I am a vision scientist with a robust academic foundation and diverse professional experience. I am committed to advancing our understanding of visual perception and applying psychological principles to real-world challenges.I hold an undergraduate degree in Marketing and a master's in Behavioral and Economic Science. Currently, I am pursuing a PhD in Cognitive Psychology, concentrating on mid-level visual processes. My research investigates: (1) Spatial Perception: How we interpret spatial relationships in our environment, (2) Staircase Tracking Procedure Efficiency: Improving psychophysical methods through simulations and human data, and (3) Motion Perception: Exploring shape recognition from motion in both rigid and non-rigid objects.I specialize in: (1) Psychophysics: Designing and conducting experiments to quantify perceptual experiences, (2) Programming: Building experimental paradigms using Python, and (3) Data Analysis: Performing statistical analyses and simulations in R, including ANOVA, correlation, and t-tests.My career spans roles as a Research Infrastructure Officer, Journey Experience Consultant, Innovation Analyst, and Marketing Director. Highlights include: (1) Automated funding approval processes and established a comprehensive database using Confluence, (2) Launched a new e-commerce platform for Panama, Jamaica, and Caribbean markets, and (3) Led two rounds of innovation specialist teams from formation to prototype testing and delivery, while driving research projects to enhance financial products. I am also an expert in applying methodologies such as Scrum, Lean Startup, Design Thinking, and Service Design to solve challenges and develop new products and services.I have presented my research work at the Configural Processing Consortium Meeting 2024 in New York City and have submitted it for presentation at Vision Science Society Meeting 2025.Post-PhD, I aim to work as a visual perception research scientist at leading research institutes such as the Max Planck Institute or within industry research teams focusing on visual perception.I am currently expanding my expertise in machine learning, data structures, and advanced simulation techniques to integrate these skills into my research on shape-from-motion perception.I am known for my strong communication and leadership skills, which have supported my ability to lead teams, deliver impactful results, and drive innovation in both academic and professional settings.