Skip to content

Learn through exploration

Advanced Cardiovascular
Physiology Sandbox

Build a scenario, change one variable and see the circulation respond. Explore synchronized rhythms, pressures, flow and interventions—for independent study or classroom teaching.

Educational model. Circulation Studio is literature informed and uses synthesized hemodynamic data. It is not validated for clinical decision making or patient care.

Built by a cardiovascular clinician educator, Circulation Studio was created to strengthen cardiovascular education through exploration, bedside discussions and case teaching.

See the connection

Read synchronized ECG and invasive pressures alongside cardiac imaging, Wiggers diagrams and pressure–volume loops.

Change the physiology

Combine diseases, adjust loading and flow, and explore how drugs, maneuvers and mechanical support change the model.

Make each beat a lesson

Pause, inspect a waveform, move through the cardiac cycle and turn a finding into a teaching conversation.

One platform. Many teaching settings.

From first principles
to advanced hemodynamics.

Use it for self-directed practice, small-group discussion, classroom demonstrations and facilitated case teaching.

Medical schools

Cardiovascular foundations, waveform recognition and the relationship between pressure and flow.

Residency programs

Anesthesiology, internal medicine, cardiology, general surgery and cardiovascular surgery.

Fellowship programs

Cardiac catheterization, intensive care, heart failure, pulmonary hypertension and cardiovascular anesthesia.

Individual & institutional use

A shared visual teaching surface for independent learners, faculty-led sessions and program-based education.

Tutorial

Learn the sandbox

A brief guided tour of controls, paused waveforms, ECG interpretation and interventions.

Learn

Build the foundations

Academic Halfday and progressive clinical cases.

Play

Follow the evidence

Investigate The Crimson Circuit.

Quiz

Read the next pattern

Live tracings, randomized questions and instant explanations.

Explore the model’s physiology sources and limitations.