The latest technological advancements and innovative teaching and assessment methods are now coming to the fore as universities prepare students for changes in the healthcare field, panelists emphasized in the session. Innovation in science education for tomorrow's careersDay 2 of Gulf News Edufair.
“Science education is moving away from a knowledge acquisition approach to a more personalized, skills-based learning experience. This new approach emphasizes critical thinking and problem-solving skills, as well as interdisciplinary perspectives. ” said Dr. Rawad Hodifi, Associate Professor of Medical Biotechnology at American University Ras Al Khaimah (AURAK).
“Instead of focusing solely on specialized topics, students are encouraged to integrate knowledge from science, technology, engineering and mathematics to tackle real-world problems,” he explained.
This evolution is reflected in curriculum changes at universities, which now aim to equip a new generation of health professionals with the skills to navigate the complexities of the health system.
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Immersive technology in medical education
The integration of virtual reality and augmented reality is becoming increasingly important in medical education. “These technologies will provide medical students with a safe environment to practice their clinical skills, increasing the competency of young physicians and overall patient safety,” said Dr. said Dr. Pankaj Lamba, clinical phase director of the MD program.
“We will embrace these advances to develop future physicians into critical thinkers who can effectively apply the wealth of information available to improve patient care,” said Dr. Lamba. .
GMU has adopted AI-driven virtual patient learning from the first year of medical education.
“This hands-on approach will help improve students' skills and confidence in real-world patient care. This experience will help students understand how to use data science and big data to enhance patient care. “A key pillar of today's medical programs is teaching students how to ethically and professionally apply data and AI to improve the quality of patient care.” explained.
Meanwhile, Tejas Labhshetwar, founder of Gyanberry, a platform that helps students apply to medical schools around the world, shares how universities around the world are leveraging immersive technology to improve the learning experience for students. I explained how it works.
“Traditionally, students have had to visit an anatomy classroom and work with cadavers, which can be uncomfortable for many encountering cadavers for the first time. With the new anatomical simulation table, Students can interact with the touchscreen to explore each organ in detail and draw connections to their theoretical learning,” Labuchetoir said.
Universities are currently investing heavily in AI and VR technology in anatomical simulation for MBBS courses, a trend that has gained particular attention at universities in the Czech Republic, a popular destination for healthcare studies for students from the UAE. I am collecting. “Universities such as Charles University and Masaryk University have invested heavily in simulation-based training for the first two years of the MBBS. This prepares students for clinical training in the third year. Universities in other European countries are also actively incorporating immersive technology into their curricula,” Labuchetoire said. ” he added.
Changes in evaluation in medical research
GMU's Dr. Lamba highlighted a long-standing concern among medical educators that is driving a significant upgrade of medical competency and performance evaluation mechanisms.
“To address the common issue of young physicians not being confident or ready to start practicing, our program now includes a thorough program to ensure physician readiness for practice. Assessment is included because it bridges the gap between education and practice so that graduates are trusted to competently perform important tasks for patients,” Dr. Lamba pointed out.
