crackmitacsAll disciplines

Educ-Elementary

2 Mitacs Globalink (GRI) research projects for Summer 2027.

1. Literacies Today and Tomorrow

The Literacies Today and Tomorrow project is a qualitative research study exploring how virtual professional learning can support K-4 educators in strengthening literacy instruction for complex classrooms. Through five online sessions, educators engage in focused provocations, video/case deconstruction, small-group discussion, expert presentations, and applied planning. The study examines educator needs, professional learning experiences, and approaches to reading, writing, oral language, assessment, multiliteracies, differentiated instruction, collaborative support systems, and AI-related literacies in an age of prescriptive reading programs that are not meeting the literacies and learning needs of all students. Data will include questionnaires, field notes, de-identified session transcripts, and optional educator interviews. This cross-provincial project builds on a successful collaboration between the University of British Columbia and the West Vancouver School Board, where the initiative engaged more than 1,400 literacy educators, coaches, consultants, and administrators across British Columbia. In partnership with Wilfrid Laurier University, the project will now be replicated and extended in Ontario with literacy educators, consultants, coaches, and administrators from school boards across the province. This Ontario iteration will incorporate enhancements and revisions informed by feedback from the British Columbia implementation.

Research area, student roles & skills

Research area: My specialized research area focuses on contemporary literacy education, multiliteracies, and professional learning for K-4 educators. Through the Literacies Today and Tomorrow project, I examine how virtual professional learning can support educators in designing responsive, inclusive, and evidence-informed literacy environments for complex classrooms. This work explores reading, writing, oral language, viewing and representing, formative assessment, differentiated instruction, collaborative support systems, culturally responsive pedagogy, and emerging AI-related literacies. The purpose of this project is to better understand educator needs, strengthen literacy pedagogy, and build cross-provincial communities of practice that support meaningful literacy learning.

Student roles:
The student will support the Literacies Today and Tomorrow project by assisting with research coordination, literature review, data organization, and qualitative analysis. Responsibilities may also include reviewing peer-reviewed academic journal articles and other scholarship on K-4 literacy, multiliteracies, professional learning, culturally responsive pedagogy, and AI-related literacies. The student will also be required to help organize questionnaires, field notes, transcripts, and interview data; supporting coding and thematic analysis; preparing summaries of emerging findings; and assisting with knowledge mobilization materials such as reports, presentations, and educator-supported resources. The student will also contribute to the cross-provincial collaboration between British Columbia and Ontario by helping document how educator needs, literacy practices, and professional learning insights emerge across contexts.

Skills required:
The student should have a background or strong interest in education, literacy, teacher education, professional learning, or qualitative research. The need to have strong academic writing, organization, communication, attention to detail, and the ability to work with confidential research data are required. The student should be comfortable using digital collaboration tools, reviewing research literature, supporting data organization, and assisting with qualitative analysis such as coding field notes, questionnaires, transcripts, and interview data. Experience with multiliteracies, culturally responsive pedagogy, K-4 literacy instruction, the 2023 Ontario Language curriculum, educator professional learning, or AI-related literacies would be an asset.

2. Quantum Computing constructs across developmental stages and disciplines in education

This project is directed specifically at the constructs underlying quantum computing and how they are addressed or not addressed in elementary and secondary education. The research will explore two pathways: the foundational cognitive constructs from early years to adult understanding of quantum computing and the curriculum expectations related to those constructs; and the development and implementation of educational resources. A content analysis of curriculum across Canada and globally will be conducted to identify where Quantum computing is being addressed, or not addressed. Following a systematic literature review, a measure of these constructs will be developed for distribution to evaluate current understanding and measure future learning. The AIME architecture will be used to scaffold the development of adaptive and ethical learning modules and teacher professional learning activities for implementation in a summer institute with teachers and students. Student research interns will assist in the literature review, curriculum content analysis, resource creation, data collection and knowledge mobilization.

Research area, student roles & skills

Research area: My broader research area is the integration of digital technology for teaching and learning in a primary to secondary education setting. I examine this integration from a theoretical framework that explores the technological, pedagogical and content knowledge of the teacher (TPACK) and the context of the learner. My my most recent research explores the impact of Artificial Intelligence on the learner and the teacher leading to the development of an instructional architecture (AIME, Ewart & Mueller, in press). This architecture acts as a theoretical framework for implementing and evaluating AI in educational settings.

Student roles:
- work collaboratively within an interdisciplinary research team
- conduct literature reviews and synthesize key constructs
- assist in the development of learning resources and evaluation measures
- assist in the creation and implementation of summer institute on AI and Quantum Computing
- collect and analyze data measuring understanding of Quantum constructs
- meet weekly with research team to discuss questions, ideas, and next steps
- share intercultural insights and participate in relationship building activities
- design and maintain knowledge mobilization media, including research lab website and social media posts

Skills required:
My research lab is interdisciplinary and nature and welcomes a diversity of backgrounds and experience. Students should have a keen interest and some experience in education (e.g., tutoring experience, coaching, teaching assistantship, etc.). Disciplinary knowledge in digital technologies and/or computer science will add to the depth of our research lab and the strength of the research team. Skills should include understanding of the research process--literature reviews, data collection, ethics, data analysis and knowledge mobilization. Specific data analysis methods are not required but will be of great benefit.