Educational innovations: four classrooms, four different atmospheres
In 2020, 16 projects were selected as part of the Muse #Take Off 4 program. This call for proposals was backed by a budget of over €1 million to support innovative educational resources. Eighteen months later, where do these projects stand? We head to the school of chemistry and the faculties of dentistry, medicine, and law, where small revolutions are taking shape.
You’re on the beach in Agde; lifeguards have just rescued a young man from drowning. As they bring him back to shore, you’re getting ready to administer first aid: you’re a young doctor. You were trained for this moment. Yet the cries of his loved ones, the stares of vacationers gathering around you, the sound of a helicopter approaching… This stress—medical school didn’t prepare you for it! Here’s a phrase that young doctors will soon no longer be able to say.
Imaginason: Collective Immersion
The scenario we have just described is precisely one of the situations students will now be able to prepare for thanks to Imaginason, the Faculty of Medicine’s new educational tool designed for group immersion training. In practice: a video clip, such as the drowning incident on Agde Beach, is projected onto the walls of a room where students will have to provide appropriate care to a patient robot. The immersion through sound and image places future doctors in an environment very similar to the real-life situations they will one day have to handle.
“Creating a stressful environment for students and putting them through their paces in a realistic scenario that evokes strong emotions not only helps them better prepare for the real-world conditions of their profession but also helps them internalize their reflexes more deeply,” explains Blaise Debien, an emergency physician and director of education at the Center for Emergency Care Education at Montpellier University Hospital.
Numodonto: the hub
Let’s now turn to the School of Dentistry, which began its digital transition a full 10 years ago, incorporating haptic simulation and 3D glasses for teaching anatomy, to name a few examples.“Now, digital tools allow us to create fully customized teaching sequences and working models that enable us to replicate any clinical situation. These models are produced on-site using 3D printing by François Bertrand, a dental technician,” explains Jean-Cédric Durand, associate dean of the faculty.
Computer-Aided Design and Manufacturing (CAD/CAM) is deeply embedded within this university and hospital complex, as evidenced by, among other things, the appointment of Professor Michel Fages and the creation of thefirst medical unit dedicated to this technology in 2015. The Faculty is taking it a step further by now offering a hub center that is unique in Europe. Equipped with various scanners and specialized software, this hub will allow students to work on fully digital models in exercises as diverse as dental morphology, prosthetics, aesthetics, dentofacial orthopedics, implantology, and more.
“With this equipment, sessions will be faster and more efficient than with the current physical materials. The exercises willmore closely reflect real-world conditions,” explains Michel Fages. “Digital technology also reduces the cost of supplies for students, lowering the price of the dental kit.” ” Named after François Duret, the inventor of dental CAD/CAM, the hub center will welcome its first students early next year.“This is the culmination of a commitment and a constant desire to be attractive to the younger generation of teachers and to bring them together,” concludes the vice dean as he closes the door.
Justitia: The Courtroom
Third setting: the mock courtroom at the Law School. Designed with the help of an architect, this teaching facility is an exact replica of a real courtroom as found in a courthouse. “This tool for active learning is a first of its kind in the country—and even in Europe—at a university. This room will allow students to organize their moot court or public speaking competitions while truly feeling as if they are in a real-life situation.” “explains the dean of the faculty, Guylain Clamour.”
Equipped with a dual videoconferencing system, this facility will also allow students in Montpellier to practice with students from other universities;“a partnership is already in place with Paris 2,” the dean added. A connected camera will enable live streaming of sessions on the university’s YouTube channel. The room’s modular design also makes the auditorium versatile, allowing it to serve as “a committee room, similar to those in the National Assembly, for political science students.” “The official inauguration is scheduled for January, but it is already in high demand,” concludes Guylain Clamour.
Créactive: Design Thinking
Finally, we head to the School of Chemistry, where the Creactive project offers students a dedicated space for learning project management through creativity-driven activities. This marks a new phase for the EPIIC projects, which, for the past two years, have challenged students to work in teams to develop and bring an innovation to market. To support them in this process, Creactive is a creative space based on the principles of design thinking. A modular space equipped with tools to foster team collaboration: furniture, tablets, video projection and videoconferencing systems, cloud software…
To promote the design of innovative functional parts, ENSCM has also acquired , through #Take Off 4, a 3D printing system capable of combining different types of materials: molecular materials, ceramic particles, resins, and photosensitive polymers. “Project-based learning plays a significant role in ENSCM’s educational approach. Given their scope and the outcomes they will produce, the EPIIC projects will serve as a key vehicle for communicating this approach to our future students,” concludes David Virieux, the project leader.