- About
- Events
- Inquiry Support
- Workshops & Programs
- SoTL 101: Introduction to SoTL and Teaching + Learning Inquiry
- SoTL 102: Formulating an Inquiry Project
- SoTL Thoughts
- Coffee + Conversation
- Tools for Inquiry: Conducting Inquiry Using CES
- Amundsen Fellowship Program
- Decolonial Teaching + Learning Seminar Series
- Decolonizing and Indigenizing Curricula
- Disrupting Colonialism through Teaching Program
- Exploring Well-being in Learning Environments: An Integrated Seminar Series + Grants Program
- Inquiring into Your Multilingual Classroom: An Integrated Seminar Series + Grants Program
- New Ways of Teaching, New Ways of Learning: Supporting Learning in Online Environments
- Open Education Grant Pilot Program
- Teaching and Learning Development Grant Program
- Project Archive
- Amundsen Fellowship Program
- Disrupting Colonialism through Teaching Program
- Exploring Well-being in Learning Environments Program
- Inquiring into Your Multilingual Classroom Projects
- New Ways of Teaching, New Ways of Learning
- Teaching and Learning Development Grant Program
- Scholarship of Teaching + Learning Projects
- Conferences & Calls for Proposals
- Teaching with AI: May 19, 2026 [May 19-28, 2026]
- ETUG Spring 2026 Workshop: Collaboration, Co-creation, and Creativity in EdTech [May 28-29, 2026]
- SFU Library: Scholarly Digital Project Program [Deadline: June 1, 2026]
- Teaching with AI: June 1, 2026 [June 01-10, 2026]
- EDUCAUSE Symposium: New Approaches to Assessment Design for AI-Enabled Learning [June 9 and 11, 2026]
- FLO Workshop: GenAI and the Indigenous 5Rs Framework [June 16, 2026]
- Cfp: 2026 Global Students as Partners Roundtable [Deadline: June 29, 2026]
- Graduate Students/Post-docs Teaching in Higher Education Conference [August 07, 2026]
- 2026 DPI Conference [August 18-20, 2026]
- 2026 Global Students as Partners Roundtable [October 01-02, 2026]
- 2026 SoTL Symposium Conference [October 22-24, 2026]
- For Research Personnel
- News + Stories
- AI as learning coach: project explores ChatGPT integration beyond plagiarism concerns
- Investigating the motivations and perceptions of undergraduate students using AI for assignments
- Faculty teaching confidence soars through peer observation program
- Research proves role plays work: evidence-based approach transforms history and labour studies teaching
- Welcome Kaitlyn Watson!
- Authentic learning transforms large epidemiology course: students find personal meaning in public health research
- Developing AI-resistant teaching through story-centered approach
Development of Instructional Videos to Improve Students’ Laboratory Techniques (Part II)
Grant program: Teaching and Learning Development Grant (TLDG)
Grant recipient: John Canal, Department of Chemistry
Project Team: Lee Hanlan and Sophie Lavieri, Department of Chemistry, Rachel Wagner and Teresita Barbou, research assistants
Timeframe: December 2014 to May 2016
Funding: $5,000
Courses addressed:
- CHEM 236 – Inorganic Chemistry Lab
- CHEM 336 – Advanced Inorganic Chemistry Lab
Final report: View John Canal's final report (PDF)
Description: Students are often not as well prepared to do weekly laboratory work as they should be, and this can present a safety hazard. They are currently given safety and other lab instruction in written form in their laboratory manuals and during in-class lab lectures. Will instructional videos on improve the student performance in our inorganic chemistry laboratory courses?
We are developing short instructional videos to provide concise and uniform instructions to the students, and therefore they will become familiar with the instruments, glassware, and techniques of the experiment before they perform the experiment. These videos complement the education development already happening in these classes.
Instructional videos have been incorporated into other chemistry courses, such as CHEM 126 General Chemistry Laboratory II. It has been observed that these videos helped the students with their learning process, not only because they were able to refer to a specific technique at any time, but it also helped them to make the connection between the same techniques used in different experiments.
Questions addressed:
- Are the students’ experiments more accurate and precise after viewing the video tutorial?
- How do faculty report they integrate the learning resource into their teaching practice?
- What do faculty cite as the limitations on their use of this resource?
Related Projects: There is a related and concurrent project in progress.
These videos are also an expansion on the audio-visual learning resources already developed in two previous Teaching and Learning Development Grants.
- Development of Instructional Videos to Improve Students’ Techniques in General Chemistry Laboratory Courses
- Development of Instructional Videos to Improve Students’ Techniques and Use of Equipment in Chemistry Laboratory Courses
Knowledge sharing: The produced videos will be posted publicly on YouTube for the students in our course and for colleagues to watch. The work will be shared at departmental meetings. Once it is shown that these videos are an effective learning tool, they can be promoted to other departments to develop their own videos.
Canal, J. P., Hanlan, L., Lowe, J., & Fong, R. (2015, December). Effective instruction medium for improving student learning of laboratory techniques. Presentation at theInternational Chemical Congress of Pacific Basin Societies (PACIFICHEM 2015),Honolulu, USA.
Canal, J. P., Lowe, J., & Fung, R. (2016). Improving students’ practical lab techniques through focused instruction and assessment. In M. Schultz, S. Schmid, & T. Holme (Eds.), Technology and Assessment Strategies for Improving Student Learning in Chemistry, Symposium Series (pp. 159-177). Washington, DC: ACS Books.
Hanlan, L., Canal, J. P., & Lavieri S. (2016, June). Use of instructional videos in the inorganic undergraduate laboratory. Presentation at the 99th Canadian Chemistry Conference and Exhibition, Halifax, NS.