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Abstract

Construction signs may combine text, signal words, and pictograms to convey safety information, but how these elements collectively capture attention and impact memory is underexplored. This study uses eye-tracking and a subsequent memory test to investigate visual attention distribution and recognition performance for construction signs featuring text, signal words, and pictograms. Twenty participants viewed 20 signs for 5 seconds each while their eye movements were recorded across three Areas of Interest (AOIs): signal word, text, and pictogram. Results showed significantly greater visual attention allocated to the text AOI, evidenced by longer fixation durations, more fixations, shorter time to first fixation, and more visits compared to both signal word and pictogram AOIs. Signal words received the least attention. A subsequent memory test revealed moderate recognition accuracy (hit rate = 0.84, d-prime = 2.04) for the signs as a whole. Findings suggest that within multi-component signs, text commands the most cognitive processing and likely plays a crucial role in overall sign comprehension and memory encoding, while pictograms serve a complementary, rapid recognition role. These results emphasize the importance of clear, prominent text, supported by comprehensible pictograms, in designing effective construction safety signs to enhance hazard communication and worker safety.

Keywords

eye-tracking construction safety hazard communication construction signs visual attention

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Attention in Construction Signs: A Comparative Eye-Tracking Analysis of Text,Signal Words,and Pictograms

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