STEM Education
Science, Technology, Engineering and Mathematics are among the foundational building blocks of education. At Werklund, researchers are reimagining these core subjects while developing teaching and learning initiatives that are responsive to and reflective of the rapid changes requiring societies to be more nimble and adaptable.
Math Minds partnership poised to expand thanks to funding boost
Werklund School of Education-led initiative one of 15 recipients of 2021 TD Ready Challenge
Meet our experts
- Jennifer Adams
- Barbara Brown
- Olive Chapman
- Man-Wai Chu
- Douglas Clark
- Brent Davis
- Michelle Arlene Drefs
- Krista Francis
- Sharon Friesen
- Michele Jacobsen
- Beaumie Kim
- Kim Koh
- Eugene G. Kowch
- Jennifer Lock
- Gregory Lowan-Trudeau
- Yvonne Poitras Pratt
- Armando Preciado Babb
- Soroush Sabbaghan
- Donald Scott
- Pratim Sengupta
- Marie-Claire Shanahan
- Miwa Aoki Takeuchi
- Jo Towers
- W. Ian S. Winchester
- STEM pedagogy
- Mathematics education
- User-centered design
- Design based research
- Learning sciences
Research topics:
Researchers at the Werklund School are addressing how curriculum can transform ways of thinking about schooling, knowledge, and teaching and learning, while encompassing issues of content, context and teaching in both formal and non-formal educational settings.
At the Werklund School, we are researching strategies to better understand and improve young children's learning and development as a foundation critical for continued prosperity throughout their schooling.
Werklund researchers are fostering more diverse learning communities through addressing challenges in and outside of schools, and sharing the voices of the students, teachers, school psychologists and counselling psychologists working to eradicate conditions that have historically marginalized vulnerable populations.
Werklund School researchers are re-examining the methods and theories that have shaped teaching and learning for generations, while historically marginalizing Indigenous people and perspectives. Today, many of our scholars are working towards a curriculum in which all people belong. In their research, they are incorporating different ways of knowing, being and doing, all essential to the process of decolonizing and Indigenizing education.
Researchers at Werklund are exploring communication through the multi-faceted dimensions of literacy, and linguistic and cultural diversity, especially as they relate to different forms of expression, including print, visual, oral, and gestural texts, as well as new literacies and digital media.
Leadership researchers at the Werklund School are analysing and resolving educational policy and leadership issues specifically related to the direction and management of schools, school systems, post-secondary institutions, and both governmental bodies as well as non-governmental organizations concerned with public and private education.
At Werklund, researchers are advancing the holistic needs of children, ensuring they thrive from child to adolescent and into emergent adult, in their schools, homes and communities at large. From early learning, to social emotional learning, and in consideration of neurodiversity, researchers are redefining how teachers, school psychologists and counselling psychologists support lifelong learners.
Werklund School researchers are doing pioneering work in the area of neurodiversity, studying developmental cognitive neuroscience, neurodevelopmental disorders, early experience and brain development.
Researchers at Werklund are exploring the relationships between education and economic, political and cultural systems, as they seek new ways to understand and address social and economic inequality, gender and race relations, multiculturalism, sexual orientation, gender identity, citizenship, sustainability, globalization and colonialism.
Science, Technology, Engineering and Mathematics are among the foundational building blocks of education. At Werklund, researchers are reimagining these core subjects while developing teaching and learning initiatives that are responsive to and reflective of the rapid changes requiring societies to be more nimble and adaptable.
Read more stories on STEM Education
Tabletop games used as tool for incorporating cultural diversity in the classroom
Partnered research project explores cultural pluralism through games among 18 projects supported by SSHRC Insight grants this year
Students get their hands dirty at Soil Camp
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New study will unearth experiences of Black, Indigenous and People of Colour students in Western Canada
UCalgary scholar Jennifer D. Adams aims to transform STEM culture by sharing accounts of marginalization and survivance
Design cohort overcomes obstacles to build a virtual Dungeness crab
Working in isolation did not hamper graduate students’ successful international collaboration
Power in numbers: Making visible the violence against racialized women
Mathematical literacy can allow us to listen to historically marginalized voices, writes Miwa A. Takeuchi, Werklund School of Education, in Conversation Canada
Reimagining STEM
Werklund School of Education researchers are rethinking science, technology, engineering and mathematics conventions by asking hard questions
Why your child will benefit from inquiry-based learning
Research shows that 'discovery learning' does have limited educational value; many other forms of inquiry-based learning, however, have excellent results
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