Bringing Freelance Perspectives to Yale’s Professional Development Group
How my experience as a freelancer informed my contributions to the Yale Postgraduate Association’s Professional Development Group.
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 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.