This fall, many divisions had the opportunity to work with local fused-glass artist Debbie Hungle, who visited classrooms to introduce students to the art and science of fused glass.

Through this hands-on experience, students explored creative and critical thinking, fine-motor skills, and design processes as they moved from idea to artifact. They sketched and prototyped their designs, experimented with colour, shape, and layering, and made thoughtful decisions about composition, balance, and symbolism before assembling their glass pieces. Students learned that fused glass requires patience, precision, and flexibility—adapting their plans as materials behaved in unexpected ways during the firing process.

Each finished piece reflected students’ individual identities and ideas, highlighting their ability to plan, revise, problem-solve, and persist through a multi-step creative process. The workshop was a meaningful blend of art, design, and craftsmanship, and a powerful example of learning through making.

Photos of Division 3’s Fused glass showcasing how students highlighted their values, identity, and what matters most to them in symbolic ways.

Teen Art Contest 2025

We invite teens to submit art pieces that reflect your artistic journey where you have experimented, taken risks, and created artworks that matter. You are encouraged to combine curiosity and imaginative thinking to create work that is expressive, thoughtful, and truly your own.

Submissions are open now until January 16, 2026.

LEARN MORE AND ENTER CONTEST.

Submit Entry

ECU Teen Art Contest Terms and Conditions.pdf

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Today, all Aubrey students had the exciting opportunity to take part in a special presentation led by the Vancouver Warriors. The session introduced students to the sport of lacrosse, where they learned about key skills and techniques, the fast-paced nature of the game, and what it takes to play at a high level.

Students also explored the rich history of lacrosse and its deep Indigenous roots, learning how the game has long been played as a sport, a ceremony, and a way to build community. This historical perspective helped students better understand the cultural significance of lacrosse beyond the modern game.

Adding to the excitement, students learned that lacrosse will be included as an Olympic sport at the 2028 Games, highlighting how this traditional sport continues to grow and gain recognition on the world stage.

The presentation was engaging, informative, and inspiring, leaving students with a greater appreciation for the sport, its history, and its future. A big thank you to the Vancouver Warriors for sharing their knowledge and passion with our students!

Here is the flyer they gave out in case you missed it at today’s assembly and want to redeem this special offer:

Over the past few weeks, our class has been exploring a unique intersection of art, technology, and identity. Students have been learning the foundations of electrical circuits—from understanding positive and negative pathways to experimenting with conductive tape, LEDs, and switches. But this wasn’t just a lesson about circuits or how electricity flows. It was a lesson about how ideas flow, how identity forms, and how design brings meaning to life.

Today, our classroom transformed into a studio-lab hybrid: sketches, circuit templates, reflection cards, LEDs, copper tape, and personal artifacts spread across the tables. As students worked, the room buzzed with quiet concentration, collaboration, and that unmistakable excitement that comes from making something real.

The Goal
To create a small illuminated artifact that represents a part of each student’s identity—a value, memory, interest, or personal symbol—and to use circuits as a medium to bring that symbol to life.

The Design Process

Students moved through the same creative process engineers and artists use:
• Understanding context: Who am I? What story do I want to tell?
• Planning & sketching: Mapping out a circuit and deciding where light would add meaning.
• Building & testing: Laying down copper tape carefully, troubleshooting loose connections, and making adjustments when things didn’t quite work the first time.
• Reflecting: What does this artifact represent? How does light change or highlight the message?

This process wasn’t always smooth—and that was the best part. Students learned that friction is part of creativity: lights that didn’t turn on right away, tape that wrinkled, designs that needed rethinking. These moments pushed them to think critically, problem-solve, and collaborate.

Identity Through Light

Each student chose a symbols that reflected something meaningful to them. Some selected:
• an initial representing their name or family,
• a favorite object or hobby,
• an abstract image reflecting emotion or personality,
• or a metaphor from their ongoing Designing for Justice work.

The addition of light invited students to ask deeper questions:
• What part of my story needs illumination?
• Where do I want others to look first?
• How does light change the way someone understands my design?

This combination of circuits + identity became a powerful entry point into multimodal expression. Students weren’t simply “learning circuits”—they were designing meaning.

Why This Matters

This project brings together many threads of our learning this term:
• Science/ADST (Applied Design, Skills & Technologies): Learning circuits, iterating, prototyping, and testing designs.
• Arts Education: Using visual storytelling and symbolism to communicate an idea.
• Language Arts: Crafting a narrative through artifacts and reflective writing.
Core Competencies:
• Creative Thinking: generating ideas and trying new approaches.
• Critical Thinking: solving problems when circuits didn’t work as expected.
• Communication: explaining identity through visual and technological choices.
• Personal & Social: reflecting on who they are and what matters to them.

Through these lessons students are beginning to see themselves not only as learners—but as designers, makers, and storytellers.

A Glimpse Into the Classroom

The photo above captures the beautiful mix of technical skill and personal expression that filled our learning space today: careful hands laying down copper tape, sketches transforming into circuits, and identity artifacts slowly taking shape.

Every student’s project tells a story.

Every glowing LED is a reminder that creativity, identity, and technology can come together in powerful ways.

We can’t wait to share the finished artifacts with you as our work continues to evolve.

Parent–Teacher Conferences are coming up, and I’ve opened additional dates and times to offer families more flexibility. Because I also run Literacy Buddies and our after-school Science program, my schedule may differ slightly from other teachers—thank you for your understanding.

Key Dates

• Early Dismissals: Tuesday, November 25 and Wednesday, November 26 students will be dismissed at 2:00 p.m.
• Science Buddies: There will be no session on Wednesday, November 26. Sessions will resume on Wednesday, December 3.

Book Your Conference

Please use the link below to sign up for a meeting time that works best for your family:
👉 Parent–Teacher Conference Sign-Up

If you don’t see a suitable time, please let me know and I’ll do my best to find an alternative that fits your schedule.

If we have met recently, or if you feel a conference isn’t necessary at this time, please let me know.

Thank you for your ongoing support. I’m looking forward to meeting and discussing your child’s progress and goals.

Kindest Regards,

Ms. Smith

Dear Families,

I am excited to share an update on the New Genius Science enrichment program, offered after school on Wednesdays for interested Grade 6/7 students. This program is made possible through a wonderful partnership with high school science mentors from Burnaby North Secondary, who volunteer their time to teach and guide our learners through hands-on biology, cells, DNA, and genetics activities, which I sponsor and supervise for Aubrey students.

Over the first two sessions, students explored:

Lesson 1: Cells & Their Functions

Students were introduced to the basic structures inside plant and animal cells. They learned about key organelles and their roles, and then created their own Play-Doh cell models to visually represent what they learned. The hands-on building helped deepen their understanding and sparked a lot of conversation and curiosity.

Lesson 2: DNA Structure & Sequencing

In the second session, students investigated the shape and purpose of DNA. They examined what a double helix looks like, discovered how base pairs work, and practiced sequencing. To bring the concept to life, students built edible DNA models using licorice and mini marshmallows—definitely a highlight, especially when they were allowed to eat their creations afterward!

The enthusiasm has been fantastic. Students are highly engaged, asking thoughtful questions, and truly enjoying the chance to learn science in such an interactive, supportive environment. Our high school mentors have been excellent role models, and the cross-school partnership has added an extra layer of excitement and connection for the students.

The students and I look forward to continuing the program this term and exploring more fascinating topics in biology with the group throughout the rest of the term. Stay tuned for more updates and don’t forget to ask your kids about what they are learning.

Ms. Smith