Afshan Mumtaz
As a physician trained in Internal Medicine and Neurology, I have always appreciated the role that science, technology, and innovation play in improving patient outcomes. However, the true impact of biomedical engineering became deeply personal when it affected someone I love.
One day, my husband suddenly developed dizziness, palpitations, and a feeling that something was not right. When I checked his pulse, I found that his heart rate was over 150 beats per minute and remarkably regular. Although my medical training helped me recognize that this was not normal, it was biomedical engineering that ultimately played a critical role in his diagnosis and treatment.
At the emergency department, advanced cardiac monitoring technologies immediately captured his heart rhythm and identified the cause of his symptoms: Supraventricular Tachycardia (SVT), a potentially serious heart rhythm disorder. The electrocardiogram (ECG), a technology developed through decades of biomedical engineering innovation, transformed what could have been a confusing set of symptoms into a clear diagnosis within minutes.
Watching the healthcare team use sophisticated monitoring systems, diagnostic tools, and evidence-based treatments reminded me that behind every life saved is a foundation of engineering innovation. Without these technologies, diagnosing heart rhythm disorders quickly and accurately would be far more difficult.
As a physician, I have seen biomedical engineering improve lives through imaging technologies, neurodiagnostic tools, cardiac monitoring devices, telemedicine platforms, and assistive technologies. As a family member, I experienced firsthand the reassurance that comes from knowing these innovations are available when a medical emergency occurs.
Biomedical engineering means more than machines and devices to me. It represents the intersection of human creativity, scientific discovery, and compassion. It is the field that transforms ideas into solutions that help people live longer, healthier, and safer lives.
My husband’s experience reinforced an important lesson: awareness saves lives, but innovation makes life-saving care possible.
Every heartbeat recorded on an ECG, every medical device monitoring a patient, and every technological advancement helping clinicians make informed decisions represents the work of biomedical engineers whose contributions often happen behind the scenes but have profound effects on patients and families.
For me, biomedical engineering is not just about technology—it is about people. It is about giving families more time together, helping physicians make faster and more accurate decisions, and creating opportunities for better health outcomes for everyone.
I am grateful for the innovations that helped my husband receive the care he needed, and I am inspired by the countless biomedical engineers whose work continues to transform medicine and improve lives every day. :