It will probably take more than one post to unwind my last week of conferencing, but let’s start here. I sent a script through the conference programs and pulled out every uploaded handout and slidedeck.
- NCSM Annual Meeting [huge zip file]
- NCTM Research Preconference
- NCTM Annual Meeting
After skimming through every file, I’ll note that the uploads skew heavily towards primary. So if you’re looking for those resources, you’re in luck.
In case your interests follow my own, here are the presentations and papers I’ve pulled aside for a closer reading:
NCSM Annual Meeting
- Bellman. Using Free Apps to Encourage Develop, and Support Young Teacher’s Use of Classroom Level Assessment.
- Carroll. Distance Learning for Teachers: Adventuring into Online Mathematics Professional Development.
- Dockterman. Early Math Intervention: Catching up Sooner Is Better.
- Fetter. The Whole Problem-Solving Process: Traversing the Chasms Between Thinking, Talking, Writing, and Typing Mathematics.
- Fulmore, et al. Teaching for Social Justice in Mathematics.
- Gray. Building Bridges Between Mathematical Tasks and Digital Resources.
- HÃ¥kansson. Equity and Excellence: Understanding Ratios and Proportional Reasoning.
- Hickman. Smarter Balanced — Making Connections: Eliciting to Acting on Evidence.
- Lots. Ross Taylor Past Presidents’ Session.
- Milou. Challenges in Math Education: A Call to Action.
- Norris, et al. Using NCSM’s Great Tasks in the Digital Age.
- Rinehart. Rethinking Ratios and Proportional Relationships: Implications for Teacher Leaders.
- Seitz & Erickson. Great Tasks: The Pleasure and Luxury of Being Wrong in Mathematics.
- Tanner. The Evolution of Online Learning from a Teacher’s and Student’s Perspective.
- Wilson & Gough. #SlowMath: Looking for Meaning Before the Task.
NCTM Research Preconference
- Dove. The Influence of Consecutive Flipped Learning Courses on Students’ Math Anxieties.
- Jarry-Shore & Kobiela. “It won’t work every time”: The Refutations of Pre-Service Elementary Teachers.
- Jensen, et al. Maintaining High Levels of Cognitive Demand Through Student Silence.
- Liu. What Do Eighth Grade Students Look for When Determining If a Mathematical Argument Is Convincing?
- Lobato, et al. Beyond the Demonstration of Procedures in YouTube-Style Math Videos.
- Munson. Conferring in the Elementary Mathematics Classroom: A Framework.
NCTM Annual Meeting
- Abel & Searcy. Using Social Networks to Teach Graph Theory.
- Boakes. Seeing Is Believing. Using Video Reflection Techniques to Strengthen Instruction.
- Carroll. Learning from Research: Using Worked Examples in Math Class.
- Cooperman. Challenging Precalculus Alternative Assessments Using the Free Online Desmos Calculator.
- Creagar & Daiga. Providing Students with the Power to Prove.
- DenBesten & Oswalt. Functions for ALL: Toward a Rigorous and Thorough Understanding.
- Franklin, et al. Essential Knowledge for Effective Teaching and Learning of Statistics.
- Gann. Building Proficiency in Mathematical Modeling.
- Gay & Peterson. 10 Classroom Ideas That Use Writing to Promote Deeper Understanding.
- Godbold. Mathematical Modeling for High School.
- Gordon. Magical Makeover! Strategies for Content Rigor, Relevance, Richness.
- Griffin & Lynch. Bridges That Don’t Fall Down.
- Grinwis & Manganello. The Rewards and Challenges of Standards-Based Grading.
- Krall. Fumbling Towards Inquiry: Starting Strong in Problem-Based Learning.
- Lewis & Vierra. Early Learning Math at Home.
- Mooney. A Blended Mathematics Class. Creating Authentic Online Mathematical Experiences and Meaningful Writing.
- Pahler. Guidelines for Assessment and Instruction in Mathematical Modeling Education.
- Peck. Making Inferences and Justifying Conclusions.
- Pickford. A Deep Dive into Fraction Operations.
- Surti. Asking Effective Questions.
- Tanton. The Mathematics of Bicycle Tracks.
- Tran & Oliver. Get Function-Minded: Tasks to Jumpstart Relationship Thinking.
If you find any material you recommend, please highlight it in the comments.
15 Comments
David Wees
April 17, 2016 - 5:22 pm -Erik Laby and I posted resources for our session here: http://meetings.nctm.org/2016-annual-meeting/designing-assessment-structures-that-work/
I’m hoping to post a screen-cast of the critical parts of our workshop that you can’t easily understand from the slides within the next week or so.
John M
April 17, 2016 - 6:25 pm -THANK YOU!
Autumn
April 17, 2016 - 8:22 pm -How AWESOME!
Thank you for taking the time and mental effort to do this!
Sue
April 18, 2016 - 4:22 am -Thank you so much for these resources. This will be very useful! Thanks again for your wonderful conferences. How refreshing!
Mishaal Surti
April 18, 2016 - 6:29 am -Thanks so much for putting these together… and even more for mentioning my session!
You should be able to find the full slides and other resources at http://regionals.nctm.org/2016-annual-meeting/getting-students-talking-open-questions-in-high-school-math/. (You can find a direct link to the session slides at http://tinyurl.com/NCTM2016Surti as well.)
john oberman
April 18, 2016 - 9:29 am -thank you very much
john oberman
April 18, 2016 - 9:29 am -interesting
Danielle Reynolds
April 19, 2016 - 1:07 pm -I’m looking for the video of your presentation on Saturday. Has it not been uploaded yet? Trying to share with a colleague that couldn’t make it.
Thanks so much!
Dan Meyer
April 19, 2016 - 6:22 pm -@Danielle, not yet, but I’ll be sure to let you all know when it arrives.
Xavier
April 20, 2016 - 12:34 am -Wow!. A hugh effort to read them all ,-)
Jennifer Malone
April 20, 2016 - 8:56 am -I would also like to know when the video of your Saturday session becomes available. I can tell my teachers to “delete their textbooks” but your illustrations and examples were spot on. I would love to show them how easy it is to start with a visual and later add in the math. Thanks for all you do.
Tina
April 21, 2016 - 8:58 pm -I attended your talk at Sonoma State yesterday and played off your idea of locating the dots. We are working on equations of circles so I made the dots in a circular formation and had my students try and describe which dot they selected. they loved it, felt like they were playing a game. I also used the idea of getting wrong answers. I made sure they substituted points into the circle equation that were not on the circle (which the book neglected to do). There is a wealth of information here and I am looking forward to exploring it more as well as watching your upload of your Sat. talk. lThank you!
Dan Meyer
April 22, 2016 - 9:01 am -@ Tina, awesome work. Understanding where the wrong answers live is as important as calculating the right ones.
@Everybody who asked, my talk from #NCTMAnnual is now online. Enjoy!
Elizabeth (@cheesemonkeysf)
April 22, 2016 - 11:16 am -@Dan – Here is a link to all the materials from my session:
Talk Moves and Task Structures for MP 3 (using Talking Points)
http://cheesemonkeysf.blogspot.com/2016/04/nctm-2016-talk-moves-and-talk.html
Jamie Duncan
April 25, 2016 - 7:21 am -Thank you for doing this! I put ours up last Friday.
Primary Students in Powerful Mathematical Discussions… For Real?
http://padlet.com/jamie_duncan/45dgro9gzpve