Throughout my research journey, I have
demonstrated a commitment to advancing
the field of medical imaging and
artificial intelligence (AI)
applications in healthcare. Starting
with my master's program in physics,
where I specialized in optical
phenomena, I built a strong foundation
in imaging principles that laid the
groundwork for my subsequent research
endeavors. My doctoral work focused on
coronary artery tissue
characterization for pediatric
patients with Kawasaki Disease,
utilizing innovative approaches such
as Convolutional Neural Networks and
3D reconstruction techniques. This
work garnered international
recognition, culminating in a
presentation at the 12th International
Symposium on Kawasaki Disease in
Japan. During my postdoctoral
fellowship, I led the development of a
groundbreaking computer-aided
diagnostic framework, addressing a
critical need in healthcare and
presenting at prestigious conferences.
Transitioning to industry, I joined
Aligo Innovation to bridge the gap
between academia and industry
applications, successfully
contributing to technology transfer
and business development. In
collaboration with ViTAA Medical
Solutions, I played a pivotal role in
developing an automated system for
analyzing computed tomography images
in abdominal aortic aneurysms,
resulting in filed patents and
impactful publications. More recently,
I have taken on a more active role in
academia, mentoring students,
collaborating on innovative projects,
and launching the "MedTech Innovations
Journal (MIJ)" to bridge technology
and healthcare. Beyond my research
pursuits, I am a passionate advocate
for the synergy of art and science, as
reflected in my book "Being Fully
Connected" and recent art exhibitions
in Toronto and Montreal. My
multifaceted background underscores my
dedication to pushing the boundaries
of knowledge and creativity in the
intersection of technology and
healthcare.