With over 8 years of hands-on experience in nanotechnology, I am a dedicated professional passionate about pushing the boundaries of scientific discovery. My core competencies include nanofluidics, nanoparticle sensors, 2D materials, electron microscopy, and single-molecule analysis.As a postdoctoral researcher at EPFL, I spearheaded multiple projects focusing on cutting-edge nanopore technology utilizing advanced lithography techniques and large-data analysis. Notably, I achieved significant advancements in the development of scalable wafer-scale fabrication techniques for 2D MoS2 nanopores, addressing challenges in substrate transfer and nanopore instability. This resulted in the creation of durable and stable 2D nanopore sensors designed for long-term DNA sensing, contributing significantly to the advancement of 2D nanopore technology. I also hold multiple patents and publications in this field, demonstrating my innovation and leadership skills.In addition to my research accomplishments, I possess valuable teaching experience and collaborative skills gained as the former president of the student association at EPFL. These roles have honed my ability to effectively communicate scientific concepts and collaborate across various levels. Currently seeking new challenges and opportunities in the biosensors and healthcare industry, I am eager to bring my diverse skill set and innovative mindset to contribute to impactful projects. Let's connect and explore potential collaborations or opportunities for mutual growth. Feel free to reach out—I'm always open to engaging in conversations about science, technology, and innovation!