Interdisciplinary Designs for Integrated Learning PiesporterRanee Drader • Kevin O’Connor • Gladys Sterenberg
Twenty-Two Terrific Teaching Strategies for Engaging of your Geeks and Non-Geeks CognacRoger Moore
Assessment Alternatives: Secondary Mathematics! Ballroom DLisa Myers
Beyond the Blue Bin: Exploring Climate Change Education ChampagneMilena McWatt
High Powered Water Rockets, Empowering Students and the Scientific Process Ballroom CAdam Holloway • Jeff Mikulin

Designing Math and Science Projects that Promote Cross Curricular Competencies PiesporterKerry Faber
STEM beyond the Technology BeaujolaisGlenda Casimir
Design Towards Continuing Narratives in Mathematics Curriculum ChablisLixin Luo
Equivalent Fraction: Knowledge and Knowing for Teaching ChampagneXiong Wang
Innovative Chemistry Demos Lecture Series IV – Maki(Ng) Science Cool and Spectacular! Ballroom CMichael Ng
Using Sherlock Holmes to teach the Scientific Method CognacRose Lapointe

Google Classroom and Google Apps for Education – How I Use Them Every Day in My Classroom Ballroom DColleen Yoshida
Teaching through Math Projects in the Junior High Classroom ChablisMonica Wiersma
Learning in Motion Ballroom CDanika Richard
The Night Sky on your Computer Screen BeaujolaisFarook Al-Shamali • Martin Connors

Cross-curricular Competencies: How to develop student competencies using environmental and energy education ChampagneKathy Worobec
Science and Math Integrated Projects for Junior High CognacJulie Arsenault
Manipulative Madness BeaujolaisDaryl MJ Chichak
Simple Hands on Activities Ballroom CCathy Schneider

Let the Students Do the Thinking! Ballroom DMark Haak • Greg Wondga
Eliciting and Using Evidence of Student Thinking in Mathematics Lessons BeaujolaisEdward A. Silver
Group Whiteboarding: Overcoming 8 ½ by 11 Mathematics CognacNat Banting
Homemade Science Ballroom CIan Doktor
I’m All About That Space ChampagneAmanda Green Merriman