Cardiac Electrophysiology Consulting
Clinical electrophysiology advisory, physician education, and simulation technology for medical device companies and EP training programs.
What we do
Every engagement starts from the same place: an experienced electrophysiologist sitting down with your team and getting specific about the actual problem — the design question, the training gap, the study endpoint that won't hold up.
Practicing-EP perspective on catheter, mapping, and energy-delivery design — brought in early enough to change the outcome rather than validate it after the fact.
Case-based teaching that respects the learner's time. Hands-on technology sessions, procedural proctoring, and curricula built for how EP is actually practiced.
Help getting the science right before it goes to a journal, a regulator, or a payer — from endpoint selection to the sentence that reviewers will stop on.
Purpose-built simulation for electrophysiology — including CardaxEP, our own biophysically grounded EP lab environment for training and technology demonstration.
The platform
A complete electrophysiology laboratory in software. Real anatomy, real conduction physics, real catheters — and a pacing box that behaves the way one does at two in the morning when the tachycardia won't entrain.
CardaxEP was built because the gap between reading about reentry and seeing a circuit collapse under a well-placed lesion is enormous — and until now there was no safe place to close it. Fellows can be wrong here. Engineers can iterate here.
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Activation emerges from a monodomain reaction–diffusion solve over an anisotropic bi-atrial mesh with human atrial ionic kinetics — not from a pre-recorded animation.
Bi-atrial geometry from a published statistical shape atlas with fiber architecture, or import a mesh straight from a clinical mapping system.
Halo, coronary sinus, HRA, His and ablation channels rendered as timing-accurate bipolar signals — the same strip you read in the lab.
S1–S2 drive trains, burst pacing, decremental protocols and entrainment from any electrode — with the interface pushing back when your drive isn't faster than the tachycardia.
Place lesions on the surface and see the circuit respond — block, slow, reorganize, or terminate. Line integrity is judged by the physics, not by a checkbox.
A remodeling control moves the tissue from normal toward diseased — shortened refractoriness, slowed conduction, scar — so one anatomy yields many teaching cases.
CardaxEP is an educational and technology-demonstration platform. It is not a medical device and is not intended for diagnosis, treatment planning, or any clinical decision-making.
Who we work with
Whether you are building the technology or teaching people to use it, the bottleneck is the same: translating what happens inside the atrium into something a room full of people can see and act on.
Ablation, mapping, and diagnostic technology teams who want an electrophysiologist in the room while decisions are still reversible — and a compelling way to show what the technology does when it matters.
Fellowship directors, simulation centers, and academic EP programs building a curriculum that gets trainees to competence faster — with somewhere safe to make the mistakes that actually teach.
How engagements work
Thirty minutes, no charge. We establish what you're actually trying to decide, what you already know, and whether this is a problem worth outside help at all.
A written scope with deliverables, timeline, and fee structure — hourly, day rate, or project — plus whatever contracting, disclosure, and compliance paperwork your organization requires.
Deliverables arrive as agreed, with a walkthrough rather than a document dump. Ongoing retainer arrangements available where the relationship warrants one.
Get in touch
Tell us what you're working on. If we're the right fit we'll say so, and if we're not we'll usually know someone who is.