Gestalt Principles in Motion Graphics Design: A Cognitive Neuroscience Perspective

mahdiyeh eghbal¹ mina soleimani²

1) Faculty Member, Department of Art, National University of Skills, Dr. Shariati Faculty, Tehran, Iran EMAIL:
2) ¹ Undergraduate Student, Department of Visual Communication, University of Science and Culture, Tehran, Iran EMAIL:

IOI Code : ABFG-ACABGD
Publication : 12th.international Congress on Civil Engineering, Architecture, Art and Urban Development(12icsau.ir)
Abstract :
    Motion graphics involve more than setting shapes in motion. The timing and movement of visual elements determine which elements viewers perceive as belonging together, which ones attract attention first, and how the message is understood. This study examines how Gestalt grouping principles, particularly common fate and synchrony, can inform the analysis and design of motion graphics, and how far evidence from cognitive neuroscience supports their application. The research combines a focused review of sources on perceptual grouping, visual attention, neural processing of motion, and multimedia learning with an examination of two professional motion-design documents. Synthesizing these sources, the study develops a four-part framework: dynamic grouping, attentional hierarchy, temporal legibility, and the fit between movement and meaning. The framework proposes three separate questions for evaluating motion: Are the elements perceived as a group? Does the important element attract attention sooner? Is the message understood correctly? Neuroscientific evidence concerning motion-processing regions and attention networks helps explain why these questions should not be treated as equivalent. The article concludes that the value of movement cannot be judged by its visual appeal alone; it should be assessed by how well it conveys the intended relationship. The proposed framework is conceptual, and no independent audience testing was conducted in this study. Its practical application therefore requires evaluation in future research.

Keywords : motion graphics gestalt principles graphics visual attention cognitive neuroscie