Research with Indigenous peoples is fraught with complexity and misunderstandings. The complexity of negotiating historical and current issues as well as the misunderstandings about what the issues really mean for individuals and communities can cause non-Indigenous researchers to shy away from working with Indigenous groups. In conducting research for my doctoral dissertation, I was a novice researcher faced with negotiating two very different sets of social contracts: the Western Canadian university's and my Indigenous participants'. Through narrative inquiry of my experience, this article explores issues of ethics, institutional expectations, and community relationships. Guided by Kirkness and Barnhardt's "Four R's" framework of respect, relevance, reciprocity, and responsibility, I aimed to meet the needs of both the groups, but it was not without challenges. What do you do when needs collide? This article shares my process of negotiating the research, the decisions made, and how I came to understand my role in the process as a Settler Ally. It closes with some implications for other researchers who are considering their own roles as Settler Allies.
The Periodic Table of the Elements (PTE) is arguably one of the most central topics in chemistry. This article provides a critical review of current teaching practices of the PTE to high-school students and undergraduate university students. It also provides a new teaching model, the "periodic universe", for understanding of the PTE through building on its foundational periodicity. Students learn through a guided re-creation of the PTE from simple periodic simulations and interdisciplinary processes. The periodic-universe teaching model directs students to conceptualize, rather than memorize, relationships between the elements by predicting patterns in progressively challenging simulated worlds. This mixed-method research project consists of both quantitative (n = 58) and qualitative (n = 15) responses from university undergraduate students, demonstrating the utility of inquiry-based learning of the PTE for novice chemistry students. Herein, we position the periodic-universe teaching model in the current educational literature of inquiry and interdisciplinary studies by outlining the function of the model and illustrating its effectiveness on the basis of empirical analysis with undergraduate students in a postsecondary-education setting. The results indicate that knowledge of the PTE increases after instruction with the model, and that nonchemistry-major students have increased engagement, understanding, and appreciation of the importance of periodicity to chemistry when presented with the periodic-universe teaching model.
In the winter term of 2016, Cape Breton University launched a revised version of a second year Mi’kmaw Studies course entitled Learning from the Knowledge Keepers of Mi’kmaki (MIKM 2701). This course was designed to be led by local Elders and Knowledge Keepers with facilitation support from university faculty. It was designed by course facilitators as a dual-mode course, with the opportunity for students to participate face-to-face and online, and the excitement it generated quickly went “viral.” In this paper, we describe the experiences of the participants in the course through an analysis of their own reflections on the 13 weeks of instruction. The aim of this analysis is to share course design considerations for post-secondary institutions attempting to “Indigenize the academy” at a course level, but also to evaluate the process of co-learning as it was evidenced in the course as a means to address educational complexity and decolonization efforts in the classroom.
This paper presents the observations and reflections of four faculty members who developed experiential online learning pathways for students in diverse professional programs. In relation to programmatic expectations of Nursing, Education and Business, the challenges and opportunities for experiential online learning design are discussed. In addition, the scaffolding and development of online learning within an undergraduate degree, which ladders into professional programing, are presented. Using Kolb’s Experiential Model of learning design to structure the discussion, the faculty members reflect on the success of implementation from their various positions as leaders and instructors of programs. They seek to answer questions for themselves and their faculties in relation to the feasibility of designing experiential learning opportunities online and how this can contribute to deepening professional practice. The paper closes with implications for practice for other post-secondary educators who may be considering experiential online learning. Notre article présente les observations et les réflexions de quatre enseignants qui ont mis au point des parcours d’apprentissage expérientiel en ligne pour des étudiants inscrits dans divers programmes professionnels. Nous discutons des difficultés et des possibilités de l’apprentissage expérientiel en ligne par rapport aux attentes des programmes de soins infirmiers, d’éducation et de commerce. De plus, nous présentons la construction et l’élaboration de l’apprentissage en ligne dans un programme de premier cycle universitaire qui conduit à l’élaboration de programmes professionnels. En utilisant le modèle expérientiel de conception de l’apprentissage de Kolb pour structurer la discussion, les enseignants réfléchissent aux réussites dans la mise en œuvre de leurs différentes fonctions de chefs de programme et d’instructeurs. Ils se posent des questions – pour leur propre compte et pour les enseignants – sur la faisabilité de la conception d’apprentissages expérientiels en ligne et se demandent comment cela peut contribuer au perfectionnement de leur pratique professionnelle. Nous nous penchons enfin sur les conséquences de notre étude pour la pratique d’autres éducateurs, au niveau postsecondaire, qui envisagent peut-être l’apprentissage expérientiel en ligne.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.
hi@scite.ai
10624 S. Eastern Ave., Ste. A-614
Henderson, NV 89052, USA
Copyright © 2024 scite LLC. All rights reserved.
Made with 💙 for researchers
Part of the Research Solutions Family.