Natalia Dadisman
“Emerging biomedical engineer with research experience in cardiomyocyte modeling and a long-term goal of designing transformative medical devices.”
I have always been drawn to the medical field because of my desire to help people and make a lasting impact on their lives. While I once thought the only way to do that was by becoming a doctor, I discovered that biomedical engineering allows me to contribute in a unique and innovative way. Instead of working directly in clinical care, I am motivated by the idea of creating tools, devices, and models that support both patients and healthcare providers.
My current research focuses on using induced pluripotent stem cells (hiPSCs) to create cardiomyocytes that can model the human heart in the lab. By maintaining these cells, applying aseptic techniques, and using fluorescent microscopy to assess their health, I contribute to building systems that can predict drug-induced cardiotoxicity before medications ever reach a patient. This experience has shown me how engineering and biology can come together to solve critical challenges in medicine and how research can lead to safer therapies and more effective treatments.
Looking ahead, I am excited to continue applying my skills in biomedical engineering and medical device innovation. For me, this path is the perfect intersection of my passion for science, my drive to help others, and my commitment to finding creative ways to improve healthcare.
