Key Takeaways
- Dr. Jessica Pryor restructured her asynchronous EDU 626 course to use Google Gemini Gems—custom AI chatbots—as the primary delivery mechanism for course content.
- The redesign kept ethics and responsible AI use at the forefront, beginning with discussions of FERPA, data privacy, and the risks of overreliance on technology.
- Collaboration with Casey Stubblefield, a computer‑science graduate and MBA student, focused on improving navigation, storytelling, and visual design to create a game‑style, interactive learning experience.
- Students responded enthusiastically, building their own AI‑powered classroom tools such as tutoring chatbots, substitute‑teaching assistants, interactive book characters, and health‑science simulated patients—even though creating a chatbot was not a course requirement.
- While AI handled content delivery and personalized support, all grading and feedback remained human‑driven, preserving the essential role of instructor insight in the learning process.
- Pryor emphasizes that the project’s value lies less in the technology itself and more in fostering innovation, curiosity, and a willingness to experiment with new teaching and learning approaches.
Course Redesign Overview
Dr. Jessica Pryor, assistant professor in early childhood and elementary education at Murray State, set out to redesign her EDU 626 asynchronous educational technology course for the spring semester. Rather than relying on conventional lecture videos and static notes uploaded to Canvas, she opted to integrate Google Gemini Gems—customizable AI chatbots—as the main vehicle for delivering course material. This approach aimed to create a more personalized and interactive learning environment while still meeting the course’s learning objectives.
Ethical Foundations
From the outset, Pryor anchored the redesign in ethics and responsible use of technology. Early modules explicitly covered the Family Educational Rights and Privacy Act of 1974 (FERPA), data‑privacy considerations, and the potential pitfalls of overreliance on AI tools. She stressed that AI should serve as a supportive aid rather than a replacement for educators, ensuring that students grasped both the benefits and the responsibilities tied to emerging technologies.
Human‑Centered Design Collaboration
Recognizing that an asynchronous format can feel impersonal, Pryor partnered with Casey Stubblefield, a recent Murray State computer‑science graduate pursuing an MBA in business analytics. Stubblefield’s expertise helped refine course navigation, weave storytelling elements throughout the modules, and enhance visual design. Together they sought to transform the learning experience into something that felt engaging and human‑centered despite the online format.
Game‑Style Narrative Approach
Stubblefield described the collaborative effort as reimagining the course structure into a game‑style narrative. Lesson plans were converted into interactive adventures that students could actively progress through, turning passive reading into an engaging, exploratory process. This narrative framework aimed to capture diverse learning styles and sustain student attention throughout the semester.
Encouraging Creative Experimentation
The resulting course intentionally pushed students beyond their comfort zones, fostering creativity and a willingness to experiment. Pryor observed that when learners are already situated outside familiar routines, they become more open to taking risks and trying novel approaches—an essential mindset for integrating technology effectively in educational settings.
Student‑Generated AI Projects
Although building a chatbot was not a formal assignment, many students embraced the opportunity to create their own AI‑powered classroom tools. Projects ranged from tutoring chatbots and substitute‑teaching assistants to interactive book characters and simulated patients for health‑science case studies. This spontaneous uptake demonstrated the course’s success in inspiring practical, hands‑on exploration of AI.
A Moment of Validation
Pryor recalled a pivotal moment when a student contacted her, frustrated that their chatbot kept overexplaining a topic to children. That exchange signaled to Pryor that the students were not only using the technology but also critically evaluating its effectiveness in real‑world contexts. It affirmed that the course had moved beyond theory into authentic application.
Focus on Practical Application
One of Pryor’s primary goals was to shift the balance from abstract theory to usable, classroom‑ready solutions. She noted that traditional college courses often face criticism for being too theoretical, and she wanted EDU 626 to equip graduate students with tools they could immediately implement to make their teaching jobs easier and more effective.
Human‑Driven Assessment
Despite the heavy reliance on AI for content delivery and personalized learning support, Pryor maintained a clear boundary: all grading and feedback remained exclusively human‑driven. She asserted that meaningful learning occurs in the feedback loop, where the instructor can gauge student understanding, misconceptions, and progress—something an AI cannot replicate with the nuance required for genuine instructional insight.
Keeping Pace with Rapid Change
Pryor acknowledged the challenge of keeping course materials current amid the swift evolution of generative AI and educational technology. Nevertheless, she argued that firsthand experience with emerging tools enables educators to make informed judgments about their suitability for specific classrooms, fostering a thoughtful rather than reactive adoption process.
Innovation Rooted in Curiosity
Ultimately, Pryor views the project as less about artificial intelligence per se and more about nurturing innovation, curiosity, and a willingness to reimagine teaching and learning in higher education. She concluded that innovation does not always begin with expertise; it often starts with a simple question—“What if?”—and the courage to explore the answer. This mindset, she believes, is the true catalyst for meaningful educational advancement.