Design research on “temperature and task performance”
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
- Human Factors · Building and Environment · 2025
Room temperature, not light color, dictates thermal sensation and reading comprehension.
Focus on maintaining optimal room temperature for occupant comfort and cognitive function, as light color temperature has a less pronounced effect on these outcomes.
Read full study → - Human Factors · Building and Environment · 2023
Personal control of light color temperature enhances cognitive performance and visual comfort, but can impair spatial reasoning.
Implement user-adjustable CCT lighting, but be mindful of potential trade-offs in specific cognitive abilities like spatial manipulation.
Read full study → - Human Factors · Frontiers in Built Environment · 2023
Optimal indoor lighting for reading: 500 lux at 6500K for short tasks, 500 lux at 4000K for medium tasks, and 750 lux at 6500K for long tasks.
Designers should implement lighting solutions that can be adjusted in both brightness (lux) and color temperature (Kelvin) to match the specific demands and duration of reading tasks.
Read full study → - Human Factors · AIP conference proceedings · 2020
Optimal classroom temperature and lighting enhance student cognitive performance and reduce stress.
Designers of educational environments should prioritize creating flexible and responsive systems for temperature and lighting control to support student learning and reduce stress.
Read full study → - Resource Management · Energies · 2017
Chip Temperature Thresholds Optimize Data Center Energy Consumption by 20%
Implement workload allocation strategies that prioritize chip-level thermal data to optimize cooling efficiency and reduce overall energy expenditure in data centers.
Read full study → - Human Factors · E3S Web of Conferences · 2026
Thermal Environment Moderates Heart Rate Variability's Sensitivity to Cognitive Workload
Designers should acknowledge that physiological markers of workload are not absolute and can be modulated by environmental factors like temperature, requiring careful calibration and consideration of context.
Read full study → - Human Factors · Energies · 2022
Optimal lighting conditions enhance comfort and productivity
When designing spaces, prioritize lighting that balances user comfort with productivity, considering both color temperature and brightness, and allow for user control where appropriate.
Read full study → - User-Centred Design · Journal of Geovisualization and Spatial Analysis · 2023
Button-type GUI enhances temperature amplitude search efficiency on mobile weather maps
When designing mobile weather map applications, opt for button-type navigation for tasks focused on finding temperature extremes, and consider separating date and time controls to enhance user focus.
Read full study → - Human Factors · Building and Environment · 2023
Elevated CO2 Levels Up to 2100 ppm Do Not Impair Cognitive Performance in Adults
Designers can confidently design spaces with CO2 levels up to 2100 ppm without expecting a significant negative impact on cognitive function in adults, allowing for more flexible ventilation strategies.
Read full study → - User-Centred Design · Malmö University Publications (Malmö University) · 2008
Warm simulated lighting enhances player affect and performance in digital games
Incorporate warm color temperatures in simulated game lighting to positively influence player affect and potentially improve gameplay performance.
Read full study → - Human Factors · Journal of Applied Physiology · 2023
Skin cooling alone reduces endurance by 31%, core cooling magnifies impairment.
In cold environments, focus on preventing both skin and core temperature drops to maintain user performance and endurance.
Read full study → - Human Factors · Cognition Technology & Work · 2025
Nasal temperature drops by 2°C during night shifts, indicating increased operator fatigue.
Incorporate non-invasive physiological monitoring, like thermography, into the design of systems for safety-critical roles to provide objective measures of operator fatigue and inform real-time interventions.
Read full study → - Human Factors · Physiological Reports · 2023
Mild core cooling by 0.8°C impairs simple reaction time by 11% in cold environments
In cold environments, prioritize designs that minimize the risk of core body temperature reduction, as this can directly impair basic reaction speeds, even if more complex cognitive functions are preserved.
Read full study → - Commercial Production · IEEE Access · 2020
Robust Control Strategies Enhance Rotorcraft UAV Performance in Demanding Environments
When designing rotorcraft UAVs for commercial use, prioritize the implementation of advanced control systems that can adapt to and overcome environmental disturbances to ensure reliable operation.
Read full study → - Modelling · Scientific Reports · 2026
AI-driven multi-domain prediction accelerates nanocomposite polymer development for 3D printing
Leverage AI-driven predictive modelling, incorporating physics-based constraints, to accelerate the design and optimization of complex material systems like polymer nanocomposites for additive manufacturing.
Read full study → - Commercial Production · Journal of Intelligent & Fuzzy Systems · 2023
Optimized Membership Functions Enhance Fuzzy Logic Control in Manufacturing
When implementing fuzzy logic control in manufacturing, prioritize membership functions and type-reduction techniques that balance predictive accuracy with computational efficiency for the specific application.
Read full study → - Human Factors · International Journal of Safety and Security Engineering · 2025
Job rotation reduces mental workload in high-temperature, noisy manufacturing environments by 25%
Integrate job rotation into shift planning, particularly in environments with significant physical or sensory stressors, to proactively manage worker mental load.
Read full study → - Innovation & Design · Texas ScholarWorks (Texas Digital Library) · 2015
Robotic inventory and inspection systems significantly reduce radiation exposure in high-risk environments
When designing for hazardous environments, prioritize the development of autonomous systems that can perform critical tasks remotely, thereby enhancing safety and reducing risk to human operators.
Read full study → - Commercial Production · Nature Communications · 2024
Integrated Tactile-Visual Sensing Enhances Robotic Grasping Dexterity by 4ms
Incorporate multimodal sensing, particularly tactile feedback for slippage and pressure, alongside vision to create robots capable of more nuanced and reliable object manipulation in complex environments.
Read full study → - Human Factors · 2019
Facial Thermography Can Indicate Mental Workload in Neutral Thermal Environments
Consider using infrared facial thermography as a supplementary, non-invasive method to gauge mental workload, focusing on neutral thermal conditions and specific facial regions, while acknowledging individual variability.
Read full study → - Human Factors · InTech eBooks · 2017
Robotic operation in hazardous environments significantly enhances human safety and operational effectiveness.
When designing for hazardous environments, prioritize human safety by offloading dangerous tasks to robotic systems and ensuring effective human-robot interaction.
Read full study → - Innovation & Design · Sensors · 2021
Low-Dimensional Materials Enable Multifunctional Sensors for Enhanced Human-Machine Interaction
Prioritize the exploration of low-dimensional materials and integrated device architectures to develop single-component sensors that can perform multiple sensing tasks, thereby reducing system complexity and enhancing functionality.
Read full study → - Final Production · Advanced Robotics Research · 2025
Multimaterial 3D Printing Enables Adaptive Robotic Grippers with Tunable Stiffness
Incorporate multimaterial 3D printing and active thermal control to develop robotic grippers capable of adapting their stiffness for diverse manipulation tasks.
Read full study → - Human Factors · International Journal of Environmental Research and Public Health · 2025
Extreme heat exposure in construction increases injury risk by 20%
Designers and safety managers must proactively incorporate heat stress mitigation strategies into work planning, equipment selection, and training protocols to protect construction workers.
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