Created and developed |Hop>, a board game designed to demystify quantum physics concepts through engaging gameplay. - Authored a successful grant proposal, securing 28K CHF from the Cogito Foundation for the design and testing of |Hop> in multiple Swiss schools. - Led a cross-functional team of 3 people to improve game mechanics and online presence. I was also responsible for the graphism and promoting the game on different channels, including RTS. - Organized a crowdfunding campaign, raising 15K CHF to transition |Hop> from concept to production. - Established relationships with multiple vendors and clients, resulting in the sale of over 1000 units within the first 2 months.

Instructed modules on Python-based exploratory data analysis.- Developed course materials using real-world datasets and libraries.

Concluded a focused research project to improve the firm's sustainable investment products using machine learning. - Lead the development and implementation of novel deep architectures resulting in 7% performance improvement over the previous models. - Used Pytorch to develop better tools for statistical analysis and optimized computing resources.

Led groundbreaking research on the transport properties of driven open quantum systems. - Devised and implemented tensor-network algorithms (C++ and Python) for dynamic simulations of quantum stochastic systems. - Collaborated with 2 supervisors and 3 external members, resulting in 4 first-author publications in prestigious journals, one of which was highlighted with an Editor's suggestion. - Actively participated in international conferences and workshops, presenting my findings in the form of talks or posters. - Employed storytelling skills to present physics shows for young students and served as a teaching assistant for the Statistical Physics course.

I was responsible for creating and producing educational videos about Physics and Mathematics aimed at high school students.