review
10 minSpaced review — 7 objectives due
These were learned earlier and your retention window has elapsed. Retrieval now is worth more than new material.
Learning environment
NeuroOps Academy
Sierra Valley Medical Center · Synthetic demo
Progress
Teach & manage
Objectives secure
3of 8 practiced
Knowledge only — not clinical clearance.
Due for retrieval
7
Spacing intervals grow as retention holds.
Open mistakes
2
Clear only by getting it right in a later session.
Cases completed
0
Branching synthetic scenarios with debriefs.
Today's practice
Four things are waiting. Each one asks you to do something rather than read something.
Sample board
Pattern trainer
One pattern retrieval due
Mains interference vs muscle artifact. You separated these correctly eight days ago — the interval is up.
Tech bench
One technical challenge waiting
A recording that looked fine five minutes ago. Something changed.
Case lab
Your current case has new information
The nurse came back with something she did not mention at the start.
Clinical practice
One clinical-practice item awaiting observation
Full 10–20 application. Cannot be completed on screen — it needs an authorized observer in an appropriate environment.
Demonstration board. In use, these items are produced by your own retrieval schedule, your open case and your program's observation queue.
Four rooms, four questions
The whole model fits in four questions. Each room answers exactly one of them.
Pattern trainer
Can you see it?
Fast, visual, perceptual. Short looks, a decision before every reveal, near-neighbours side by side.
Tech bench
Can you fix it?
Tactile and instrumental. You touch the machine, the recording answers back, and shortcuts have consequences.
Case lab
Can you put it together?
Investigative. Information arrives the way it arrives in a real room — late, partial and out of order.
Clinical practice
Can you do it in the real environment?
Calm and serious. This room is not on screen. It is a person watching you work and writing down what they saw.
Today's practice
Built from what is due, what you missed and what you have not met yet. Mixed on purpose — and never the same question twice in the same place.
Identify nasion, inion and preauricular points and explain why proportional measurement produces reproducible sites.
Due for retrievalThe spacing interval for this has elapsed. A retrieval now is what makes it stick.
Last met in recall. Today it comes back somewhere else, so you have to transfer it rather than recognise it.
Derive the standard 10–20 positions from measured landmarks and place them on a head diagram.
Due for retrievalThe spacing interval for this has elapsed. A retrieval now is what makes it stick.
Last met in simulation. Today it comes back somewhere else, so you have to transfer it rather than recognise it.
Evaluate electrode integrity and patient comfort during application and correct problems before recording begins.
Due for retrievalThe spacing interval for this has elapsed. A retrieval now is what makes it stick.
Last met in case. Today it comes back somewhere else, so you have to transfer it rather than recognise it.
Start with the full loop
One polished lesson that shows how everything here is built: orient, observe, decide before the reveal, explain, practise the technical change, retrieve, reflect.
Artifact or brain? The troubleshooting loop — then the same reasoning again in Pattern Trainer, Tech Bench and Case Lab, each asking a different kind of question.
How long do you have?
Every path here is a full loop with a decision in it. Nothing is a video you sit through.
review
8 minMistake notebook — 2 open
Concepts you missed, returning in a different context. They clear only after you retrieve them successfully again.
activity
14 minThe 10–20 system: measure, derive, place
Next in your pathway. Short loops with a decision in each one, not a slide deck.
What is not sticking yet
Ranked by mastery, then by how confident you were when you got it wrong.
Interpret an impedance panel and distinguish a single-electrode problem from a common reference or ground problem.
Emerging · 0%Why it matters: Prevents re-prepping the wrong electrode while the real fault stays in place.
Predict the effect of filter, sensitivity and time-base changes on a displayed trace and state what information each change costs.
Emerging · 40%Why it matters: Prevents filtering out real activity to make a trace look clean.
Derive the standard 10–20 positions from measured landmarks and place them on a head diagram.
Developing · 65%Why it matters: Guessed placement is the most common source of unusable serial comparisons.
Recognize normal waking background and common drowsiness and sleep features as technical context for recording decisions.
Developing · 70%Why it matters: Prevents chasing a normal variant as an equipment fault.
Your read on yourself
Confidence is captured before each answer, never after.
Well calibrated
Your confidence ratings track your actual performance closely.
12 days of practice
A streak is a description, not a debt. It resets without penalty and nothing is taken away from you when life happens.
From your preceptor
Recorded in the clinical record, not generated here.
- strengthS. Duarte · 2026-09-19
Your application speed is genuinely good now, and the patients you are hardest on yourself about are not noticing any of it.
- practiceS. Duarte · 2026-09-19
Verbalize the pre-recording integrity check out loud for the next three studies. You know the step — it disappears when you are moving fast.
What evidence do I have?
Each rung is granted by someone different. Academy can only ever grant the first three.
Viewed / completed
granted by academynone yetActivities you have worked through. This is exposure, and exposure alone proves nothing.
Next: Turn it into retrieval — answer without notes in a later session.
Retrieved without notes
granted by academy3 recordedObjectives you have recalled correctly across separate sessions.
Next: Apply it in a simulation or a whole case where the context is different.
Applied in simulation
granted by academy1 recordedCompleted case runs and correct simulated technical decisions.
Next: Ask your preceptor to observe the real thing.
Clinically observed
granted by preceptor4 recordedPerformance a preceptor watched and documented. Academy records it; Academy never produces it.
Next: Accumulate the observations your programme requires at the level it requires.
Programme competency determination
granted by programnone yetThe sponsoring programme decides competency. Nothing in Academy performs this step.
Next: Your programme reviews your documented evidence and makes the determination.
External credential
granted by credentialing-bodynone yetCredentials are issued only by the credentialing body under its own published pathway.
Next: Check the body's current eligibility pathway directly. NeuroOps does not confer eligibility.
Local authorization to practise
granted by employernone yetPermission to perform the work at your site is granted by your employer, separately from everything above.
Next: Your employer authorizes you against its own policy.
Education is not clinical competency, clinical competency is not a credential, and a credential is not local authorization to practise. Academy evidences learning only.
From the lab
Original composite scenarios. No real patient, colleague or site.
The study that needed two people
A synthetic composite: a paediatric study is booked as routine. It needs a second pair of hands, and the schedule has none. The technologist documents the constraint rather than rushing an unsafe application.
Naming a constraint is professional behaviour, not a failure.
Reflect: What would you need to be able to say, and to whom, to stop an unsafe setup at your own site?
There is no leaderboard here and no points. What grows is the evidence you can show and the reasoning you can produce without help.
Why Academy feels different
Five commitments, and what each one costs you as a learner.
Decide before reveal.
You commit to an answer, and to how sure you are, before anything is explained. Recognising an explanation is not the same as producing one.
Practise, don't scroll.
Every room asks you to do something. There is no unit here that is finished by reaching the bottom of a page.
Mistakes become tomorrow's practice.
A miss — or an honest 'I'm not sure' — schedules the idea to return later, in a different room, so you have to transfer it rather than recognise it.
Simulation isn't clinical competency.
Everything on screen evidences learning. Clinical competency is determined by your program on observed performance, and nothing here shortens that.
Same expectations. Different routes to mastery.
Learners arrive from very different programs and jobs. The route through these rooms differs; what you are expected to be able to do does not.
Scheduling here is a spacing rule, not an AI tutor: items you get right return at longer intervals, items you miss or flag as uncertain return sooner and in a different room. A richer adaptive model is planned; it is not what is running today, and this demo does not pretend otherwise.
Not a credentialing, accrediting or licensing authority
Completion records generated in this platform are internal employer training records. They are not ABRET credentials, not state licenses and not CAAHEP program accreditation, and they confer no eligibility of any kind.
NeuroOps Academy is education and competency infrastructure administered by the sponsoring organization. It is not accredited by CAAHEP, is not a CAAHEP candidate or applicant program, and is not a credentialing, certifying or licensing authority. Completion of Academy content does not establish eligibility for any examination, does not confer any credential, and does not authorize independent clinical practice. Clinical competency is evidenced by observed performance and verified by the employing organization.