The special challenges of researching teaching and learning
[Italics indicates a hyperlink]
We’re passionate about teaching and learning and equally passionate about evidence-based medicine. So, it follows that we’re also interested in evidence-based teaching methods. That translates into interest in Scholarship of Teaching and Learning (SoTL) at the School of Medicine.
This means we have teachers interested in conducting research studies about their teaching and in finding better ways to help students learn. This is a particularly challenging type of research that raises unique issues about power, confidentiality, captive populations, and the burden on participants.
The Queen’s General Research Ethics Board (GREB) issued a four-page guideline document on Scholarship of Teaching and Learning (SoTL) in June 2017.
As much of the research conducted by those involved in the UGME program focuses on SoTL – and the HSREB is aligned with the Queen’s GREB – these Guidelines are relevant to research considerations for both faculty, staff, and student-led projects.
The Guidelines document draws attention to studies with direct student involvement, as well as self-studies, which both have implications for student privacy, including during the research dissemination process.
For studies with direct student involvement, other considerations that are highlighted include:
The power-over relationships between instructors/researchers and students can impact the students’ decision to participate in the research. This differential can be managed by keeping the instructors/researchers at arm’s length from the students by person or time [with suggestions provided]
This term can be applied when participants are dependent on an ‘authority figure’ (e.g., instructor/researcher) who can infringe on their freedom to make decisions. [Guideline include ways to mitigate this risk.]
The main purpose of formal education is for students to gain knowledge, not to be participants in research. If students are repeatedly asked to participate in research studies, their educational pursuits may be compromised. It may be of value for instructors/researchers to consider what other types of research are being conducted with students to diminish the impact of participant burden. Also, instructors/researchers should try to design studies that help enrich the students’ educational experiences instead of distracting from those experiences.
Students may have concerns about whether or not their instructors/researchers know if they took part in the research. Students may feel their decision not to participate in the research could impact their academic trajectory. [Includes suggestions for how to mitigate this risk].
[Excerpts from pages 2-3 of the Guideline]
If you’re interested in creating a study related to your teaching in the UGME program, feel free to get in touch with the Education Team to talk through some of these challenges. We’re here to help.
Five things attending a gaming expo reinforced about medical education
It’s March Break in much of Ontario – including for UGME students and faculty at Queen’s School of Medicine – so I found myself at “EGLX” in Toronto with my 13-year-old son. Billed as “Canada’s Largest Video Game Expo” the three-day extravaganza included virtual reality, cosplay, exhibitors, panels, artists, a giant Nerf battle, and various and sundry gaming competitions. Given that the height of my gaming career was “VICman” (a Pac-Man knock-off by Commodore back in the early 1980s) and playing a mean game of Tetris (so, translation: Worst. Gamer. Ever.), this is perhaps one of the last places anyone would expect to find me. However: moms do stuff. (Dads do, too. My husband valiantly went to TWO days of it). In this and other unfamiliar territory, medical education is rarely far from my mind. Here are five things the expo reinforced about Med Ed:
Be open to new experiences
This one works for both teachers and students. Whether it’s tackling a new subject or trying out a different teaching or assessment method, it can pay off to be brave and just dive right in. While I’m not a gaming convert, EGLX gave me a new view to some of my son’s interests and showed the breadth of the industry. When we do the same thing over and over again, we can get trapped in our own “bubble” of experiences and not realize what else is out there. There’s value in new perspectives.
Learning works in multiple directions
I’m used to being in the role of educator – both as a parent and at work, where I’m mostly behind the scenes in the planning stages. It’s important to remember that learning isn’t mono-directional. At the expo, I was the rookie, and my kid the mentor. (And my husband, the trade-show veteran, was the navigator). In medical education, learning comes from our faculty, our students, allied health professionals, our patients and their families.
Technology is cool
What starts as games can turn into tools and vice versa. Some of the virtual reality stuff at the expo was pretty cool (fly like Superman, anyone?) and, for parents, the cycle-to-power-the-game stuff never gets old. (Just when am I going to be able to buy one?). Likewise in the classroom and clinics – what’s the next good thing to enhance learning?
One whole segment of the expo featured projects by students at Sheridan College. While this, of course, served to promote the programs at the college, it also gave students well-deserved recognition for hundreds (thousands) of hours of work, problem-solving, and creativity. Sometimes the accomplishments of our students and faculty become routine to us – we need to take time to showcase and celebrate the great things we’re doing.
If something doesn’t work the first time, try something else.
My son wanted to meet some of the YouTube gaming celebrities. (Yeah, I learned this is a thing). Our first day there, we were waiting in a very long line that was moving about one person every five or six minutes. I counted those ahead of us, did some math and figured we’d be there for about 2.5 hours before we hit the front of the line. We ditched the line and went to an awesome ribs place for supper instead. The next day, my son and husband went to one of the YouTube gamer panels, left strategically early, and landed second in line. Likewise in Med Ed, sometimes we introduce innovations and don’t get them quite right. We need to step back, figure out what went wrong, and go at it a different way.
Next week: Five things about medical education reinforced by the multiple shoe stores at the Vaughan Mills Mall. (Just kidding…. Maybe).
Five ways being a Geneticist helped me improve my teaching skills
By Andrea Guerin, Year 2 Director and Clinical Geneticist
When growing up, the career choices offered are often dichotomous, do you want to be a lawyer or a firefighter, nurse or entrepreneur, doctor or teacher? In reality, most jobs are a blend of a few different skills. In medicine, doctors can be scientists, can run a business, and for most of us, being a teacher is a large part of our job. At first blush, being a Geneticist and a teacher doesn’t seem to have much in common, but my training in Medical Genetics has significantly influenced my role in education. Here are five examples I’d like to share:
Geneticists are wordsmiths. Language is very highly selected, “cause” not “reason”, “typical” not “normal” and “chance” not “risk”. The language I use with my patients is specific and inclusive, positive and hopefully, precise. Words are important, to convey meaning without an agenda, to educate without prejudice. I use the same thought in the classroom. I am mindful of the implicit biases that can be drawn from words. Words are powerful and their power needs to be recognized and headed.
Medicine is learning a new language. So is education. I’m not going to lie, I had never designed a small group session before coming to Queen’s and I certainly did not know what a Directed Independent Learning event was. When I came, I was disoriented, DILs, SGLs, RATs, GTAs. The terminology was overwhelming. But, like learning the language of medicine, I learnt the language of education too. We’ve added a few more in the past year in undergraduate medical education CBME, EPA, with only more to come.
Technology is forever changing, but good ideas stand the test of time
When I started my residency 10 years ago the understanding of genetic testing was very different. Many tests were not available. Testing was laborious, going from gene to gene, with months of anxious anticipation in between. Now, a decade later, I can order a test that looks at all the necessary genes of the body that have a purpose. Results can be available more quickly. Interpretation is more of a challenge, as we learn more, it becomes more evident the gaps in our knowledge and tying findings to patient symptoms can be a challenge. The concept of having parents and environment contributing to the health of the child is an old one, with influences from Ancient Greece to India. This testing is a reinvention of an old idea — we have only identified the individual factors (genes) that support what has been seen for thousands of years.
When I went to medical school, problem based learning was new. Powerpoint was a staple of lectures. There were almost no laptops. We would never have thought to work in groups while in the same classroom. That was an activity reserved for afternoon sessions, segregated into rooms under the watchful eye of a faculty facilitator. Marks were given from formal assessments, not team assignments or readiness assessment tests. That’s not to say assessments were not happening, they were just less formalized. It was a gut feeling. Did the clinical skills tutor think you were professional? Did the small group facilitator see that you participated? Now, assessments, both summative and formative are happening all the time. The actual process has become more concrete and transparent, but the idea has not changed.
It’s all developmental
Genetics is one of only a few specialties where the patient population spans from before cradle to grave. When I see a patient with a concern, I endeavour to find out when it started. An understanding of development, both physical and emotional, is key to my practice. You must walk, before you run.
Education is no different. The expectation must be adjusted to where the student is in their education journey. It’s okay to not know the differential in the first year, but in fourth year, students must be equipped with the knowledge and expertise to generate a differential and initiate management. Expectations need to match where the learner is, just like my patients.
No person is an island
Genetics is a team sport. In clinic, amongst clinician and researchers spanning the province, country or world, we work together to solve diagnostic mysteries and provide good patient care.
Education is the same. Teachers, admin support, education support, technical support and student support and feedback are essential to the teaching process. Behind every teacher, there is a team supporting them in their journey.
Comfortable with the uncomfortable concept of unknowns
After years of education, I will never be done learning. There is always more to learn, and no physician, despite years of practice and experience knows everything. When I counsel patients I always raise the possibility of an unknown. A confusing result, a question left unanswered. There is no crystal ball.
Education continues to surprise me, but I am open to the concept of something new, unknown. Can we produce excellent physicians using different teaching methods? Of course we can. Each of my colleagues had different curricula, different forms of instruction. There is more than one way to teach — the “best way” is still unknown.
On a gumdrop cake fail and multiple points of assessment
What can a failed gumdrop cake remind us about assessment?
I’m a pretty good baker and love to indulge myself when there’s time, like last month’s holiday season. For me, baking is partly about eating (of course!) but also about tradition, hospitality, and comfort.
Just before Christmas, I set out to make a gumdrop cake. It was an unmitigated disaster. When I turned it out of the pan, it collapsed. (See embarrassing photo at right).
Based on that single point of baking, a casual observer could determine that I’m a lousy baker. In fact, I should be barred from the kitchen and given directions to the closest bakery for all subsequent treats. This wouldn’t be a fair representation of my skills, just a snapshot of a single – bad! – evening.
It’s the same for our system of assessment in the UG program: no single assessment determines a student’s progress. We use multiple points of assessment, both in preclerkship classes and through clerkship rotations, to ensure we have an accurate portrait of a student’s performance over time. Admittedly, some assessments are higher stakes than others, but no single assessment will determine a student’s fate in the program.
Anyone can have an “off” day – for any number of reasons. What’s important following poor performance, is to take stock of what happened, reflect on what may have contributed to the poor outcome, and make a plan for next time.
I was really upset. I’d made this many times. I was “good” at this. Had I somehow lost my baking mojo? Plus, I was embarrassed — as well as annoyed with myself for wasting all kinds of butter, sugar, eggs, flour and gumdrops!
My adult daughter gamely offered this advice: “Sometimes a new recipe takes a few times to get right.” Except it wasn’t a new recipe. I’ve made this gumdrop cake dozens of times for over two decades. What could possibly have gone wrong? I reread the recipe (photocopied from my mother’s handwritten book) and my scrawled notes in the margins. I’d used mini-gummy-bears in place of the “baking gums”. In trying to be cute and expedient (didn’t have to chop those up!), I’d sabotaged my own cake. I’d also forgotten to put the pan of water on the bottom rack, but I thought that was likely pretty minor.
For students after a poor assessment, that same reflection can help: did I study or practice enough? Was it efficient study/practice? Was I under the weather? Did I have enough sleep? These self-reflection questions will vary based on the type of assessment, but it boils down to this: What can I learn from this assessment experience and what can I do differently next time?
I waited over a week before I attempted the gumdrop cake again. In the meantime, I (successfully) made four kinds of cookies, a triple-ginger pound cake, and a slew of banana breads. Then, I bought the right kind of baking gumdrops and remembered to follow ALL the instructions, and it turned out just fine. In fact, I sent some to my parents in New Brunswick and my mother judged it “delicious”.
With thanks to Eleni Katsoulas, Assessment & Evaluation Consultant, for her continued counsel on assessment practices.
17th Health and Human Rights Conference held
By Aalok Shah (Meds 2020), HHRC Conference Co-Chair
Human Rights, a concept that has existed for millennia and documented in seminal political and religious documents such as the Magna Carta and the Vedas, got a more modern treatment in November 2017 at the Health & Human Rights Conference (HHRC). The HHRC is a proud tradition of Queen’s medicine students, who have organized this conference autonomously for the past 16 years. Since its inception in 2001, this conference has evolved in both
scope and reach, reflecting the push for interdisciplinary learning and collaboration in education. The 17th iteration of the conference reached out to professionals both within and outside of medicine to educate and engage delegates on its theme of “affirming the human right to health for the poor.” With generous donations from organizations such as the Ontario Medical Students Association (OMSA) and the Canadian Federation of Medical Students (CFMS), the 17th HHRC was the first student-run conference in Canada to welcome over 150 students from all over the nation to discuss human rights and health.
The conference itself was divided into two days.
The first day was more didactic in nature, featuring events aimed at educating delegates on traditional social assistance programs and the newer model of the basic income guarantee. Sheila Regehr, the chair of Basic Income Guarantee Canada, gave a keynote address explaining both the philosophical and practical reasons for incorporating a basic income model of social assistance, and its impact on health of the poorest populations in Canada. After this address, delegates witnessed a debate between economists, politicians, and professors on whether a basic income guarantee should replace traditional social assistance programs in Ontario. While parts of the debate were very technical and required knowledge of economics, many delegates reported learning a lot more about the issue with a better appreciation of the pros and cons of both sides.
The second day was more interactive, offering several workshops that engaged delegates in topics including indigenous health, global health, mental health, and art-based interventions in health promotion. Additionally, the “community initiatives fair” provided a great opportunity for delegates to interact and network with organizations in Kingston that are involved in local development work. Some students signed up to volunteer at such organizations during this time, and appreciated the chance to channel their motivation and energy from the conference into action right away. Finally, the second day also featured Dr. Samantha Green, who gave a keynote address on mental health, and offered practical tips for healthcare providers in engaging with patients who may be facing financial or emotional calamities.
Overall, the conference was successful in renewing a discussion about intrinsic rights of humans to health, and how to best achieve equity in an era of equality. This conference would not have been possible without the hard work of the executive committee of 13 people featured below and generous sponsors including the Aesculapian Society, the Dean’s Fund, OMSA, CFMS, Queen’s Innovation Centre, Principal’s Office, Society of Graduate Studies, School of Kinesiology, Global Development Studies, Queen’s Human Rights Office, and the Office of the Vice-Provost.
“To boldly go where no (Doctor) has gone before”
Those as nerdy as I will recognize the title of this article as paraphrased from the introduction to the original Star Trek television series. That program, set in a technologically advanced future, was about a long journey of discovery. Perhaps the most peculiar aspect of that journey is that it had no particular destination. The voyagers were simply wandering aimlessly, hoping to run into something interesting. Consequently, they often found themselves woefully unprepared for the challenges they faced – an excellent means to provide dramatic tension to a fictional story, but a dubious strategy for real life.
A medical school curriculum is basically a journey. For our students, it’s a journey that will take them into an unknown future. Like any real journey (and in contrast to the intrepid Star Trek crew), establishing a destination is the first, critical step. A long journey may consist of many stages and stops along the way that demand our immediate attention, but those stages are only meaningful if they move the traveler toward some ultimate goal. That goal, of course, is to become effective, fulfilled providers of medical care to members of our society.
The students currently in medical school will be practicing into the mid 21st century. If we’re to provide them an education that will best prepare them to make meaningful contributions, we need to give some thought what that world will look like, and what it will require of them as physicians and professional leaders.
This was the topic of a presentation and subsequent discussion at our semi-annual Curricular Retreat this past week. In preparing some remarks to begin that discussion, I attempted to draw on changes that have occurred in the course of my career and use those observations to extrapolate into the future. I came up with five that I think are particularly relevant. This is, by no means, a complete list, but perhaps sets the tone and the challenge.
In no particular order:
- The role of physicians as purveyors of medical knowledge.
Knowledge is the fundamental fuel of medical practice, and the commodity that gives legitimacy to those providing care. A generation ago, medical knowledge was elusive. It had to be searched out, a process that was paper based and time consuming. Physicians were the primary source and conveyors of medical knowledge. People who wished to become physicians went to medical schools largely to seek out the knowledge and skills that were embodied in the practicing physicians who taught there.
That has all changed. Medical knowledge is now available, almost instantly, who anyone who wishes to find it. Physicians are no longer the primary source of that knowledge. They no longer hold any monopoly on knowledge.
- The expanding applications of Artificial Intelligence and robotic technology.
We were all impressed when Watson defeated chess masters and Jeopardy champions. In my field of cardiology, I think many dismissed automated interpretations of electrocardiograms as simple algorithm-driven time savers that would always require physician verification. The same is happening with respect to interpretation of diagnostic imaging such as chest x-rays and CT scans.
But AI is moving far beyond these applications that are based simply on prodigious memory storage and processing capacity. Applications are becoming much more sophisticated and are developing the ability to learn and adapt to dynamic situations. Diagnostic algorithms are available that will provide reasonable differential diagnoses for patient presentations, and computer interfaces are under development that are frighteningly life like in their ability to interpret individual patient speech and even facial expressions.
Robotic applications in the operating rooms and procedure suites hold the promise of increasing technical expertise and consistency while reducing infection rates. They also allow for interventions in locations where the human hands are simply incapable of performing.
Extrapolating forward, it’s not at all hard to imagine a world where most diagnostic imaging and many therapeutic interventions will require much less, or perhaps no human intervention.
- Our fundamental understanding of human disease.
For generations, physicians have understood and characterized disease states based on what they could observe clinically. “Consumption”, “Whooping Cough” and “Scarlet Fever” are examples of conditions described solely on symptoms and visual inspection. As the ability to image patients and do laboratory analyses improved, patients with Consumption were found to have pulmonary damage caused by Tuberculosis, Whooping Cough became Pertussis and Scarlet Fever became associated with streptococcus infection.
I have lectured students for over 20 years on the classification, diagnosis and management of cardiomyopathies based on morphologic distinctions (Dilated, Hypertrophic, Restrictive) established by clinical examination and imaging appearances. My teaching is now changing, based on new classification schemes based not on morphology, but on the genetic mutations that result in abnormal development of cardiac muscle cells and channels.
This is not only highly appropriate, but promises to bring genetically based therapeutics that promise to alter the natural history of these conditions in ways currently not available. It also represents an entirely new science, involving genomics and an understanding of sub-cellular processes that practitioners of the future will need to understand and develop comfort with if they’re to provide optimal care.
- Standardized approaches to disease management.
Physician order sheets used to be blank and on paper. They have not only become electronically integrated into patient management systems of various designs, but have also become prepopulated with standard orders for many, even most, clinical conditions. Often, all that’s required are patient specific data such as body size and renal function, and a physician’s signature (real or virtual) at the bottom of the page.
This is good in the sense that it promotes consistent and evidence based approaches to these conditions, and reduces transcription errors. However, it can also diminish the educational experience of medical students, and may not fully account for the needs of patients with multiple medical problems or individual characteristics that require an individualized approach.
- Expanding role of non-physicians in health care delivery.
The widespread availability of medical knowledge in general and guideline based management strategies specifically has allowed for other health care providers, such as nurse practitioners, pharmacists and physician assistants, to participate more fully many situations. Another example from my field would be the expanding role of nurse practitioners in heart failure clinics. NPs are fully capable of managing the introduction and maintenance of standard therapies in this population of patients who often require close and continuing surveillance. They do so very effectively, and their participation has been shown to improve patient functional status and reduce hospital admissions.
And so, what to do…
It’s important to state from the outset that this is all good. These five changes will make health care more effective and efficient. Like any development they have potential pitfalls, but, appropriately managed, they will bring significant advantages to our patients. It’s also important to recognize that they are not going away. Technologic progress does not wait for us, or any group, to be ready.
And so, we must engage some very difficult and disturbing questions, summarized in this slide I presented at our recent retreat:
Obviously, there are no definitive answers, but I provide a few thoughts that emerged from recent discussions.
- Students no longer need to undertake medical education in order to locate knowledge – they are quite capable of doing that on their own. They do, however, require guidance as to what will be relevant to their careers, and an ability to interpret and evaluate the merits of the tsunami of information that will come their way.
- AI has the potential to dramatically improve the delivery of care, but can be highly threatening, partly because applications can develop out of context and without clear applications. Physicians of the future need to be more than consumers of AI, they need to involved in the development of applications, the purpose of which should always be to advance care. To do so, they will need fundamental education that develops familiarity with the technology and its potential.
- Medical education has always been rooted in science, but the nature of that science is changing rapidly. Fundamental knowledge about normal human structure and function will always be required, but will need to extend beyond the superficially observable to penetrate the genetic and subcellular levels of normal and abnormal human function.
- As Physicians are needed less and less to interpret test results or manage standard, well-defined clinical issues, their role will extend to ensuring patients enter the care system appropriately, and managing situations where the complexity or multiplicity of issues goes beyond standard management. This will require them to be even more acute assessors of patients at the primary presentation, develop high levels of sensitivity to patient outcomes that deviate from optimal, and have a depth of understanding of the scientific underpinnings of disease and system management that will allow them to step in and provide “customized” management when required. Indeed, “personalized medicine” may become the primary focus of the physician of the future.
All this, and no doubt much more, will require a vastly different approach to medical education, one that we need to begin to consider today. The future is closing in very rapidly. I’ll end with a quote regarding the future role of physicians from someone who was always technologically ahead of his time and not shy about expressing disruptive views:
“The doctor of the future will give no medicine, but will instruct his patient in care of the human frame, in diet, and in the cause and prevention of disease.”
Thomas Alva Edison (1847-1931)
Edison may have been somewhat overly optimistic about the “give no medicine” prediction, but was certainly perceptive in predicting fundamental change in approach. Over the next few months, we’re going to engage a series of dialogues about the doctor, and medical school, of the future, beginning with our recent retreat and this article. Please feel free to participate with your thoughts as we “boldly go” about charting a course into the next few decades of medical practice and education.
Anthony J. Sanfilippo, MD, FRCP(C)
Undergraduate Medical Education
Facebook thinks I’m a doctor…
And other unusual things that happen when you’re an educational developer at a medical school
It’s a unique and interesting thing being one of the non-medically-trained employees who work (mostly behind the scenes) to help run the undergraduate medical education program at Queen’s. On the one hand, friends and family can sometimes think I’ve magically completed medical school in the types of questions they ask me. (I only work there, I say). On the other, through day-to-day interactions, I have absorbed terminology and “insider” information.
Having quietly marked my five-year anniversary working in medical education at the end of September, it was time for a little reflection. Here are five of the more unusual things that likely wouldn’t have happened to me before I worked at Queen’s School of Medicine:
- A new resident was surprised when, during a follow-up visit, I referred to my condition by name (gastroesophageal reflux disease), rather than calling it heartburn. “Most people don’t call it that,” she observed with surprise. I’d just done a curricular search for where and when we teach it – and at the earlier visit, that’s the term they used, so I paid attention.
- I can find my way around most of HDH and most of KGH most of the time. And I know there are THREE hospitals in Kingston, not two. (I just haven’t figured out the new Providence Care layout yet.) I’ve learned the “logic” of the multiple wings, the naming conventions, and – when all else fails – where to find the volunteer desk to ask directions.
- I now know that what you think something is might not be what it actually is. Case in point: My colleague’s son was diagnosed with OCD – but he’s not the least bit obsessive, so how does he have obsessive compulsive disorder? There’s another OCD, diagnosed by orthopedic specialists: Osteochondritis Dissecans of the knee. (It also stands for Ontario College Diploma, but that’s another story).
- Facebook thinks I’m a doctor. No, really, I get ads for MD Financial Management services, and medical conference. It’s based on analytics harvested from my Google searches (because everything is frighteningly linked these days). I search for things to assist with curriculum development, and voila! Facebook has changed my profession.
- I actually use those ubiquitous hand sanitizer dispensers while entering and leaving the hospitals. Every single time.
Because, as an educator, I just can’t help it: here are educational take-away lessons and considerations from these musings:
- When you’re “inside” you can forget what it’s like to be “outside”: how can remembering this influence communication, for example, in explaining acronyms, procedures, or what happens next? There’s power in language and understanding.
- When we’re familiar with buildings and facilities, it’s easy to forget what it’s like to be in an unfamiliar place and worried about getting around. How can we make instructions and directions as clear as possible?
- Don’t assume. If you’re not sure: ask. For example, we’re talking a lot about EPAs lately in undergraduate medicine. We don’t mean the US Environmental Protection Agency, but Entrustable Professional Activities. Even if we’re trying hard to adhere to my suggestion #1, we might slip up. Speak up and ask for clarification.
- Facebook still thinks I’m a doctor now and again, but more recently it’s promoting space-saving storage ideas and junk removal services. (I’m still adjusting to our downsized townhouse, 15-months in). The lesson here: We leave digital footprints everywhere we go. Intentionally (e.g. through public Twitter posts) or unintentionally through Google searches, nothing we do online is private. How should this influence what we do and how we do it?
Paper cuts and hangnails do not like hand sanitizer. At all. Ever. Be careful.
Here’s to the next five years.
Teaching, Learning and Integration Committee Summer Update
By Lindsay Davidson, Director of Teaching, Learning, and Integration
As classes (at least in years 1 and 2) have now ended, and teachers are perhaps thinking about courses that will resume in the fall, I wanted to provide you with an update of items from the TLIC. Some of these may already be familiar to you, but perhaps some are “new”. If you need any further information, please feel free to contact me directly or one of our Educational Developers (Theresa Suart from Years 1 and 2 and Sheila Pinchin for Clerkship and the “C” courses).
- Resources attached to learning events – these include lecture notes, classroom slides, required pre-class readings and optional post-class readings/resources. MEdTech is enabling a new feature for the upcoming academic year. Teachers will be required to review and “publish” each resource every year – with the option of adding in delayed release if appropriate. The goal of this is to provide students with an up-to-date, curated set of resources, deleting old files. Please direct any questions about this to Dr. Lindsay Davidson.
- Remember: “less is more”: Students report that when there are an excessive number of files, they often read few/none of them in advance.
- Clearly designate what is MANDATORY to review PRE-CLASS by indicating this in the “Preparation” field on the learning event, and checking the appropriate boxes on the menu when you review the resources.
- AVOID using dates on your slides/slide file names – students are sometimes disappointed to see that the file dates from 2009 or prior.
- The Curriculum Committee has approved a new learning event type – “Games” – reflecting several sessions already existing in the curriculum. This is defined as “Individual or group games that have cognitive, social, behavioral, and/or emotional, etc., dimensions which are related to educational objectives”. This type of activity might include classroom Jeopardy or other similar activities designed to allow students to review previously taught knowledge (content delivered either independently or in the classroom) and to provide them with formative feedback on their understanding. The instructional methods approved by the Curriculum Committee include:
Please direct any questions about this to Theresa Suart.
- Workforce – The Workforce Committee has recently adopted some changes including the following:
- Addition of credit for teachers who grade short answer questions or team worksheets
- Doubling of credit for teachers who develop new (or significantly renovate) teaching session
- Limit of one named teacher per DIL event
- Limit of one teacher per SGL event (gets additional credit to reflect session design, learning event completion, submission exam questions); additional teachers credited as tutors (credit for time in the classroom) – the Course Director may be asked to clarify who is the “teacher” and who is/are the “tutors”
- Reduction of credit for large classroom sessions (that are not new/newly renovated and/or do not involve grading)
Please direct any questions about this to Dr. Sanfilippo.
- Tagging of Intrinsic Role objectives. The TLIC and the Intrinsic Role leads recently held a retreat. One of the items that was identified was “overtagging” of sessional objectives with intrinsic role objectives such as communicator, collaborator, professional etc. by well meaning teachers. We are undertaking a comprehensive review of how these Intrinsic Roles are taught/assessed in the curriculum and would ask teachers/course directors NOT to tag sessions with these unless there has been a direct communication with the relevant Intrinsic Role lead.
- Communicator: Dr. Cherie Jones: email@example.com
- Collaborator: Dr. Lindsay Davidson: firstname.lastname@example.org
- Leader: Dr. Tony Sanfilippo: email@example.com
- Advocate: Dr. Jenn Carpenter firstname.lastname@example.org
- Professional: Dr. Rachel Rooney rooneyr@KGH.KARI.NET
- Scholar: Dr. Heather Murray email@example.com
Please direct any questions about this to Dr. Lindsay Davidson.
- DIL feedback from students. Over the past year, we have received useful feedback from students regarding the content and structure of Directed Independent Learning (DIL) sessions in Years 1 and 2. This will be collated and communicated to Course Directors shortly. Theresa Suart will be in contact with teachers/Course Directors should any sessions be identified for review/revision.
- Online modules. We have developed a process to facilitate the development of high quality online modules, often used as resources in DIL session. These are highly appreciated by students and are used for review in clerkship as well as pre-MCC exam. The current list of modules is available here: https://meds.queensu.ca/central/community/ugme_ecurriculum If you would like to create (or revise) a module for your course, please complete the linked intake form: https://healthsci.queensu.ca/technology/services/elearning/online_learning_modules/get_help
- New wording of learning event notices. You may have noticed this over the past year. The wording of the 3 email notices received by teachers has been revised. In particular, it has been streamlined and customized to provide specific, focused reminders prior to the scheduled teaching. We would appreciate any feedback or suggestions that you have about this change.
- Video capture In 2016-17, lecture sessions were video captured in select year 1 and 2 classes. We will be analyzing how these videos were used by students over the summer and will likely be continuing this into the fall. Please provide any feedback or comments that you have about this pilot to Theresa Suart.
Feel free to get in touch:
- Dr. Lindsay Davidson – firstname.lastname@example.org
- Sheila Pinchin – email@example.com
- Theresa Suart – firstname.lastname@example.org
Discover, Examine, Commit: A New Way of Looking at Group Work
I’m back with another perspective on collaborative learning. This time, I’m indebted to Jim Sibley at UBC for giving me permission to use Framework for TBL Application Activity Reporting Facilitation by Loretta Whitehorne, Larry Michaelsen, and Jim Sibley, reproduced here:
Our own Dr. Lindsay Davidson brought this home from the Team Based Learning (TBL) Collaborative’s Meeting this year.
or click on this:
This framework is designed to help us facilitate reporting on activities in our TBLs (SGL’s for Queen’s)…The 3 stages of an activity’s progression, Discovery, Examination and Commitment are great terms for ways of looking at key steps in any activity—in other words: get information, look carefully at the information and do stuff with it, and create a product. Specific tasks within each stage are extremely helpful advice for students and faculty to give reports on how they are doing in an activity. They’re also very helpful prompts for actual tasks!
(Actually, for the physicians and medical students out there, you can also see the 3 stages of arriving at a diagnosis: Gather information, Examine the information carefully and relate to experience, patterns, etc. and finally Commit to a diagnosis.)
However, these days I am focused on collaborative learning, and trying to go beyond the Norming, Storming, Reforming approach which many have often been taught. I often hear from students, “I’m not sure what to do in the group, except report back.”
The framework that Whitehorne, Michaelsen, Sibley have developed immediately gave me ideas about roles a student could take on in a group. In looking at the framework, I’ve grouped the 5 main roles and given them an attribute. So following are several behaviours that students can adopt; ideally the same person could adopt all 5 roles in one activity, depending on the group’s need. In fact, if a person remains in one role too long, it may make the group less productive. The idea is to recognize what is needed and move into that role to help move the group task along:
1. Sensor (Listens, shares, looks for consensus, is aware of others’ ideas)
2. Converger or Focuser (Focuses on specifics, probes, builds on others’ ideas, examines in depth)
3. Generalizer (Takes specifics to generalizations, expands, relates to frameworks or theory)
4. Summarizer and Synthesizer: (Puts it all together, supports and asks, “What if?”)
5. Maverick: (Looks for the different, the alternative, the unconventional, etc. Dare’s to differ instead of follow the crowd if it’s going “down the rabbit hole.”) Checks on things.
If you look at the Framework’s matrix, you’ll see that the Sensor’s role stays quite true throughout the different stages of an activity, as does the Summarizer-Synthesizer, etc..
Then there are great descriptions of behaviours a group member can adopt to move the group work forward based on the framework.
For example, looking at the framework, under the Discovery stage,
a Sensor can respect and listen actively to all contributions. H/she can also be a person who moderates or facilitates so everyone gets their turn. A Sensor can also unpack or explain in detail how a team arrived at a decision.
A person who is the Generalizer might restate the aggregated ideas of previous speakers, or link or combine, or put ideas together. S/he may articulate links between ideas or incorporate multiple sources into a single idea.
If your activity has progressed to Examining stage, the Sensor might compare or contrast by examining rationales to articulate similarities and differences. The Maverick might redirect or park by gently guiding conversation away from non-productive directions, and refocusing to direct attention to other thematic elements.
Under the Commitment stage (and I like this term, because it symbolizes positive and concrete final steps), the person who is a Converger-Focuser may generate specific examples by applying concepts and incorporating personal experience. The Generalizer may create general rules by drawing out the general principles and developing tentative “rules of thumb”. The Summarizer– Synthesizer may make predictions by considering what might happen as a result of particular idea in particular scenario. What is the role of a Maverick at this late stage? Even as the group pulls together a product or a choice, or an answer, the Maverick considers to what degree the choice or answer fits into the context or the applicability.
All in all, I got very excited when I saw this framework—not only because it focuses on ways to extend tasks and activities for group work but because it adds to my thoughts on collaborative learning. I also have to compliment the artist behind the figures in this framework (Angela Cunningham?)—they are extremely helpful when you work at grasping what the behaviours are!
So happy collaborative learning with a few more tips and strategies for our students working in groups and teams.
P.S. I’m also writing this on July 1…and so want to celebrate our country’s 150th with you by wishing you a Happy Canada Day!
Canada Day South Huron 2017
Five things to do this summer: a Med Ed to-do list
This first year I worked in a post-secondary setting, I was somewhat bemused when students asked me how I was going to spend my summer – they were heading out on a three or four month “break” and assumed I was doing the same. Some had work plans, some travel, some both. Regardless, they would be away from campus and recharging their batteries, and, perhaps, expanding their perspectives in a variety of ways. I, however, would be at my desk.
Two decades and three universities later, I’m still working through much of the summer months as are many of my administration, staff, and faculty colleagues as we stagger vacations with other colleagues and other family members’ schedules.
For those of us at the School of Medicine (including our 2018 clerks!) who don’t have two or three months off this season but maybe a couple of weeks and the odd day here or there to make a long weekend – here’s my list of five things to do that are (loosely) related to medical education. (This list is best perused—and perhaps amended or augmented—while sitting on a patio with your favourite libation).
Read something not related to your discipline
In the crush of academic terms, it’s easy to fall into the trap of reading for work, not for recreation. There’s always just one more journal article to be read, one more new text to review. One more thing to stay on top of. Vow to read at least one novel (or collection of short stories, or poetry) this summer. Regardless of genre, you’ll learn something of the human condition (which is at the heart of medicine and medical education) and it will refresh you, too. So, move it to the top of your To Be Read pile. Among my picks: a toss-up between finally reading at least one of the Harry Potter books, or Abraham Verghese’s Cutting for Stone. Maybe both. The Art of Adapting by Cassandra Dunn is also in the running.
Binge watch a cooking show on the Food Network
Whether it’s TiVo’ed or Netflix, the ability to skip the ads is a godsend for a rainy Saturday’s binge-watching. Opt for something where you might pick up a recipe or tip or two, but pay attention to how the host explains what they’re doing. Is it conversational? Directive? Do you stay engaged? Or pick one of the competition shows (Chopped is my guilty pleasure) and check out how different judges give feedback. Some are brutal; some overly-kind without much substance. Some have thoughtful suggestions. Many adapt their critique delivery, based on the experience and competence levels of the chefs competing. How can this inform how you deliver feedback?
Enlist some pals and build a sandcastle at the beach
Sandcastles are hands-on and best accomplished as a team effort. Building one requires both attention to details and a flexibility to accommodate the sand, water, and tide schedule. The plan is rarely ever 100% completed without modifications along the way. Plus, everybody gets dirty. And, at the end of the day, there’s nothing except pictures as the tide washes it away. So, a fresh slate the next day. And, we can take the lessons learned on to the next one.
Hit the movie theatre to see a summer blockbuster
Enjoy the a/c and see something outrageous. Popcorn optional. Take note of if the story drags anywhere: did you get the urge to check your smart-phone (pre-movie admonishments aside). What made your attention wander? Was it an extraneous info-dump? An overly-long car chase? Just too much of something? A gap in knowledge? If you’re working on online modules for next year, take note of where the show lost you. Adapt this insight to material you create for your students.
Watch some fireworks
Most of us know that fireworks were invented in China centuries ago. According to the “Fireworks University” website, this was an accident when a field kitchen cook happened to mix charcoal, sulphur and saltpeter. What a happy accident*.
There’s no great medical education insight to go with this watch fireworks suggestion: they’re just fun. And maybe that’s the insight right there.