About Me
I thrive on solving complex challenges at the intersection of AI, nanotechnology, and healthcare. Over 7 years, I’ve driven innovation in imaging and diagnostic devices, leveraging cutting-edge sensing technologies to optimize clinical workflows and improve patient care.
My experience spans end-to-end R&D, strategic problem-solving, and collaboration across technical and business teams. I’ve authored 4+ patents and 20+ publications in top journals like Nature Nanotechnology, showcasing my ability to distill complex ideas into impactful solutions.
Passionate about knowledge-sharing and collaboration, I’ve delivered presentations at international conferences, taught interdisciplinary topics, and mentored rising experts. My ultimate goal is to advance healthcare through innovative strategies and technologies that create measurable value for patients and providers alike.
Expertise
Combining strong problem-solving, analytical abilities, and collaborative mindset to build teams and tackle complex interdisciplinary challenges that directly improve the clinical standard of care
Medical Imaging
To improve patient outcomes, modern medical imaging require better diagnostic accuracy, reduced patient risks like radiation exposure, at affordable costs to healthcare providers.
Computational Design and Modeling
Improving materials for imaging and diagnostics requires fine understanding of how materials behave and interact with their environment, in an efficient and yet precise manner.
Work Experience
Co-founder
Astrahl is on a mission to increase X-ray efficiency by x10 and reduce X-ray dose requirements by x3
Learn more here
Postdoctoral Researcher
Spearheaded scientific and market research on several biomedical imaging microsystems
Doctoral Researcher
Leveraged advanced computational tools to optimize the design of innovative materials and enhance advanced manufacturing processes through data-driven modeling and analysis
Software developer
Leveraged AI to streamline delivery workflows of a food delivery start-up
Major in mathematics & physics, Minor in business administration
Among most selective French Master programs
Portfolio
Applications - Biomedical Diagnostics
Medical diagnostics are vital for early disease detection, personalized treatment, and improving patient outcomes while reducing healthcare costs. In the following projects, we leverage nanotechnology and computational design to deliver improved performance in biomedical imaging and sensing applications.
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Image Credits : ACS Photonics, Olympus Global, Adobe
Applications - Advanced Manufacturing & Design
Advances in manufacturing have given rise to entire industries and transformed our lives, from semiconductors to renewable energy systems and medical devices. A key challenge in expanding the use of nanotechnology is scaling up the production of tiny features to larger areas without compromising quality or driving up costs. By harnessing computational modeling and design, we develop scalable, cost-effective methods to create nanostructured devices with outstanding optical and electronic properties.
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Stay In Touch
If you would like to discuss about opportunities to collaborate or work together, please don’t hesitate to reach out through the contact form below to start a conversation!