A new class at the University of Texas at Dallas is transforming the way premed students prepare for their future careers by immersing them in a virtual hospital environment within the beloved world of Minecraft. This innovative course, titled Experiential Medical Reasoning, allows students to engage with fictional patients, making critical decisions about tests and diagnoses based on symptoms and medical charts, all while navigating a playbook designed specifically for the game.
Innovative Learning Through Gaming
The playbook, crafted by IvyBee, Inc.—a Dallas-based startup founded by UT Dallas scientists—integrates seamlessly with the gaming platform, providing a unique educational experience. Powered by Authura, IvyBee’s online course builder, the game transports students into a digital replica of Parkland Memorial Hospital in Dallas. Here, they progress through various medical roles, from laboratory technician to attending physician, as they prepare for the Medical College Admission Test (MCAT).
Charlynn Maina, a neuroscience senior, expressed her enthusiasm for the course, stating, “I signed up for the class because it sounded really cool. It’s definitely a new way of learning, a fun way to approach preparing for the MCAT.” Despite having no prior experience with video games, Maina found the platform user-friendly and accessible across multiple devices.
Omar Choudhry, another student and aspiring surgeon, shared how the class has positively impacted his MCAT practice scores. “You can go talk to a lab partner and review what you learned,” he noted, highlighting the engaging nature of the course.
A Legacy of Innovation
This initiative is the latest in a series of educational tools developed by Dr. Walter Voit, an associate professor of materials science and engineering and mechanical engineering, who also founded the Center for Engineering Innovation at UT Dallas. Voit’s previous project, Polycraft World, introduced elements of polymer science into Minecraft, showcasing the potential of gaming in education. In 2020, his team received a grant from the Defense Advanced Research Projects Agency to further explore the use of gaming in teaching artificial intelligence.
Voit’s passion for Minecraft stems from his teaching experiences, where he recognized the disconnect between traditional classroom settings and student engagement. “We want to use Minecraft to help expose students to information in a really fun, engaging way,” he explained.
Dr. Robert Steininger, a CEI research scientist and IvyBee puzzlemaster, led the development of the digital twin of Parkland, emphasizing the efficiency of creating such environments within Minecraft. Dr. Eric Kildebeck, co-director of CEI and course instructor, noted that the playbook complements his in-person lectures, encouraging students to apply their knowledge from premed classes in a practical setting.
Real-World Insights and Future Aspirations
As a testament to the course’s effectiveness, students reported that the gamified approach not only aids in improving their MCAT scores but also provides valuable insights into the workings of a hospital. Henock Abera, a recent graduate returning for a Certificate in Biomedical Sciences, shared, “When I play the video game, I get to see more of what goes on behind the scenes and what I potentially could be doing as a doctor.”
Neuroscience senior Sahar Bavandi echoed these sentiments, expressing her excitement about the exposure the course offers. “When I read the course description, I said ‘This is for me,’” she remarked, emphasizing the importance of understanding the healthcare environment before committing to a career in medicine.
Students are not only enjoying the Minecraft playbook but are also advocating for its application in other courses, recognizing the need for educational methods that resonate with the new generation. “This is something that the new generation wants,” Bavandi concluded, highlighting a shift towards integrating technology into education.
