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Skill development has a number of phases:
cognition: understanding of task, though steps may be erratic
integration: comrehension and fluid performance grow
automation: continuous movement, speed, efficiency, and precision grow
Miller formed a pyramid:
knows (base)
knows how
shows how
does
unconsciously incompetent: provide exposure through modeling, videotape, reading, simulations
consciously incompetent: clinical teaching, simulations
consciously competent: practice, with feedback, supervision, coaching, and reassurance
unconsciously competent: provide more challenging tasks
Students are encouraged to identify their learning styles early during training, in order to best understand how they process information.
The stages of skill learning include verbal or cognitive, motor stage, and autonomous stage. Learning should be done in graded manner, with indications, contraindications, and equipment, and procedural steps understood and demonstrated.
Rural trainees often report higher rates of procedure mastery vs their urban counterparts.
Decay occurs with unfortunate speed without reinforcement. Skills nights are extremely popular, but one-off events are not ideal, as they provide no future contexts. Four or five continous days - overlearning - provides longer retention.
Field notes can be helpful in tracking progress and soliciting feedback.
The main barrier to procedural training is lack of competent, available preceptors, and students can teach other students extremely effectively if properly experienced and equipped.
Demonstration: trainee forms mental picture: trainer does with no commentary
deconstruction: procedure is broken into key steps: trainer does, with commentary
comprenension: demonstrates understanding: trainer does, learner provides commentary
performance: demonstrates steps: learner does and providers commentary
It is important to fully outline the procedure, from start to finish, to create context. Next, deconstruct a performance into constituent parts.
It is important to set expectations for students, letting them know what they'll be doing and you're role, if any.
Praise can be encouraging for everyone - learners, patients, and teachers.
Procedures can cause anxiety for learners, preceptors, and patients. Effective preparation and discussion beforehand can do much to mitigate this. Set the trainee up for success, eg by partially completing the procedure.
It can be helpful to have a signal (ie a tap on the hand) or a code word to let students know they should pause and allow the preceptor take over. However, beyond this, HANDS OFF - let them learn to do it!
Observation and feedback should immediately follow the procedure and follow the sequence of the procedure. It should be specific, critical and constructive, and encourage self-evaluation.
It can be important to periodically become a learner again as a teacher to help recall the experience of learning.
One rating scale uses the following:
Simulations can be very effective in allowing student experience. However, the technical aspects of the simulations can threaten to subvert the overall experience. Do not ignore the affective component. They should be grounded in theory. (Kneebone, 2005)
Effective, on-site feedback is of critical importance. Should be linked back to clinical context.
Can buy kits, or can make them...
Patients will often expect learners to be involved if they are part of a teaching hospital or clinic.
Patients want to ensure the learner is being supervised "Is it ok if my student does this together with me? I'll be in the room at all times."
Aggarwal R, Grantcharov TP, Darzi A. 2007. Framework for systematic training and assessment of technical skills. J. Am. Coll. Surg. 204(4):697-705.