Reflecting on My Fellowship at Yale University
How my time at Yale University profoundly shaped my perspective on digital health, legislation, and the power of data.
A collection of my insights on software development, digital health, entrepreneurship, education, and the experiences gained through my travels, shared in chronological order.
How my time at Yale University profoundly shaped my perspective on digital health, legislation, and the power of data.
How my experience as a freelancer informed my contributions to the Yale Postgraduate Association’s Professional Development Group.
Thrilled to announce my appointment as a Postgraduate Fellow at Yale School of Medicine, contributing to the mission of improving healthcare through technology and data science.
A comprehensive review of my transformative ERASMUS semester at DTU, where I gained invaluable knowledge, formed meaningful friendships, and experienced significant personal growth.
Exploring the development of PRISM, a cluster-based financial evaluation framework that redefines traditional portfolio metrics with insights from clustering and ranking systems like ELO
A deep dive into how Augmented Reality transformed the storytelling and accessibility of a museum exhibition, blending technology with cultural heritage: Insights from my Guided Research
Exploring how TUM4Health uses technology to enhance student well-being through digital tools and a comprehensive support system.
Exploring how the ZEISS InSight app revolutionizes patient experiences and cataract clinic workflows through innovative indoor navigation and real-time data tracking.
How I transformed the Swift and SwiftUI introductory course for the iPraktikum into a fully digital format, enabling remote support for up to 80 participants while being a member of the CI/CD expert round.
A deep dive into the development of an AR chess application, focusing on the integration of OpenCV for marker detection and OpenGL for rendering interactive chess elements.
How we created a mobile app to empower epilepsy patients and clinicians through technology.
Exploring the development of a hyper-dense matrix multiplication framework using the COOS format, significantly improving computation times for low-dense matrix configurations.