How Medical Schools Operationalize LCME Accreditation Expectations for Self-Directed and Active Learning
The current definitions of active vs. engaged learning from the perspective of the LCME will be presented by Dr. Waechter. Examples of how LCME expectations are operationalized by several medical schools will be presented by Dr. Dambach. The webinar will include a question and answer segment for participants.
Approaches to Active Learning; Two Medical Schools Make a Start
This session outlines experiences at two medical schools currently introducing student-centered active learning in lieu of traditional didactic methods.
Since 2010 the University of Kansas Medical Center has been developing a program designed to augment student problem-solving skills with an emphasis on case-based classroom analysis and discussion. In 2013, Virginia Tech Carilion School of Medicine began providing pre-recorded curricular content as a foundation for classroom synthesis sessions in which instructors asked students to expand on and integrate information in the context of clinical scenarios.
An essential component of these programs at both institutions is the emphasis on student-identified learning objectives. Both presenters will highlight challenges and successes encountered as each school travels towards more engaged student-directed learning
A Pedagogically Driven Redesign to Fulfill Medical Education’s Social Contract
There has been a growing recognition that our health care system is struggling. Despite spending over $2.5 trillion per year on health care, the US still ranks 16th amongst 17 peer countries in health outcomes. Medical education and medical educators must collaborate with clinical and research experts to better prepare our physicians to be a part of the solution.
This presentation will describe the origin of and strategies for implementing the UCSF Bridges Curriculum. Our overarching goal is to train physician leaders who continue to excel as researchers and clinicians as well as understand and improve the complex system in which they work. Our curriculum will prepare students to 1) Collaborate more effectively; 2) Innovate within complex systems; and 3) Create new models of care to take our health system to the next level.
To do this, the Bridges curriculum will provide authentic workplace learning experiences that leverage the talents and commitment of our students to improve health today while sustaining these skills in future practice.
Objectives:
Outline the differences between pedagogical and design based curriculum redesign strategies.
- Contrast the different knowledge and skills needed by successful physicians in the 21st century with those needed in the 20th century.
- Apply principles of authentic workplace learning and communities of practice to an outcomes based curriculum redesign project.
- Consider how technology can facilitate this transformation
Practical Tips for Active Learning in Large Scale Classrooms
The one hour lecture remains the traditional unit of medical education, particularly for the foundational sciences. A number of factors contribute to the preeminence of the lecture: it is an efficient way to accomplish the goal of knowledge transfer to the student, it is the easiest and most familiar format for students and faculty, and is the most economically feasible mechanism for the college to accomplish its teaching goals. However, it is generally agreed that most lectures limit engagement and therefore promote only “passive” learning and do not promote long-term retention. Medical educators have thus been investigating techniques to promote active learning, which promotes longer term retention and deeper understanding of scientific concepts. In active learning, the student often participates as a partner in the teaching and learning of the group as a whole.
A variety of active learning techniques have emerged as a way to expand the boundaries of learning within the confines of the traditional large group setting.
In this IAMSE web audio seminar we will discuss the learning principles behind active learning and reasons for incorporating these concepts in their large group teaching. The session will then demonstrate environmental and psychological factors that influence learning and enable participants to develop techniques to use these factors to increase learning and retention. Finally, classroom techniques that can increase engagement, learning and retention in both traditional lecture and flipped settings will be discussed.
MOOCS and Health Sciences Education: Hype or Disruption?
In educational circles 2013 was labelled the year of the MOOC – the massive open online course. It was the year that MOOCs were set to go main stream and Udacity, Coursera and edX were constantly in the news attracting ever higher numbers of students on to their courses. MOOCS were going to disrupt education, there was talk of only 10 universities existing in 50 year’ time and academics, including in the health sciences, became concerned about the potential for their departments to close and in turn lose their jobs. By the end of the year however, the positivity around MOOCs was beginning to wane. Column inches turned to news of low completion rates, poor pedagogy and MOOCs nearing the peak of the hype cycle.
This presentation will explore the evolution of MOOCs and the role they might play in the future of health science education. Do they have the potential to disrupt or are we just witnessing hype at play? We will look at the different approaches to MOOCs and means of accrediting learning on them such as certificates of completion for which there is a fee and open badges. We will also consider whether we might see MOOCs accredited as part of health science/professions degrees or for CME? Finally the session will discuss whether MOOC type approaches might offer new opportunities to innovate in teaching and learning that also support inter-professional learning and help our students to develop skills for lifelong learning.
- Details about the Reconnect Learning Open badges Summit Here
- Further information about open badges Here
Dr. Dambach joined the College of Medicine in 2006 from the FIU Division of Sponsored Research where he was the Vice President for Research, helping to expand the university’s research capacity. Prior to FIU, Dr. Dambach served as the Vice President for Research and Dean of the Graduate School at Wayne State University. He held numerous administrative posts in the Wayne State University School of Medicine including Associate Dean for Research, Director of Graduate Programs and Assistant Dean for Medical Education. He received his Ph.D. in Pharmacology from the Ohio State University and held postdoctoral fellowships in the Department of Internal Medicine, Philadelphia General Hospital, and in the Department of Pharmacology and the Institute for Neuroscience at the University of Pennsylvania. He brings more than 30 years of leadership experience in medical education and life sciences research to the College of Medicine.
Donna Waechter, PhD currently serves as LCME Assistant Secretary and Senior Director, LCME Surveys and Team Training at the Association of American Medical Colleges. She is responsible for working with deans of medical schools to establish timing of accreditation survey visits, selection of team members for those visits, initial and ongoing training of LCME survey team members, identification and training of new team secretaries, staffing of the LCME Standards Subcommittee, creating case-based training modules for team member workshops, and managing webinar training events. Prior to becoming the LCME Assistant Secretary in 2012, Dr. Waechter worked for 28 years in a medical school setting, first as an assistant dean of students, and later as an associate dean of medical education.
Dr. Parmely has been involved in medical education since joining the KU Faculty in 1977. He directed the microbiology and immunology preclinical courses in the medical school for over 10 years and has received numerous teaching awards, including the Ruth Bohan Teaching Professor and Chancellor’s Distinguished Teaching awards. His research deals with immune responses to the intracellular bacterial pathogen Francisella tularensis.
Dr. Lucey, a board certified internist and geriatrician, is Vice Dean for Education at the University of California, San Francisco School of Medicine. Previously, she was the interim Dean, College of Medicine, Vice Dean for Education at the Ohio State University (OSU) College of Medicine and Associate Vice President for Health Sciences Education for the OSU Office of Health Sciences. She is a past Chair of the Board of Directors of the American Board of Internal Medicine.
Kathryn N. Huggett is Assistant Dean for Medical Education, Director of Medical Education Development and Assessment, and Associate Professor of Medicine at Creighton University School of Medicine in Omaha, Nebraska. She directs medical education research activities and works with faculty to promote educational scholarship. She was responsible for the development of an intensive summer faculty development program for health sciences faculty, and directs this program and other activities to improve educational quality. In addition, she teaches medical and graduate students, oversees course and program evaluation, and participates in the management of the curriculum. She currently serves as co-chair of the Interprofessional Education Steering Committee and teaches in the interdisciplinary Doctorate of Education (Ed.D.) Program in Leadership, both at Creighton University.
William Jeffries, Ph.D., F.A.H.A, is the Senior Associate Dean for Medical Education and Associate Professor of Pharmacology at the University of Vermont College of Medicine. Prior to that he served as the Associate Dean for Medical Education and Director of Academic Computing at Creighton University School of Medicine. He has taught medical, graduate and other health sciences students continuously since 1981.
In addition to the development of online learning resources to support the undergraduate curriculum, Natalie has a particular interest in the design and usability of online learning environments in undergraduate medical education. She is also interested in the role that Web 2.0 technologies can play in enhancing teaching and learning and helping students to become producers of learning and develop personalised learning environments that support lifelong learning and a keen advocate of free open access medical education – #FOAMed. Natalie co-leads the #ukmeded Twitter chat and is @nlafferty on Twiiter. She also blogs about technology in medical education and her own experiences of using technologies including on MOOCs at