tool. The students are becoming better problem solvers, communicators, and critical thinkers.”

 

Going forward, the teaching team plans to continue to build on this success and seek out further opportunities for professional development in Math. “It would be great if we can continue to build this into our Collaborative Inquiries next year,” he says. “This year, the gift of time from the project helped us all grow as a school.”

 

Questions? Ideas? Comments? Ontario educators can register on TeachOntario and join in more in-depth conversation about this TeachOntario Talk in Share under:

TeachOntario Talks Discussion: Teamwork Drives Student Engagement in Math

astronauts taking sample.jpgIn this installment of TeachOntario Talks, we are profiling and celebrating the second of three winners of this year's OTIP Teaching Award for Excellence sponsored by the Ontario Teachers Insurance Plan (OTIP) and the Ontario Teachers' Federation (OTF). Dr. Jim Magwood,  from Lisgar Collegiate Institute in Ottawa, is the secondary category winner.

 

How do you get secondary students with differing interests and learning styles to get excited about math, physics, chemistry, geology and biology? You send them to space, of course!

 

That has been the strategy for Dr. Jim Magwood, a chemistry and science teacher at Lisgar Collegiate Institute in Ottawa. As a chemistry teacher, Magwood has been known to ignite a lasting love of science in his students.

 

fun chemistry.jpg“Dr. Magwood is an exceptional teacher,” says Susan Hewitt, the Head of Science at Lisgar. “In class, he’s able to challenge our most gifted students, while also inspiring applied level students to reach farther than they ever thought they could.”

 

But it is what he does outside of the classroom that shows his true dedication as an educator.

 

For the past 15 years, Magwood has been the teacher supervisor of the Ottawa Carleton Educational Space Simulation (OCESS), a non-profit organization that promotes a greater understanding of space exploration and space research in students. Each year Magwood dedicates hundreds of hours and personal resources to the program.

 

What is the Ottawa Carleton Educational Space Simulation?

 

“The OCESS is a student-run group of anywhere from twenty-five to fifty students each year,” says Magwood. “They do two things: they try to further their own understanding of the exploration of space and space science, and they try to disseminate this knowledge to other students through a series of science educational outreach presentations.”

 

The OCESS, or "SpaceSim" to the students, is a club open to high school students across the Ottawa-Carleton region. It brings together students with a wide range of interests and abilities to run an elaborate space exploration simulation culminating in a 120-hour “mission.”

 

 

The mission is no small feat. A spacecraft is built by the students and is complete with bunks for sleeping, chemical toilets, a kitchen, complicated machinery, lab equipment, space suits, a bank of computers and anything else an astronaut needs in space.

 

The students divide themselves into groups. One group of six is the astronaut group. The astronauts learn to use advanced flight software similar to that of NASA astronauts.  They do the bulk of their work during the actual mission, as they spend the entire 120 hours aboard a spacecraft, taking and analyzing planetary samples, making complicated repairs in space gear, and trying to solve a myriad of problems sent their way, like water shortages, hull breaches, and engine malfunctions. Before it starts, the location and almost all aspects of the mission are kept secret from the astronauts. See TVO's video profile of Dr. Magwood at right.

 

Another group is Mission Control. Mission Control is a representation of a base on earth, like Houston in the movies. The astronauts defer to Mission Control for permission to undergo various tasks and pass along information of critical importance. Mission Control has direct authority over the parameters of the mission objectives.

 

simulators cause asteroid attack.jpgThe final group of students act as the simulators. The simulators are treated as if they don't exist by both the astronauts and Mission Control. The simulators create the events and environments that the astronauts experience. They spend a large portion of the school year crafting a makeshift planetary surface, and have the ability to tamper with the flight software to simulate events meant to test the astronauts' ability to adapt and problem solve.

 

Everything from the ship to the planetary surface is built by the students under Magwood’s supervision. The group meets on Fridays and Magwood is often there for 7 hours after school helping students with complicated math equations or even consulting on the best materials to build stalagmites. Magwood wrote the complex flight simulation software used by the group and often brings his own tools to help in the building. He also collects and donates old, used computer equipment from which the group can scavenge parts.

 

Learning for All

 

It might seem that only students with a demonstrated scientific acumen would join a club requiring a keen understanding of biology, chemistry, physics and math. But, according to Magwood, that is not the case.

 

mission control prepares for launch.jpg“Club members are students who are interested in science and interested in space,” says Magwood. “But we also have students interested in performance arts and in drawing and construction. There’s a huge range of interests and skills. We’ve got all sorts of students.  People who are homeschooled, people who are in private schools, anybody who is a student and is in any way interested in what we’re doing can join up.”

 

And, Magwood says, it’s amazing how quickly students realize they know more than they think they do. “They all work really hard, they all really stretch their brains and they all pull stuff together,” he says. “They’ll be bringing in chemistry, physics, earth science and space science and picking the little bits of things that they've learned through the years and putting them together—sometimes on the fly.”

 

The club celebrates diversity. Over the years several LGBT students and even non-binary students have found a home at OCESS. Kids who would not necessarily feel comfortable trying out for school teams or joining the school council, find the opportunity to shine and lead others at OCESS.

 

“Dr. Magwood cultivates a space where people who don’t fit in, do fit in,” says Samuel Baltz, one of Magwood’s former students. “SpaceSim is a place where everyone is welcome every Friday night, and for some teenagers that welcoming space is the single most important constant in their lives.”

 

Student Opportunities to Share Their Learning

 

In addition to completing a 120-hour mission, the students harness their learning and do outreach to elementary schools and high schools through space science workshops and planetarium presentations (they own a StarLab © portable planetarium). They also run a space science contest open to all grade 9 and 10 students in the region. Dr. Magwood supervises and helps the students polish their presentations.

 

Life-Long Impact

 

The students who have taken part in Spacesim laud Dr. Magwood for giving them a once in a lifetime opportunity that will help them exponentially in the years to come.

 

Samuel Baltz moved on to astrophysics at the University of Toronto and became the president of the university’s space society and the director of a federal space advocacy not-for-profit.

 

"I do these things because of Spacesim,” he says. “Dr. Magwood did not simply inspire me, he concretely shaped who I am today.”

 

 

 

Magwood describes the spacecraft and planetary surface (Above) .

 

Questions? Ideas? Comments? Ontario educators can register on TeachOntario and join in more in-depth conversation about this school in Share under: TeachOntario Talks Discussions: Space Exploration Ignites a Passion for Science in Students