Biomedical Engineering Project: EduPace
Development of EduPace, a simulator integrating realistic ECGs, arrhythmias, and sensitivity settings for pacemaker configuration training.
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Development of EduPace, a simulator integrating realistic ECGs, arrhythmias, and sensitivity settings for pacemaker configuration training.
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Placeholder for my forthcoming Bachelor’s thesis at Leiden University. Details and outcomes will be added after the defense.
Educational pacemaker training simulator blending ECG software, realistic pacing scenarios, and a tactile control unit for nurses and students.
View Project →Course assignments showcasing computational models in cognitive science: memory simulations, language segmentation, decision-making models, and connectionist networks.
View Project →End-to-end deep learning pipeline classifying 91 food categories from 67k images with a modernised AlexNet, focal loss, and cosine-annealed AdamW, plus a Gemini-powered food profile generator.
View Project →Course assignments covering bandit methods, dynamic programming, and model-free vs. model-based algorithms.
View Project →Dungeons & Dragons–style experiment probing how IVA modality (voice, lip-sync, gesture) impacts player immersion.
View Project →Dashboard comparing annual surgery cases across Switzerland's university hospitals using data from the Federal office of Public Health (FOPH).
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