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Cardiovascular Engineering


Course Overview

Discover the world of cardiovascular health and innovation! Dive into heart anatomy, explore common diseases like atherosclerosis, and uncover cutting-edge therapies, including stem cell regeneration, gene editing, extracellular vesicles, bioprinting and more. Through interactive lessons, hands-on projects, and field trips students will journey into the future of cardiovascular repair, gaining insights into pioneering treatments and the science of cardiovascular regeneration. Lastly, students will learn about career paths and opportunities in science as it relates to cardiovascular engineering.

Course Objectives

A student will have gained a broad insight to the field of cardiovascular engineering and learned about the basics of function, disease, and treatments of CVDs.

Course Information

Credit:
Noncredit
Grading:
Satisfactory/Unsatisfactory
Categories:
  • Pre-Med
  • Sciences
Prerequisite:
Biology and Chemistry
Lab Requirement:
Closed-toe shoes for lab field trips

Program Information

Pre-College Program

The Emory Pre-College Program offers students an opportunity to experience many aspects of college life.

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Course Dates and Details

ProgramCourse DatesClass TimeFormatStatus
Pre-College ProgramSession A:
Sun, Jun 14 - Sat, Jun 27, 2026
  • M-F 9 -11:30 a.m.
on-campusopen

Instructors

Yohannes Akiel

Yohannes is a PhD candidate in Biomedical Engineering through the Georgia Tech/Emory program. Originally from Dallas, Texas, Yohannes completed undergraduate at the University of Texas at San Antonio in Biomedical Engineering.

For his doctoral thesis, Yohannes is interested in developing a tissue engineered aortic valve that can be 3D bioprinted for a cell laden able to recreate the leaflet extracellular matrix composition. He intends to incorporate valve interstitial cells and endothelial cells to sustain their function for repair and regeneration. 

Swarnima Roychowdhury

Swarnima graduated from Rutgers University with a B.S. in Biomedical Engineering. For undergraduate research, she worked on developing PKPD models for pulmonary infections, particularly in the context of Cystic Fibrosis.

As a Biomedical Engineering PhD candidate through the Georgia Tech/Emory partnership program, Swarnima is interested in looking at drug delivery mechanisms and models for therapies in congenital heart disease.