The course explores advanced experimental design in neuroscience, focusing imaging tools, physiological recording, and behavioral data collection. Students will master sophisticated methods to address complex neuroscientific questions using a variety of techniques. These include fMRI (functional magnetic resonance imaging), EEG (electroencephalography), fNIRS (functional Near-Infrared Spectroscopy) along with behavioral experiments via E-Prime. The curriculum emphasizes meticulous experimental design, precise execution, and robust data analysis, empowering students to drive forward innovative discoveries in understanding neural function and behavior. Additionally, the course includes the most recent imaging techniques through updated literature, ensuring students are equipped with the latest advancements in the field.

CILO-1: Students will be able to comprehensively understand advanced experimental design principles in Neuroscience, integrating diverse methodologies to address complex research questions effectively. CILO-2: Students will be able to apply critical thinking and analytical skills to design and execute experiments using cutting-edge techniques including E-prime, fMRI, EEG and fNIRS, demonstrating proficiency in experimental planning, execution, and data analysis. CILO-3: Students will be able to synthesize and interpret experimental findings, effectively communicating research outcomes through written reports and oral presentations. CILO-4: Students will be able to evaluate and critique neuroscience research methodologies in both theoretical and practical contexts.