Andy diSessa Webinars – May 2019

Andy diSessa Webinars

We are looking forward to Andy diSessa’s participation in our Webinar Series!

Each webinar will include a Q&A session.

  1. Webinar #1: Computational Literacy & Mathematics Education – Wednesday, May 15, 7:30-9:00 pm (EST)
  2. Webinar #2: AI in Education – Wednesday, May 22, 7:30-9:00 pm (EST)

To participate in one or both of the webinars, please send an email to George Gadanidis at ggadanid@uwo.ca

This webinar will be facilitated by Lisa Floyd and Steven Floyd.

Andy diSessa, Berkeley Graduate School of Education

Corey Professor of Education Andrea diSessa is a member of the National Academy of Education. His research centers around conceptual and experiential knowledge in physics, and principles for designing flexible and comprehensible computer systems. He is the director of the Boxer Computer Environment Project. Boxer is an integrated system that allows non-experts, including teachers and students, to perform a broad range of tasks, including programming. His current work focuses on student ideas concerning “patterns of behavior and control.” Please see  http://gse.berkeley.edu/patterns-project

Support

Webinar #1: Computational Literacy & Mathematics Education

Wednesday, May 15, 7:30-9:00 pm (EST)

“Literacies shift the basic intellectual structure of domains of knowledge along with learning trajectories and societal participation structures – who gets to do what. Concomitantly, a literacy needs a literature. One needs to transcend a representational system by itself, and get to civilization’s expanse of deep and powerful ideas.” (diSessa, 2018) 

Questions to consider
  1. In what ways might a computational literacy transform learning, especially in mathematics? In what ways can we use literacy with text (or, say, with algebra/calculus) as a model to build on? In what ways might computational literacy be essentially different?
  2. What would be some examples of using computational literacy to get to some deep and powerful ideas of mathematics? What topics might be most favored by a computational literacy and what least? Is this a problem for “coverage,” or an opportunity?
  3. How can computational literacy afford new and more powerful patterns of student engagement with deep and powerful ideas of mathematics?
  4. Via what social processes will a true computational literacy be realized? E.g.: (a) Everything changes rapidly these days. Can we “do”computational literacy in a few years? (b) First, we need to convince the scientific/educational  community that computational literacy “works” and works better that what we do now? (c) We need to cultivate a grassroots community of advocates and practitioners?
Participation
  • To participate please send an email to George Gadanidis at ggadanid@uwo.ca
Suggested Readings
  • diSessa, A. (2018). Computational Literacy and “The Big Picture” Concerning Computers in Mathematics Education. Mathematical Thinking and Learning 20(1), 3-31.
  • diSessa, A. A. (2000). Changing Minds: Computers, Learning, and Literacy. Cambridge, MA: MIT Press.
Classroom examples (from the Math Knowledge Network archives)

These examples might be helpful as things to point to as we try to better understand what computational literacy is (or is not) and what it affords (or does not afford). Also please bring your own examples to share.

1. Modelling Repeating Patterns in Grades 1-3
2. Modelling Civilization in Grade 3
3. Symmetry in Grade 3
4. Grades 4-10 coding resources
5. Grade 10 Math + Computer Studies integrated program
6. Computational Thinking in Tertiary Mathematics Education

Webinar #2: AI In Education

Wednesday, May 22, 7:30-9:00 pm (EST)

With the increasing progress made by industry in developing AI tools and processes, we are seeing calls to bring an educational focus to AI.

Let’s explore what might be on the horizon.

Questions to consider

We are especially interested in looking at the role of AI in education, both as a tool and as an object of study:

  1. What are some examples of AI in education?
  2. How might AI that may transform teaching and learning?
  3. What mathematics knowledge underpins some of the work on AI, and how does this knowledge mesh with existing curricula?
Participation
  • To participate please send an email to George Gadanidis at ggadanid@uwo.ca
Suggested Readings
Classroom examples

 

OrganizATION TEAM

  • George Gadanidis (Western University)
  • Iain Brodie (Western University)
  • Chantal Buteau (Brock University)
  • Erin Clements (McMaster University / Western University)
  • Jeff Cummings (Wellington CDSB)
  • Arielle Figov (MKN Coordinator)
  • Lisa Floyd (TVDSB / Western University)
  • Steve Floyd (TVDSB / Western University)
  • Janette Hughes (UOIT)
  • Donna Kotsopoulos (Huron University)
  • Laura Morrison (UOIT)
  • Immaculate Namukasa (Western University)
  • Joe Russo (Toronto CDSB)