I am a researcher at the intersection of computer science, 3D imaging, and artificial intelligence, with a particular focus on forensic applications. In my role as a guest PhD candidate at the University of Twente, I investigate how advanced reconstruction techniques, such as neural rendering, Gaussian splatting, and photometric stereo, can be employed in crime scene analysis under challenging conditions like variable lighting. My expertise spans 3D reconstruction, imaging in adverse conditions, and AI to support forensic investigation workflows.
Within the Technologies for Criminal Investigations (TCI) research group, I lead the CrimeBots research line, which focuses on the integration of robotics, sensing technologies, and artificial intelligence in the context of crime investigation, security, and safety. Our work bridges the gap between research and practical application, developing innovative robotic systems, 3D reconstruction methods, and AI-driven tools to enhance the efficiency, reliability, and ethical use of technology in real investigative environments.
I have an academic background in electrical engineering and computer science, with a strong focus on artificial intelligence, robotics, and 3D imaging. My educational path combines technical expertise with applied research in the field of forensic science. This multidisciplinary foundation enables me to approach complex research problems from both a technological and societal perspective.
I am currently pursuing my PhD (guest) at the University of Twente, where my research focuses on applying advanced 3D reconstruction techniques and AI methods to enhance crime scene analysis and digital forensics.
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