Design research on “wayfinding signage and navigation errors”
Ask a design question in plain language. Every result links to a full study page with the finding, method, limitations and a practical takeaway you can cite.
24 matching studies
- Final Production · Journal of Advanced Mechanical Design Systems and Manufacturing · 2023
Transmission Error in Face Gears: Manufacturing vs. Assembly Sensitivity
Prioritize stringent manufacturing quality control for face gears, focusing on maintaining precise pressure angles, to ensure consistent performance and minimize transmission errors.
Read full study → - User-Centred Design · Sustainability · 2024
Wayfinding Signage: Designers Prioritize Clarity, Users Seek Cultural Connection
Incorporate cultural symbolism and aesthetic considerations into wayfinding signage design, alongside functional clarity, to enhance user experience and integration into urban landscapes.
Read full study → - User-Centred Design · University of Minnesota Digital Conservancy (University of Minnesota) · 2020
Clear Wayfinding Reduces Pilgrim Navigation Time by 25% in High-Density Pilgrimage Sites
Prioritize clarity, consistency, and user feedback in wayfinding design to minimize confusion and improve navigation efficiency in complex environments.
Read full study → - Human Factors · Interdisciplinary Journal of Signage and Wayfinding · 2021
Signage vs. Digital Navigation: Impact on Spatial Cognition and Wayfinding Accuracy
Designers should balance the convenience of digital navigation with the cognitive benefits of environmental legibility and traditional wayfinding aids to create richer user experiences.
Read full study → - User-Centred Design · European journal of transport and infrastructure research · 2023
Digital Navigation Dominates Public Transit Wayfinding, Undermining Physical Signage Effectiveness
Designers should not assume users will rely solely on physical signage; instead, they must design for a hybrid physical-digital navigation experience, ensuring physical elements complement and reinforce digital guidance.
Read full study → - User-Centred Design · Journal of Visual Communication Design · 2023
Flat Design Principles Enhance Wayfinding Signage Clarity and User Experience
When designing wayfinding systems, consider adopting principles from digital design, such as flat design's emphasis on simplicity, clear visual hierarchy, and consistent aesthetics, to improve user comprehension and reduce navigational stress.
Read full study → - Modelling · Research Square · 2021
Abbe Error Modeling Enhances CNC Machining Accuracy by 15%
When designing or specifying CNC machinery for high-precision applications, ensure that the error compensation models used explicitly account for Abbe error to achieve superior machining accuracy.
Read full study → - User-Centred Design · Applied Sciences · 2023
Spatial ability significantly impacts perceived workload in campus navigation, independent of app choice.
When designing navigation systems, prioritize features that support users with lower spatial abilities, as these individuals are more likely to experience higher cognitive load.
Read full study → - User-Centred Design · ACM Transactions on Software Engineering and Methodology · 2023
SQL Error Messages: Novice-Centric Design Boosts Syntax Error Resolution by 25%
When designing error messages, especially for complex technical systems like SQL, actively research and incorporate the perspectives and challenges faced by novice users to ensure the feedback is genuinely helpful for problem resolution.
Read full study → - Human Factors · U.Porto Journal of Engineering · 2023
Urban Wayfinding Systems Should Leverage Mental Mapping for Improved Navigation
Design pedestrian wayfinding systems by actively incorporating principles of spatial cognition and mental mapping, ensuring visual cues and information align with how users mentally represent and navigate urban environments.
Read full study → - Human Factors · Jurnal Gendang Alam (GA) · 2021
Healthcare Signage Design for the Elderly: Enhancing Wayfinding and Independence
When designing for healthcare settings, actively incorporate design elements that account for the specific needs of aging users, such as increased contrast, larger text, and simpler iconography.
Read full study → - Human Factors · Nucleic Acids Research · 2013
Non-B DNA Structures Trigger Error-Prone DNA Synthesis Pathways
When designing DNA sequences for any application, consider the potential for secondary structures (like hairpins) to arise, as these can significantly impact replication fidelity and lead to unintended genetic alterations.
Read full study → - Modelling · Research Showcase @ Carnegie Mellon University (Carnegie Mellon University) · 2012
Sub-centimeter accuracy ranging sensor enhances pedestrian inertial navigation
Integrate sub-centimeter accuracy ranging sensors, like SFCW radar, into wearable systems to provide crucial positional constraints for drift-prone navigation technologies.
Read full study → - Modelling · 2022
MAE vs. RMSE: Choosing the Right Error Metric for Model Evaluation
Select your model evaluation metric (MAE or RMSE) based on the expected distribution of errors in your design project's data or simulations.
Read full study → - Human Factors · PRISM (University of Calgary) · 2013
Map-aided navigation enhances user location accuracy in GNSS-denied environments
Design navigation systems to actively use map data as a constraint to improve accuracy and reliability, especially in areas with poor satellite reception.
Read full study → - Human Factors · The international archives of the photogrammetry, remote sensing and spatial information sciences/International archives of the photogrammetry, remote sensing and spatial information sciences · 2015
Landmark-based indoor navigation systems reduce user disorientation and improve route efficiency.
Integrate clear, informative landmark signage at key decision points within indoor spaces to enhance user navigation and reduce cognitive load.
Read full study → - Human Factors · Frontiers in Psychology · 2020
Clear Interior Navigation Reduces User Stress and Improves Facility Usability
Designers should proactively integrate wayfinding strategies by focusing on clear spatial hierarchies, distinct landmarks, and consistent signage systems to enhance user experience and functionality.
Read full study → - Human Factors · IEEE Access · 2020
Virtual environments can accurately simulate user navigation performance for diverse user groups.
Incorporate virtual simulation into the design process to test and refine indoor navigation systems, ensuring they are effective and accessible for a wide range of users.
Read full study → - Human Factors · Assistive Technology · 2024
Computer Vision Navigation Aids Match and Exceed Human Guidance for Visually Impaired Individuals
When designing assistive navigation tools, prioritize features that enhance user confidence and optimize spatial and temporal efficiency, as computer vision technology can achieve this.
Read full study → - Final Production · TigerPrints (Clemson University) · 2010
Predictive Model for Packet Errors in Rotating Wireless Sensor Systems
When designing wireless sensor systems for rotating industrial equipment, incorporate a predictive model for packet error rates and implement robust error handling protocols to ensure reliable data transmission.
Read full study → - Human Factors · arXiv (Cornell University) · 2023
Augmented Reality Wayfinding Significantly Improves Spatial Navigation for Older Adults
Incorporate landmark-based visual cues into AR navigation systems to improve spatial understanding and wayfinding performance, especially for older adults.
Read full study → - Human Factors · Journal of Asian Architecture and Building Engineering · 2026
Children's Wayfinding in Complex Spaces: Shorter Stature, Shorter Attention Spans, and Signage Struggles
When designing for mixed-age user groups, especially in complex environments, prioritize the needs and perceptual abilities of children by ensuring clear sightlines, intuitive layouts, and highly visible, child-appropriate signage.
Read full study → - Human Factors · Sustainability · 2023
Digital Maps and Road Conditions Capture 50% More Visual Attention During Emergency Wayfinding Than Signage
Prioritize the design and visibility of digital map interfaces and real-time road condition information in emergency wayfinding scenarios, and ensure signage is highly salient and unambiguous to reduce cognitive load and hesitation.
Read full study → - Innovation & Design · Trepo - Institutional Repository of Tampere University · 2012
Wearable Navigation: Designing Intuitive Digital Maps and Controls for On-the-Go Wayfinding
When designing wearable navigation systems, focus on creating clear, glanceable map displays and intuitive, context-aware control mechanisms that minimize user distraction.
Read full study →
Questions the research answers
- does daylight improve productivity
- colour contrast and readability
- how does noise affect concentration
- best button size for touch screens
- seat height and posture comfort
- does recycled material affect perceived quality
- how thumb reach shapes mobile layout
- cognitive load and interface complexity
- accessible font size for older users
- grip diameter and hand strain
- wayfinding signage and navigation errors
- temperature and task performance