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A prepared clinical examination room

Dalhousie University · 2018–2024

Designing Trauma-Informed Medical Education at Scale

How do you teach an invasive clinical examination—quickly, thoroughly and without repeating the dynamics of trauma?

The assignment

Condense a semester of clinical study into sixty minutes.

The patients are survivors of severe, potentially life-threatening physical assault.

Patients must now undergo a pelvic exam which will test for/gauge the extent of injuries. This test, in some ways, replicates the physical trauma they have experienced.

The medical professionals are examining the patients with the goal of creating a record of the physical trauma, as well as gathering data for potential diagnoses.

I have to devise a learning programme which condenses a full semester of clinical examination study into a 60 minute session to be delivered by two Sensitive Exam Teaching Associates (SETAs) who will serve as simulated patients.

RoleLead UX Designer
Instructional Designer
Researcher
Duration6 years
Reach~360 learners
30 workshops
Feedback96% positive
Medical educators preparing a simulated clinical examination space
Clinical training required the room, tools and people to function as one carefully staged system.

The constraint

Everything mattered.
I had one hour.

Two Sensitive Exam Teaching Associates—serving as simulated patients—had to brief pairs of learners and observe each learner completing the practicum.

The curriculum covered four interconnected systems:

  1. Clinical setupWhich tools are needed, where they belong and why their order signals competence and safety.
  2. Body languageTalk before touch, hand placement, eye contact, and the difference between standing over someone and sitting beside them.
  3. Verbal communicationInclusive language, accurate nomenclature and words that preserve trust rather than quietly diminish it.
  4. PacingFast enough to minimise time under stress; deliberate enough that the patient never feels rushed or dismissed.
Diagram connecting body language, verbiage, clinical setup and pacing to patient outcomes
The examination was treated as a system of signals. Small choices could establish trust—or create danger.

Two perspectives

I was designing for the learner and the patient at the same time.

For learners

How do I make training efficient, engaging and memorable for anxious, exhausted medical professionals?

How do I keep the room light enough to learn in, without making the context feel light?

For patients

How do I make a thorough examination feel participatory rather than invasive?

How do I build an inclusive experience that gives future patients confidence to come forward?

A medical simulation mannequin prepared beside a computer workstation
Simulation made it possible to practise the mechanics. The teaching associates made it possible to understand the human experience.

Iteration

Instruction during the exam—or preparation before it?

01 · Live instruction

Learn while performing

After a short introduction, learners were walked through the examination in real time. It created more room for questions, but forced them to assume the clinical role before they had time to prepare.

02 · Blocking

Learn, absorb, then perform

Instruction and practice became distinct blocks. Learners understood the role, constraints and procedure before approaching the simulated patient. The result was calmer, faster and substantially more effective.

Pie charts comparing time allocation for blocking and live instruction methods
Blocking gave the first learner space to prepare and allowed the second learner to benefit from both instruction and observation.

The final system

Forty minutes to show.
Twenty minutes to prove.

The final model combined self-guided study with a strictly regimented clinical tutorial. Roughly forty minutes covered setup, physical communication, verbal communication and the examination itself.

The remaining time was protected for two learners to demonstrate the complete experience.

Blocking worked because it recognised preparation as part of performance.

The first learner typically completed the simulation in 10–12 minutes. The second, having observed once, completed it in roughly 4–8 minutes—approaching real clinical timing.

Results

The system made the examination faster.
More importantly, it made care feel safer.

90 → 60minutes per training session
96%positive mandatory feedback
~360medical professionals trained

My personal reward was knowing I contributed positive change to an overworked, under-funded healthcare system—and gave future medical professionals the skill and confidence to care for survivors better.