Sarah Rose Moore Email & Phone Number

Philadelphia, Pennsylvania, United States

- Conducted and assisted principal scientist in developing standardized procedures for in vitro testing of product candidates on human T cells. Development included writing clear standard operating procedures (SOPs), designing comprehensive templates for efficient data logging and ELN entries, and performing timely but thorough data analysis of product.

Philadelphia, Pennsylvania, United States

• In a small team, assisted with research and development pipeline objectives routinely taking up to 60 different monoclonal engineered iPSCs through differentiation from the HPC to iNK stage along with iNK expansion.
• Investigated platform development for iNK differentiation focusing on viable cell yield, immunohistochemistry, and functional end-point assays.
• Worked as an individual on multiple single cell cloning projects for both research and development and manufacturing utilizing GMPs. Expanded and screened up to 26 individual clones per project. Clones were determined.
• Oversaw lab activities and coordinated experiments with team members to promote teamwork while also streamlining experimental designs. Routinely trained researchers on aseptic cell culture techniques, protocols, and.

Philadelphia, Pennsylvania, United States

• Classes taught: Ethical Issues in Biomedical Sciences, Engineering Principles of Physiology Systems
• Routinely served as head instructor lecturing and leading classes for over 60 students across the university
• Taught and prepared weekly labs for over 60 students within the College of Engineering
• Created teaching lab lessons complete with learning objectives and full lab procedures
• Instructed and mentored students during weekly office hours, class, labs, and outside meetings
• Graded student assignments, essays, and in-class presentations

Philadelphia, Pennsylvania, United States

• Worked to develop an in vitro model mimicking the relationship between myocardium and epicardial adipose tissue observing mechanical and metabolic cues between the two tissue types
• Created Organ on a Chip model based on a 3D printed mold casted in polydimethylsiloxane (PDMS)
• Engineered human adipose tissue by differentiating adipocytes from human MSCs and encapsulating differentiated adipocytes in 3D collagen hydrogels
• Assisted with human adipose tissue harvests from abdominoplasty tissue waste provided by Temple University Hospital

• Networked and coordinated sponsorships with large and small companies to support race team
• Managed a group of professional motocross racers

Syracuse, New York Area

• Fabricated Shape Memory Polymers
• Assessed and analyzed the mechanical properties of the fabricated polymers.
• Formed Polyelectrolyte Multilayers
• Spin coated multiple bilayers of Polyelectrolyte Multilayers onto Shape Memory Polymers forming nano-wrinkles on the surface of polymers
• Passaged, and cultured cardiomyocytes derived from human induced pluripotent stem cells on a nano-wrinkle shape memory polymer system.
• Tracked the overall cardiomyocyte alignment within nano-wrinkles

Master Of Science - Ms, Bioengineering

Bachelor'S Degree, Bioengineering

Activities and Societies: Alpha Omega Epsilon: Professional Engineering and Technical Science Sorority