Gabriela Roznawska

EDUCATION

College / University

Grinnell College

Highest Degree

Bachelor of Arts

Major Subjects

Computer Science, Psychology

Country

Poland

Lab Experience

EEG data collection and analysis, Behavioral data processing; Visual and auditory stimulus presentation suites; Development of predictive machine learning models

Projects / Research

2026: Literature review, "Motivation Constructs for Misuse of Gen-AI in the Classroom", Psychology Department, Grinnell College
2025 – 2026: "Exploration of temporal dynamics of neural activity underlying the other-race effect and face similarity perception using behavioral and EEG measures", Prof Papaioannou, Psychology Department, Grinnell College
2024: Development of an educational website for an introductory statistics course, including interactive games and quizzes, managing the database; Prof Kuiper, Statistics Department, Grinnell College
2023: Exploration of statistical learning differences between monolinguals and bilinguals in an auditory artificial language presentation task; Prof Conway, Psychology Department, Grinnell College

Scholarships / Awards

2026 – 2028:

Erasmus Mundus Joint Master Degrees (EMJMD) scholarship

SCIENTIFIC INTERESTS AND GOALS

What draws me to neuroscience is its relevance to the human condition. The complex neural activity underlying everyday life’s activity is flawless, until one tiny screw in this amazing machine falls off and presents itself in a disorder. I am particularly interested in deepening my understanding of neurodegenerative disorders, traumatic brain injuries and disorders of consciousness, and exploring how the combination of imagining methods and neurophysiology can support diagnosis and treatment. How do neuroplasticity and neural network dynamics shape healthy brain function? I am also curious to use and develop computational models and tools, and interested in exploring the potential of neurotechnology for studying the human brain. In the short term, however, I would like to expand outside of the cognitive and computational neuroscience, and zoom down to a molecular and cellular levels.