USER WITHOUT DYSLEXIA

Studies suggest that the intensity and colour temperature ofartificial lighting affect various physiologicalprocesses in the human body, such as bloodpressure, heart rate variability, EEG, coretemperature and melatonin.

Several studies have addressed how the quality and color of lighting can either impair or enhance students’ visual skills and thus, academic performance.

When

Around 20% of children that enter the school encounter visual focusing problems

41% 6% 4% have refractive erros have trouble with tracking have strabismus

The network that surrounds the final user, identifying how we fit into this network and the roles of the others in relation.

Children were 20% faster in solving a puzzle together in the relaxed light setting compared to the standard setting.

Correct lighting: intensity, colour temperature and dynamism

Increase reading speed by 35%

Reducing comprehension errors by 45%

Data based on various user personas developed for rapproochement

AGE RANGE 11 25

OCCUPATION

Student Employee

Needs Frustrations

Feel comfortable on their own study place

Eye strain due to artificial lightning

Lighting impacts in numerous levels of human functioning such as vision, circadian rhythms, mood, and cognition, its implicit effects on learning and studying achievement cannot be dismissed. Several studies have addressed how the quality and color of lighting can either impair or enhance students’ visual skills and thus, academic performance.

Light illumination intensity and color temperature are two main variables in lighting systems used for artificial lighting indoors.