Articles by author: mwilloughby

  • Brock-NCDSB Computational Thinking in the Mathematics Classroom

    Brock-NCDSB Computational Thinking in the Mathematics Classroom

    April 20, 1:30pm – 3:30pm

    Brock University room TH 253

    We are happy to invite you to attend the Brock-NCDSB Computational Thinking in the Mathematics Classroom event at education which our MATH 3P41 future mathematics teachers will briefly present the programming-based mathematics tasks developed in collaboration with NCDSB teachers.

    This new collaborative initiative falls under the Ontario Ministry of Education-funded Mathematics Knowledge Network (http://mkn-rcm.ca), more particularly as part of the Computational Thinking group (http://mkn-rcm.ca/ct/). For Brock University, it is an experiential learning component newly integrated to one of its course offering (i.e. MATH 3P41).

    KEYNOTE by Dr George Gadanidis (UWO)

    Co-Director of Mathematics Knowledge Network and a Canadian leader in the area of computational
    thinking in school mathematics education.

    Poster

  • Math Ed Seminar Series @ Brock: Dr. Anjali Khirwadkar

    Math Ed Seminar Series @ Brock

    Season 2017- 2018

    Elementary School Mathematics Education in India:
    Implications for Teacher Training programs for
    Mathematics Teachers

    April 2 @ 10:00 in TA403

    Dr. Anjali Khirwadkar
    Faculty of Education (Brock University)

     

    Abstract: Education in India is undergoing a change as per the global demands and expectations
    from the future citizens. There are efforts to bring in quality in teaching Science, Mathematics in
    the country by harnessing the advantages of the technology. More recently, two prominent policies
    of the Indian government—the Sarva Shiksha Abhiyan (SSA) in 2001 and the Right to Education
    (RTE) Act, 2009 have seen education priorities rise amongst the countrymen. It is essential that
    children right in the primary and elementary stage develop interest in learning mathematics. It is
    the teacher who can bring change in inclination towards learning mathematics. This paper
    highlights some key factors to be considered in teacher preparation program in the country
    especially for training mathematics teachers.

    Poster

    For information, contact: Chantal Buteau: cbuteau@brocku.ca or Joyce Mgombelo: Joyce.Mgombelo@brocku.ca

  • Math Ed Seminar Series @ Brock: Dr. Joyce Mgombelo

    Math Ed Seminar Series @ Brock

    Season 2017- 2018

    Collective Learning: Re-thinking the Environment, Artifacts and
    Classroom Interactions

    March 19 @ 10:00 in TA403

    Dr. Joyce Mgombelo
    Faculty of Education, Brock University

    Dr. Joyce Mgombelo is an Associate Professor of Mathematics Education at Brock University. Her
    research program focuses on: mathematics cognition; identity; and ethics- based on principles of
    human cognition. This work is developed from the theoretical perspectives of enactivism, complexity
    science and psychoanalysis. Mgombelo’s most recent work includes the SSHRC funded collaborative
    research projects, “Educating for the 21st Century: post-secondary students learning ‘progmatics’
    (computer programming for mathematical investigation, simulation, and real-world modeling)” and
    “Advancing research methodology in mathematics education for collective learning systems” as well
    as the Canada Global Affairs collaborative development project, “Capacity Development for
    mathematics teaching in rural and remote communities in Tanzania”

    Abstract: Over the past two decades, a group of Canadian Mathematics Education Study Group
    (CMESG) members have been working on understanding the ways in which mathematics learning
    occurs in classrooms viewed as collective systems. That is, how mathematics classrooms can be seen
    as complex systems in which agents spontaneously interact and adapt to each other, organizing and
    sustaining learning processes in a collaborative way. In this presentation I will offer a discussion about
    how artifacts such as classroom boards play a vital role in the coordination of behaviours or actions in
    a mathematics classroom viewed as a complex system. The source of inspiration for this discussion
    comes from studies in cognitive stigmergy which have led to a better understanding of how (human)
    agents in a complex system communicate indirectly through their environment which is articulated,
    and is typically composed of artifacts, which build up the social workspace, or field of work.

    All undergraduate(including teacher candidates) students, graduate students , and faculty, from Department of Mathematics and Statistics and the Faculty of Education are welcome!

    Poster

    For information, contact: Chantal Buteau: cbuteau@brocku.ca or Joyce Mgombelo: Joyce.Mgombelo@brocku.ca

  • Math Ed Seminar Series @ Brock: Dr. Mina Sedaghatjou

    Math Ed Seminar Series @ Brock

    Season 2017- 2018

    Finger Counting in the Era of Touchscreen-Based Technology

    12 February @ 10:00 in TA403

    Dr. Mina Sedaghatjou
    Faculty of Education, Brock University
    msedaghatjou@brocku.ca

    Mina is serving as an assistant professor (ILTA) in faculty of education at Brock University.
    Mina’s research reflects broad interests in the areas of mathematics and STEM education, and use
    of technology in teaching and learning augmented by the role of collaborative and sensory
    engagements. Mina is also serving as a research associate in STEM education and computational
    thinking in the Faculty of Education at Western University.

    Abstract: In this presentation, I will describe how the use of touchscreen-based technology can enable young children’s sensory engagement in learning mathematics through introducing a novel iPad application called TouchCounts. TouchCounts connects touchscreen-based technology with finger-counting and encourages the child to use their fingers to summon objects (numbers) and associate specific gestures to numerical operations. Drawing upon Nemirovsky’s perceptuomotor integration theoretical lens and other foundational aspects of Husserlian phenomenology, the study reports on a preschool child named Alex developing mathematical tool fluency and expertise. Overall, this case study demonstrates that one-on-one multimodal touch, sight and auditory feedback via a touchscreen device can serve to assist in a child’s development of number sense.

    All undergraduate(including teacher candidates) students, graduate students , and faculty, from Department of Mathematics and Statistics and the Faculty of Education are welcome!

    Poster

    For information, contact: Chantal Buteau: cbuteau@brocku.ca or Joyce Mgombelo: Joyce.Mgombelo@brocku.ca

  • Math Ed Seminar Series @ Brock: Dr. Abolfazl Rafiepour

    Math Ed Seminar Series @ Brock

    Season 2017- 2018

    Revisiting the Role of Common Sense in
    Mathematical Word Problem Solving

    Dr. Abolfazl Rafiepour

    Shahid Bahonar University of Kerman (Iran)
    Visiting Professor at Department of Mathematics and Statistics (Brock University)

    29 January @ 10:00 in TA403

    Dr. Abolfazl Rafiepour is an associate professor of mathematics education, in faculty of
    mathematics and computer, Shahid Bahonar University of Kerman, Iran. He is a visiting scholar
    professor at Brock University. His special research interest is about modelling and application in
    domain of mathematics education. He taught several mathematics and mathematics education
    courses at the undergraduate and graduate level and has supervised more than 20 master students
    and one PhD student in the domain of mathematics education. He published more than 20 research
    papers. He also presents several papers in national and international conferences.

    Abstract: In this lecture, the role of mathematical word problem will be recognized in
    mathematics education and school mathematics textbooks. Then relation between mathematical
    word problem and modelling activities will be explained. Afterward “suspending of common
    sense in solving mathematical word problem” as a strange phenomenon will be described through
    several mathematical word problems as example. Finally, results of several research studies in this
    topic (which focused in different aspect such as students, teachers, math textbook) from different
    countries will be presented. Through these results, roots of “suspending common sense in solving
    mathematical word problem” will be identified in mathematics textbooks, mathematics teacher
    education and social norm of mathematics classrooms.

    All undergraduate(including teacher candidates) students, graduate students , and faculty, from Department of Mathematics and Statistics and the Faculty of Education are welcome!

    Poster

    For information, contact: Chantal Buteau: cbuteau@brocku.ca or Joyce Mgombelo: Joyce.Mgombelo@brocku.ca

  • Math Ed Seminar Series @ Brock

    Math Ed Seminar Series @ Brock

    Season 2017- 2018
    Mark your calendar!

    15 January @ 10:00 in TA403
    Dr. Chantal Buteau, Dr. Eric Muller
    Department of Mathematics and Statistics (Brock University)
    & Dr. Joyce Mgombelo
    Faculty of Education (Brock University)

    ‘Coding’ and mathematics: the students’ learning experience

    Seminar Poster

    29 January @ 10:00 in TA403
    Dr. Abolfazl Rafiepour
    Shahid Bahonar University of Kerman (Iran)
    Visiting Professor at Department of Mathematics and Statistics (Brock University)

    Revisiting the role of common sense in mathematical word problem solving

    12 February @ 10:00 in TA403
    Dr. Mina Sedaghatjou,
    Faculty of Education (Brock University)

    Finger counting in the Era of touchscreen-based technology

    19 March @ 10:00 in TA403
    Dr. Joyce Mgombelo
    Faculty of Education (Brock University)

    Title TBA

    Contact information and print version of the seminar list

  • Brock U research studies integrating computer programming into mathematics education

    When it’s raining outside and you want to stay as dry as possible, is it better to walk in the rain, or run?

    It’s a question that wouldn’t be tackled in traditional ‘paper and pencil’ undergraduate mathematics courses, but educators at Brock University are teaching their students how to tap into the power of computers to model, simulate, visualize and choose the best alternatives in calculations.

    “It’s using computer programming as an instrument to engage in mathematics investigations,” says Chantal Buteau, Associate Professor in the Department of Mathematics and Statistics.

    “It’s taking a scientific, experimental approach to mathematics: asking questions, conjecturing, testing math problems or applications with programming and seeing the outcomes through computer simulations, then further tweaking the problem or model to continue the math work,” she says.

    Buteau and fellow mathematicians Bill Ralph and Henryk Fuks are adapting the

    European Mathematical Society’s view that, beyond theory and experimentation, “a third pillar of scientific inquiry of complex systems has emerged in the form of a combination of modelling, simulation, optimization and visualization.”

    “Few post-secondary mathematics programs address this 21st century need by adapting the curricula to combine mathematics and computer programming,” says Buteau.

    Brock is the exception.

    For more details, please see the story in the Brock News

  • Math kits made by Brock students for young learners

    Brock students are working to make math equal fun by adding a dash of creativity.

    Students in a third-year math course, Mathematics at the Junior/Intermediate/Senior Level, have been working to create kits to help make math more accessible to young learners.

    Coinciding with National STEM Day, the first of three presentations related to the kits took place Nov. 8 and offered faculty, students and Let’s Talk Science Outreach at Brock volunteers a sneak peek into the hands-on, interactive math-based activities.

    The project, a new addition to the long-running Math 3P91 course, provides the class of future math educators an opportunity to apply the theoretical concepts they learn in class.

    For more details, please see the story in the Brock News.

  • Professor Buteau’s keynote presentation at 2017 APTICA research colloquium

    Professor Chantal Buteau will be giving the keynote presentation at the research colloquium of the  APTICA (L’Association pour l’avancement pédagogique des technologies de l’information et de la communication en Atlantique) 2017 annual congress taking place at University of Moncton on October 30 to November 4, 2017. Professor Buteau’s presentation is titled “Pensée informatique et mathématiques”. See http://www.aptica.ca/congres/colloque-en-recherche/.

  • Symposium: Computational Thinking in Mathematics Education

    Professor Buteau is organizing a 3-day symposium, titled Computational Thinking in Mathematics Education, on October 13-15, 2017. The event, funded by the Fields Institute for Research in Mathematical Sciences, will be hosted at UOIT and is organized together with Dr Namukasa (UWO), Dr. Gadanidis (UWO), Dr. Kotsopoulos (Huron College), and Dr. Hughes (UOIT). A ‘Maker Day‘ workshop for prospective and in-service teachers will be hosted during the day on October 13, 2017 prior to the symposium. See the poster or ctmath.ca for more details or contact Professor Buteau.

    Symposium Poster

    UOIT Maker Day

    Live Streaming of Keynote speeches at CT in Math Ed Symposium, UOIT, Oshawa, October 12- 15, 2017.

    1. Live Streaming of Lyn English’s Keynote.
    Watch 
    Or 
    Keynote Speaker Lyn English
    Learning Innovation in STEM Education
    10/13/2017 7:00:00 PM
    1:30:00
    2. Live Streaming of Michelle Wilkerson’s  keynote
    or
    Keynote Speaker Michelle Wilkerson
    Computational Integration to Support Expression, Refinement, and Collective Knowledge in Classroom Communities
    10/14/2017 4:00:00 PM
    1:30:00