Amalie Shi

Amalie Shi

Amalie Shi is a biomedical and software engineer specializing in healthcare automation and medical imaging verification. With degrees from Johns Hopkins University and Georgia Tech, she integrates Python-based frameworks to improve clinical software reliability. A certified PMP, EIT, ISTQB CTAL-TAE, and ASQ CSSYB, she advances innovation in digital healthcare systems.

Amalie Shi

About Me

I am a full stack software engineer specializing in healthcare informatics, building data-driven applications and systems that support clinical imaging workflows. My work spans backend architecture, data pipelining, and human-centered design, translating complex clinical and regulatory requirements into reliable, maintainable software.

I hold a Master’s degree in Biomedical Engineering from Johns Hopkins University and a Bachelor’s degree in Biomedical Engineering from the Georgia Institute of Technology.

My professional interests include full stack software architecture, data engineering, and data-driven design approaches that improve compliance, interoperability, and efficiency in clinical systems.

I am a certified Project Management Professional (PMP), Engineer in Training (EIT), ISTQB Certified Test Automation Engineer (CTAL-TAE), and ASQ Certified Six Sigma Yellow Belt (CSSYB).

I have met the qualifications to take the Professional Engineering (PE) exam for the Chemical Engineering Discipline in Maryland. In the United States, eligibility for the PE exam typically requires a degree from an accredited engineering program, passing the Fundamentals of Engineering (FE) exam, and gaining relevant work experience under a licensed Professional Engineer. I am actively preparing to become a licensed Professional Engineer.

Beyond Work

Outside of my professional pursuits, I enjoy a diverse range of activities that reflect my curiosity and love for learning. I enjoy running along the Thames river, finding inspiration in the changing seasons and historic surroundings.

My creative outlets include cooking and painting, activities that provide a perfect counterbalance to my technical work. I also have a deep appreciation for music, both as a listener and through my studies in music theory, which feeds my analytical mind while nurturing my artistic side.

A passion for research extends beyond my professional life—I enjoy diving into various topics of interest, from historical events to contemporary issues. This love for discovery often takes me to historical sites and cultural attractions, where I immerse myself in learning about different cultures and their histories. Theatre performances are another favorite, offering both entertainment and cultural enrichment.

These diverse interests keep me grounded, creative, and constantly learning, bringing fresh perspectives to both my personal and professional endeavors.

Research Experience

My research background bridges engineering and medicine through advanced imaging, computation, and system design. My previous work includes:

  • Implantable Device Design Improvement (animal model studies)
  • Peripheral Nerve Injury Kinesiology using feline models
  • Myocarditis and Immune Cell Clustering in cardiac tissues
  • Wearable Sensing Systems for monitoring medication adherence

These projects reflect my passion for developing technologies that enhance clinical workflows, diagnostic accuracy, and patient safety.

Contact

For inquiries, collaborations, or professional opportunities, please reach out via LinkedIn or GitHub.