Near peers make the best instructors
The most effective instructors for teaching psychomotor skills are near peers. Rather than trying to recruit faculty and specialists, we need to be recruiting advanced students and new graduates. Near peers (one or two years beyond the learners) are more likely to remember the necessary steps and the challenge points. They are also more likely to be able to explain the steps of a skill effectively. Faculty tend to perform skills without thinking and, even when asked to identify steps, miss many. Of the steps they include, faculty tend to include what to do and not how to do it. Faculty can also be intimidating and can make it “look easy”. If students feel they are failing at an “easy” skill, they can soon become frustrated.
Near peers also benefit by consolidating skills and are more likely to develop a teaching identity.
If near peers are not available, other options include trained coaches, technicians, nurses and/or interns. Results are better if they are paid for their efforts. Residents and faculty can learn to focus on the how and to identify more steps, it just may not be best use of their time.
Training faculty
General practitioners are often better instructors than specialists. Training a smaller cohort of generalists and using them consistently is more effective than trying to work with a variety of specialists. The generalists can help with more labs and it is easier to train a smaller group into feedback, lesson plans etc. Instructors that are teaching in more than one lab can also better identify struggling learners.
If you are using faculty, cognitive task analysis can be useful to help identify those automated steps. Cameras capture motions while experts perform a task normally and then again as they talk through the task. Steps are identified and compared between instructors. Gaps and inconsistencies between experts are identified and managed. However, experts still find it difficult to identify components that will be challenging to new learners; near peers and intermediate learners are more useful in identifying high cognitive load areas and those steps that are more difficult.
Faculty are valuable assessors
However, when students are ready to be assessed on their skills, faculty are most useful. Being assessed my near peers doesn’t carry similar weight or perceived value.
Instructors need to care to be effective
Students assigned to instructors who acknowledged student efforts, were caring and demonstrated interest in the students learning showed greater learning, better retention and enhanced transfer compared to those students assigned to disinterested instructors and even to control instructors who were not given relatedness instructions. Peer support is also effective in providing helpful hints and encouraging practice!
Resources
Peer-teaching cardiac ultrasound among medical students: A real option. PLOS ONE Vol.14(3), p.e0212794, 2019
Relatedness support enhances motor learning. Psychological Research (2018) 82:439–447
Learning through multiple lenses: analysis of self, peer, near-peer, and faculty assessments of a clinical history-taking task in Australia. J Educ Eval Health Prof 15: 22, 2018
Conveying practical clinical skills with the help of teaching associates—a randomised trial with focus on the long term learning retention. BMC Medical Education 17:65, 2017
Investigating the effect of distance between the teacher and learner on the student perception of a neuroanatomical near-peer teaching programme. Surg Radiol Anat 38:1217–1223, 2016
Developing a Teacher Identity: TAs’ Perspectives About Learning to Teach Inquiry-based Biology Labs. Intl J Teach Learn Higher Ed 28(2):176-192, 2016
Lessons from a Pilot Project in Cognitive Task Analysis: The Potential Role of Intermediates in Preclinical Teaching in Dental Education. J Dental Educ 79(3):286-294, 2015
The Use of Cognitive Task Analysis to Reveal the Instructional Limitations of Experts in the Teaching of Procedural Skills. Acad Med 89:811–816, 2014
Using Cognitive Task Analysis to Create a Teaching Protocol for Bovine Dystocia. JVME 40(4) 397:401, 2013
Feedback falling on deaf ears: residents’ receptivity to feedback tempered by sender credibility. Medical Teacher, Vol.19(1), p.40-44, 1997.