Isabelle Stasenko Email & Phone Number

New York, NY, US

Seattle, Washington, United States

Seattle, Washington, United States

Developing, establishing, and automating processes, program governance, quality control, and training materials to then onboard and manage staff for growing small businesses

Seattle, Washington, United States

Project Experience: -Supply Chain Transformation | Global Adhesives Manufacturer-Operating Model Transformation | Non-profit Arts Center-Operating Model Transformation | State Department of Health-COVID Testing Distribution Execution | State Department of Health-Revenue Growth Strategy | Integrated Health System

Atlanta, Georgia, United States

Jacksonville, Florida, United States

Partnered with Dr. Lee, Head of Pulmonology, to reduce the risk of pneumothorax after placement of endobronchial valves in patients with severe emphysema

Atlanta, Georgia, United States

Problems in Biomedical Engineering employs a Problem/Project-Based Learning (PBL) approach to confront a problem from the real world of health or medicine within a societal context. -Facilitated group of 8 undergraduates each semester through their first engineering design course-Guided the team as they created a medical device from defining the problem to.

Atlanta, Georgia

-Assisted the Vice Provost of Undergraduate Education with daily administrative tasks

Atlanta, Georgia

-Member of the 2017 Petit Undergraduate Scholar Program-Researched in Dr. Garcia's Lab under the PhD candidate, Efrain Cermeno-Cultured several cell lines, made and prepared microfludic devices, used flow cytometery to identify changes in cancer lines depending on growing conditions, used newly developed ushear technology to separate different cell lines.

Atlanta, Georgia

-Researched in Dr. Hu's Lab under the PhD candidate, Thomas Spencer-Analyzed the fluid dynamics of moths to understand how male moths successfully collect pheromones in their antennae and applying this to industrial filters to collect toxins more efficiently and thus reduce them entering our environment

Seattle, Washington

Modified the manufacturing process for a cell therapy cancer drug to allow for a more efficient production process and a more stable drug product.

Covington, Georgia

In this position I supported a team, completed an individual project to create a new test method to evaluate stiffness in a flexible material, and worked with the five other co-ops to complete a group project of creating an artificial bladder to be used for testing. Between these three roles I was able to expand my design and build skills.