Abbie Schipper cofounded LifeSaveHer, a CPR training device to improve cardiac arrest survival rates for women. LifeSaveHer was the 2023 MIT PKG IDEAS Innovation Challenge $20,000 grantee. You can read more about Abbie and her work here!
MIT senior Markey Freudenburg-Puricelli and alumnae Abigail (“Abbie”) Schipper ’24 and Rachel Zhang ’21 have been selected as Gates Cambridge Scholars and will begin graduate studies this fall in the field of their choice at Cambridge University in the U.K.
Now celebrating its 25th year, the Gates Cambridge program provides fully funded post-graduate scholarships to outstanding applicants from countries outside of the U.K. The mission of Gates Cambridge is to build a global network of future leaders committed to changing the world for the better.
Students interested in applying to Gates Cambridge should contact Kim Benard, associate dean of distinguished fellowships in Career Advising and Professional Development.
Abigail “Abbie” Schipper ’24
Originally from Portland, Oregon, Schipper graduated from MIT with a BS in mechanical engineering and a minor in biology. At Cambridge, she will pursue an MPhil in engineering, researching medical devices used in pre-hospital trauma systems in low- and middle-income countries with the Cambridge Health Systems Design group.
At MIT, Schipper was a member of MIT Emergency Medical Services, volunteering on the ambulance and serving as the heartsafe officer and director of ambulance operations. Inspired by her work in CPR education, she helped create the LifeSaveHer project, which aims to decrease the gender disparity in out-of-hospital cardiac arrest survival outcomes through the creation of female CPR mannequins and associated research. This team was the first-place winner of the 2023 PKG IDEAS Competition and a recipient of the Eloranta Research Fellowship.
Schipper’s work has also focused on designing medical devices for low-resource or extreme environments. As an undergraduate, she performed research in the lab of Professor Giovanni Traverso, where she worked on a project designing a drug delivery implant for regions with limited access to surgery. During a summer internship at the University College London Collaborative Center for Inclusion Health, she worked with the U.K.’s National Health Service to create durable, low-cost carbon dioxide sensors to approximate the risk of airborne infectious disease transmission in shelters for people experiencing homelessness.
After graduation, Schipper interned at SAGA Space Architecture through MISTI Denmark, designing life support systems for an underwater habitat that will be used for astronaut training and oceanographic research.
Schipper was a member of the Concourse learning community, Sigma Kappa Sorority, and her living group, Burton 3rd. In her free time, she enjoys fixing bicycles and playing the piano.