• Assisted the education team of the Full Stack Web Development courses by providing support to over 40 students• Helped students learn full stack technologies by troubleshooting and debugging with them, providing technical feedback, and assessing technical solutions• Guided student teams during their app development process using the Scrum methodology

• Built 3 full stack projects as part of an intensive full-time bootcamp covering full stack technologies

• Contributed to understanding the role of spontaneous neuronal activity during visual system development by designing experiments, collecting data and extracting meaningful information from videos, images and other raw data using programming languages such as Matlab, R, Python and Bonsai• Built a new experimental setup using RaspberryPi, cron jobs and Python• Supervised and provided guidance to MSc students by planning hands-on projects, teaching them laboratory techniques and analysis tools, and acting as mentor during a 6-month internship• Increased visibility of the lab's work by sharing the results of my research at international conferences and in a published scientific article• Boosted in-company communication by organizing social events• Provided learning opportunities to PhD students by organizing workshops at a graduate school conference

• Investigated the rules of connectivity between young neurons by planning and running experiments, collecting data and performing analyses using Matlab and open-source software• Increased visibility of the lab's work by sharing the results of my research at international conferences and in a published scientific article

• Investigated novel protein modifications that may impact excitatory neurotransmission by planning and performing experiments• Set up a new technique at the laboratory to analyze protein modifications by researching literature, finding suppliers, ordering reagents and writing, testing and optimizing a new protocol• Shared the results of my research at international conferences and in a published scientific article

• Contributed to the development of a biosensor to detect bacterial contamination by planning and performing molecular and cellular biology experiments• Reported final results by writing an undergraduate thesis and presenting it to an expert audience

• Investigated antipsychotic-induced weight gain using molecular biology techniques to analyze patient’s blood samples• Contributed to a scientific publication by collecting data needed for the analysis and conclusions of the study