
The Researcher
Research Expertise
Research Scientist
Research Scientist
Dr. Marvin Andujar is a leading expert in Human-Centered Computing, specializing in non-invasive wireless Brain-Computer Interfaces (BCIs) to enhance affective, emotional, and cognitive states during human-machine interaction. He conducts innovative research addressing critical challenges, such as improving sustained attention in individuals with ADHD and enhancing digital data security through brain activity analysis. His dissertation work on using quantified-self attention feedback to improve user attention exemplifies his commitment to advancing the field. Dr. Andujar has published over 40 research papers in top-tier venues, delivered a TEDx talk on Brain-Drone Racing, and received prestigious accolades.. His groundbreaking work has garnered global recognition, featured in over 600 media outlets solidifying his reputation as a pioneer in the intersection of neuroscience and technology.
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Research Interests
1. Brain-Computer Interfaces
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Affective Brain-Computer Interfaces
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Artistic Brain-Computer Interfaces
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Brain-Robot Interaction
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Competitive Brain-Drone Interaction
2. Human-Computer Interaction/User Experience
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Wearable Computing
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Personal Informatics/Quantified-Self
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Human-Drone Interaction
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Immersive Experiences
3. Neuromorphic Computing and Brain-Inspired AI
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Current Contributions to Scientific Field
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Developed a portable brain-monitoring system that provides students with real-time visualization of their attentional states during learning activities, enabling self-awareness and self-regulation of cognitive focus. This neurotechnology interface translates complex neural signatures into actionable feedback, resulting in measurable improvements in sustained attention and learning outcomes across diverse educational contexts.
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Pioneered a novel neurofeedback approach that translates real-time neural activity into dynamic visual art, enabling individuals with ADHD to enhance sustained attention through engaging visual reinforcement of optimal brain states. This artistic neurofeedback intervention called Brain Painting demonstrated significant improvements in concentration.
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