Required Courses
The next intake is for Summer 2026. The program will run from Summer 2026 to Winter 2027. Courses have both synchronous and asynchronous components, including online (Zoom) class sessions. Any synchronous sessions are in Mountain Time (Edmonton, Alberta, Canada). Dates and times are determined by the course instructor.
These are graduate-level, credit courses, requiring between five and ten hours of coursework per week in the fall and winter terms (13 weeks). Courses offered in the spring and summer terms are condensed (six and three weeks respectively), so the amount of time spent on coursework is increased. This includes time spent on readings, assignments, presentations (group and individual), and writing papers.
Note: you must take a course in the term for which you apply. Course offerings are dependent upon sufficient enrollment.
Summer Term
EDU 595 Technology in Schools I ★3
This course is taught in collaboration with an accredited school jurisdiction and/or a regional learning consortium. Students who are identified by the school jurisdiction or regional learning consortium, must complete a required set of technology Professional Learning activities that has been mutually agreed upon between the participating school jurisdiction/regional learning consortium and the Faculty of Education and additional academic requirements that are set by the Faculty of Education. The students in the course must be currently teaching.
Prerequisite: Professional Learning activities through the school district or regional learning consortium.
EDU 573 Computational Thinking in Teaching and Learning ★3
This course explores the role of Computational Thinking (CT) to support and enhance teaching, learning and problem-solving. Students will examine the historical development of the role CT in education; the core elements of CT (e.g., abstraction, pattern recognition, decomposition, algorithms); the rationale for including CT as part of the curriculum; understanding of the research-based best practices for the integration of CT within and between the curriculum across various subject areas; access a wide variety of resources designed to enable teachers to integrate CT into their pedagogical practice; investigate the multidimensional relationship between CT, computing science, coding, problem-solving approaches in the sciences and social sciences; and, the implications for educational policy, including addressing the TRC calls to action.
Fall Term
EDU 572 Teaching Online – Theory and Practice ★3
This course addresses the theory and practice of teaching and learning in blended and fully online learning environments in both synchronous and asynchronous formats. This course explores topics such as pedagogical frameworks, instructional design, virtual learning communities, technologies to support online teaching, and approaches to online assessment. Students will investigate how to deal with changing technological environments that mediate the delivery of instruction.
Winter Term
EDU 570 Technology, Ethics, and Social Justice in Education ★3
The course explores ethical and social justice issues involving technology in education such as digital equity and access, digital participation and citizenship, algorithmic bias, artificial intelligence, extended cognition, privacy, security and surveillance, etc. Students will examine digital technology integration from various philosophical, theoretical and social science perspectives, and will consider some of the ethical and social justice implications for teacher practice and educational policy, including addressing the TRC calls to action.