Practicability and user-friendliness of height measurements by proof of concept APP using Augmented Reality, in 22 healthy children




body height, guideline, augmented reality, daily home-made measurements, iPhone, APP


Background: Child growth is a dynamic process. When measured at short intervals, children’s growth shows characteristic patterns that can be of great importance for clinical purposes.

Objective: To study whether measuring height on a daily basis using an APP is practicable and user-friendly.

Methods: Recruitment took place via Snowball Sampling. Thirteen out of 14 contacted families signed up for a study period of 12 weeks with altogether 22 healthy children aged 3 to 13 years (response rate 93%). The study started with a visit to the family home for the setup of the measurement site, conventional height measuring and initial training of the new measurement process. Follow-up appointments were made at four, eight and 12 weeks. The children’s height was measured at daily intervals at their family homes over a period of three months.

Results: The parents altogether recorded 1704 height measurements and meticulously documented practicability and problems when using the device.

A 93% response rate in recruitment was achieved by maintaining a high motivation within the families. Contact with the principal investigator was permanently available, including open communication, personal training and attendance during the appointments at the family homes.

Conclusion: Measuring height by photographic display is interesting for children and parents and can be used for height measurements at home. A positive response rate of 13 out of 14 families with altogether 22 children highlights feasible recruitment and the high convenience and user-friendliness of daily APP-supported height measurements. Daily APP measurements appear to be a promising new tool for longitudinal growth studies.


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How to Cite

Rösler, A., Gasparatos, N., Hermanussen, M., & Scheffler, C. (2022). Practicability and user-friendliness of height measurements by proof of concept APP using Augmented Reality, in 22 healthy children. Human Biology and Public Health, 2.