Computer VisionMBAimCLR
Investigated a contrastive-learning framework with extreme data augmentation for training a state-of-the-art transformer network on action recognition.
Selected work
A collection of work spanning robotics, computer vision, data science, and hardware. Filter by area, and feel free to reach out about any of them.
Computer VisionInvestigated a contrastive-learning framework with extreme data augmentation for training a state-of-the-art transformer network on action recognition.
Computer VisionA model to predict pedestrian intention from video, built on MotionBERT and trained and evaluated on the JAAD dataset.
Computer VisionReal-time object detection and segmentation to optimize recycling-facility operations, with performance fit for practical deployment. In collaboration with the CVLAB at EPFL and the startup WasteFlow.
RoboticsSuperThymio, a mobile robot using computer vision and pattern recognition to navigate a simulated city with 3D obstacles — combining global planning, local avoidance, and a Kalman filter to locate and extinguish modeled fires.
Data ScienceA robust public-transport route planner for Zurich using big-data analytics and real-time data. Built on Spark and distributed file systems, with predictive algorithms that optimize route reliability within given confidence intervals.
RoboticsEvolved a robot's brain and morphology with a genetic algorithm, so it learns legged locomotion through evolution and adapts to different environments.
Data ScienceAn interactive website to explore world history through creative visualizations — JavaScript on the front end, Python for data cleaning and processing.
Data ScienceA data-storytelling website surfacing insights from the IMDb and CMU movie/character datasets, spanning data cleaning, analysis, and visualization.
HardwareA self-regulating hydroponic farm managing heat, light, pH, and nutrient concentration for optimal plant growth — including custom-built sensors for nutrient concentration and pH from basic materials.
HardwareA MEMS device to manipulate a micro-mirror within optical-fiber paths, with a laterally moving actuator that locks at extended and retracted positions. Spanned design, COMSOL simulation, clean-room fabrication, and evaluation of issues like stiction.
HardwareA dynamically balanced mechanism with two degrees of freedom in roll and pitch, moving a mirror that reflects a laser for microfabrication. Built for EPFL's second-year 'Conception de Mécanisme' course.
HardwareAn app written entirely in assembly that controls room temperature: it measures temperature, drives a vent via a servo based on user thresholds set on an LCD, and raises an alarm past the limits. Built for EPFL's 'Microcontrôleurs' course.
HardwareA digital watch built from logic circuits alone — adjustable clock, alarm, stopwatch, timer, and timezone control, with intuitive inputs and audio notifications. Made from scratch for EPFL's 'Système Logique' course.
SoftwareAn application to build island cities with houses, production sites, and transport nodes across interconnected islands — create, save, and load layouts, scored on commute distance, live/work balance, and population capacity.
HardwareA seeder designed from scratch to a fixed specification, for EPFL's first-year 'Construction mécanique' course.