Brittany Brumback Email & Phone Number

Boston, Massachusetts, United States

Greater St. Louis Area

As a Biomedical Engineering Ph.D. candidate in Dr. Stacey Rentschler's Cardiovascular Research Lab, my thesis research was focused on studying left/right differences in gene expression that regulate electrophysiology in the context of development and disease in both mouse and human ventricles. My research spanned across mouse models, adult human donor.

I was a Teaching Assistant (TA) for the graduate level Molecular Cell Biology course. Throughout the duration of this role, I answered students' questions, created and presented exam review slides, contributed to exam questions and grading, and gave both written and verbal feedback to students.

St Louis, Missouri, United States

As a Project Manager (PM), I led teams of consultants on projects with local and regional clients in the academic and biotechnology spheres. My responsibilities included strategically planning the projects, leading weekly team meetings, delegating assignments for consultants, and presenting findings and recommendations to clients.

St Louis, Missouri, United States

As a Consultant at The BALSA Group, I worked with multi-disciplinary teams to conduct both primary and secondary market research, perform competitor analyses and technology assessments, and provide clients with recommendations via both reports and presentations.

Washington D.C. Metro Area

I worked in Dr. Igor Efimov's lab where I designed and optimized two 3D printed tissue perfusion chambers that enabled panoramic optical mapping of the heart’s conduction properties to study possible arrhythmogenic mechanisms.

Washington D.C. Metro Area

I provided walk-in tutoring for Chemistry, Biology, Differential Equations, and Circuit Theory and led several final exam review sessions.

Campinas Area, Brazil

During my summer research fellowship in Dr. Jose Bassani's lab, I worked in collaboration with a graduate electrical engineering student to test a new circuit design for defibrillators that would be more effective and less dangerous. I designed a project that investigated effects on cardiomyocytes from high intensity electric field stimulation using.

Doctor Of Philosophy - Phd, Biomedical Engineering, 4.0

Activities and Societies: Lucille P. Markey Special Emphasis Pathway in Human Pathobiology, Biomedical Engineering Society, Cardiac.

Master Of Science - Ms, Biomedical Engineering, 4.0

Bachelor Of Science - Bs, Biomedical Engineering, 3.94

Activities and Societies: Tau Beta Pi (President), The National Society of Collegiate Scholars (President), Theta Tau (Committee Chair).

Exchange Program

Activities and Societies: Robogals