Learn by Doing, Not Watching
Step-by-step guides to mastering the MediKarya platform, improving your diagnostic workflow, and building clinical confidence before your first real patient.
Why simulation-based learning works
Immediate feedback loops
In real clinical placements, you often don't see the outcome of a decision for days. Simulation compresses that feedback to seconds: you see exactly where your reasoning diverged, while it's still fresh.
Practice without consequence
Aviation and surgery both rely on simulation because errors in those fields are unacceptable. Medical students deserve the same rehearsal space: a place to make mistakes, learn, and repeat before the stakes are real.
Targeted skill building
Clinical attachments are unpredictable. You see what comes in. Simulation lets you specifically target your weak areas: ECG interpretation, differential generation, investigation ordering, and more.
Getting Started
Essential tutorials for new usersGetting Started with MediKarya
A complete walkthrough of the platform: logging in, navigating the dashboard, and starting your first patient simulation.
Coming soonHow to Navigate a Patient Case
Learn how to take a history, order investigations, and arrive at a diagnosis inside a MediKarya simulation environment.
Coming soonOrdering Investigations Effectively
Not every test is the right test. This tutorial covers how to think about investigations: what to order, when, and why.
Coming soonAdvanced Skills
For students who've completed a few casesAdvanced Diagnostic Reasoning
Go beyond textbook differentials. Learn to build problem representations and narrow diagnoses under time pressure.
Coming soonReading ECGs in Simulation
A structured approach to ECG interpretation (rhythm, axis, intervals, morphology) applied to real simulation cases.
Coming soonApproaching Rare Clinical Presentations
When the obvious diagnosis doesn't fit: how to widen your differential and think through uncommon conditions methodically.
Coming soonReady to put it into practice?
Browse Patient Simulations →