Melis Perez Osorio

• Mentored junior researchers, providing guidance on study design, statistical analysis, and interpretation of results.
• Utilized advanced statistical techniques to analyze complex datasets for meaningful insights into research questions.
• I co-reviewed a manuscript with my supervisor for a reputable academic journal in the field.
• Supervised multiple bachelor's students from designing experiments to the successful completion of their thesis.
• In the process of publishing peer-reviewed articles, contributing to the advancement of knowledge in the field.
• Presented research findings at national and international conferences, showcasing expertise and fostering professional connections.
• Designed and executed behavioral experiments using advanced eye-tracking methods.
• Analyzed complex human behavior data using statistical modeling to derive participants' insights and perceptual processes.
• Planned, designed and managed long-term research projects, and collaborations.

• Conducted comprehensive literature reviews to identify knowledge gaps and inform future studies.
• Designed and conducted an experiment on time estimation in auditory perception in human subjects.
• Maintained accurate records of experimental procedures, observations, and findings for transparent reporting of results in publications.
• Collaborated with multidisciplinary teams to tackle complex research questions from various perspectives.
• Participated in the data collection of human EEG experiments.

• Attended meetings and presentations to learn project details.
• Designed and deployed a behavioral survey (N=200) to evaluate human trust in robotic agents.
• Conducted literature reviews to identify relevant research articles and support project objectives.
• Fostered positive research environment by coordinating with team members to schedule lab activities effectively.

Supervisor: Prof. Dr. Martin Rolfs

• Doctoral student representative of cohort 15, Berlin School of Mind and Brain, 2022 to 2026
• Establishing and maintaining object correspondence during saccadic eye movements - Research Project

• Thesis Statement: Attentional Planning and Obstacle Avoidance Using MEG

Supervisor: Prof. Dr. Daniel Baldauf

• Degree Awarded with High Honors