My expertise lies in engineering nanotechnologies that can be tailored to resolve a specific problem statement in healthcare. The technologies that I have created have clinical translation potential and beneficial features for different stakeholders in healthcare. 

My Ph.D. dissertation involves the design and engineering of the next generation of an injectable contrast product that has a good shelf life, is easy to synthesize on an industrial scale, and can target different diseased tissues. This collaborative work between physicians, engineers, and healthcare stakeholders is in its pre-clinical stage. The developed technology has a direct impact on the world of healthcare diagnostics and imaging. It can be applied to solve different pain points in the current healthcare system.

I also have training in my Master in Science in developing electrochemical biosensors for detecting early tumor biomarkers, which were developed to the prototype stage. 

My interests have pushed me toward studying the healthcare ecosystem and have training in identifying stakeholders in the complex healthcare ecosystem, defining problem statements, and designing prototypes to meet the clinical need.