I am a multidisciplinary scientist with extensive experience in Molecular Biology, Regenerative Medicine, and Bioengineering. I began my academic journey with a Master’s degree in Applied Chemistry, followed by an M.Phil in Molecular Biology, where I developed a strong foundation in cellular and molecular sciences. Driven by a deep interest in understanding disease mechanisms, I pursued a Ph.D. focused on Breast Cancer, conducting research on the molecular pathways that drive cancer progression and therapeutic resistance. Following my doctoral studies, I undertook postdoctoral research in skeletal muscle biology, where I explored mechanisms of muscle regeneration and tissue repair. My transition into stem cell science led to my current work as a scientist specializing in induced pluripotent stem cell (iPSC) technology. My research focuses on the application of iPSCs in tissue engineering and disease modeling, to develop more accurate and human-relevant models for studying diseases and testing therapies. With a career that bridges fundamental science and translational research, I am passionate about advancing the field of bioengineering to support the development of next-generation therapeutic strategies. My work reflects a commitment to interdisciplinary collaboration and innovation at the intersection of bioengineering and medicine.