Medical Mnemonist (from MedSchoolCoach)

Medical education innovation for premed, medical students, physician assistants, and nursing. Mnemonics, memory palaces, speed reading, study hacks, mind maps for the MCAT, USMLE, COMLEX, PANCE, NCLEX, and all of your healthcare board exam and classroom needs!

MedEdge Method for Self-Care, Rest, and Growth (Ep. 98 Rebroadcast) 03/03/2022

MEM for Board Exam Success (Ep. 97 Rebroadcast) 02/24/2022

MedEdge Method for Self Assessment & Exam Growth (Ep. 96 Rebroadcast) 02/17/2022

MEM for Effective Preparation & Studying (Ep. 95 Rebroadcast) 02/10/2022

MEM for Study Skills that WORK & How Play Increases Learning! (Ep. 94 Rebroadcast) 02/03/2022

MedEdge Method for Picking High-Yield Study Resources (Ep. 93 Rebroadcast) 01/30/2022

How to Become a Medical Superlearner with Jonathan Levi (Ep. 42 Rebroadcast) 01/20/2022

How Small Consistent Changes Create BIG Results with Ian Gibbs (Ep. 49 Rebroadcast) 01/13/2022

Going on a Gamified “Clinical Odyssey” with Medical Joyworks’ COO Miguel Molina 01/06/2022

Durable Learning Strategies with the Learning Geek's Jake Gittleson (Ep. 11 Rebroadcast) 12/30/2021

101. Sage Advice from Over a Decade in MedEd with Ben White MD 12/23/2021

Game Learning for Clerkships and Residents with Michael Cosimini MD (Ep. 73 Rebroadcast) 12/22/2021

Game Learning for Clerkships and Residents with Michael Cosimini MD (Ep. 73 Rebroadcast) Dr. Michael Cosimini discusses gamification and games for clinical education. Dr. Cosimini is an Assistant Professor of Pediatrics at the Keck School of Medicine at USC, and the author of Empiric, a card game for learning guidelines-based antibiotic selection. [02:08] Challenges of Creating Games for a Clinical Setting [02:56] Gamification Versus Serious Games [07:22] How to Balance Between Entertainment and Education [08:09] Tabletop Games Versus Video Games [12:23] How Medical Students Can Apply Games to Their Learning [13:49] How Empiric Works [20:21] How to Find Out More About Michael & Empiric Gamification Versus Serious Games Many medical instructors already gamify their educational content, for example, by transforming a PowerPoint slide into a game of Jeopardy, giving out stickers for accomplishments, and having a leaderboard in class. An example of gamification in the literature is when surgical residents performing laparoscopic procedures were split into competing groups. The randomly selected students who trained in this gamified setting trained longer and performed better. Dr. Cosimini does support gamification, but he more strongly promotes “serious games” which go beyond gamifying existing educational content, to creating a game for the purpose of education, rather than pure entertainment. For example, the game , which resembles Clue, trains players to handle emergency room throughput. Michael’s card game, for learning antibiotic selection is also a serious game. How to Balance Entertainment and Education in Games To help find the appropriate balance between entertainment and education, Dr. Cosimini emphasizes the importance of testing the outcome of a game, to see what students have actually learnt. As a rule of thumb, be respectful of the player’s time. Do not have a game that is long, unless there is evidence that shows that this contributes to the learning process. Tabletop Games Versus Video Games Dr. Cosimini promotes tabletop games over digital or video games for medical education. He cites . The study compared the iPad and tabletop version of Pox: Save the People, a game about disease spread. With the tabletop version, people tended to interact and work together more, which is important for the social aspect of learning. How Medical Students Can Apply Games to Their Education Creating their own card games might be too involved, and too time-consuming for a medical student. Students can instead use off-the-shelf card games from resources such as , which provides games for learning about pediatric EKGs, pediatric dermatology, and pediatric and adult orthopedics. For instructors, Michael recommends . He of course also recommends his own game , for learning about antibiotic selection, and his upcoming game about emergency medicine. These games are more helpful for clinical education i.e. for medical students on their clinical rotations, or for residents, and less helpful for first and second year medical students. How Empiric Works is based on the . Dr. Cosimini includes visual cues — such as color coding — for facts such as the mechanism of delivery and the spectrum of activity, to enable students to memorize facts more quickly. It can be difficult to keep up with the changing facts around antibiotic resistance, and other antibiotic research. Currently, Dr. Cosimini does this by updating the printable card decks online, after the research is updated. Check out Empiric’s , , , and . The website includes a list of . Sign up for a with Chase DiMarco, sponsored by Prospective Doctor! You can also join the Med Mnemonist Mastermind today and learn more about study methods, memory techniques, and MORE! Do check out . Like our Facebook page and find our , , and at ! Feel free to any questions or comments. /episode/index/show/medical-mnemonist/id/16399106