Conducting Your Own Studies

 Beyond supplying lido devices for rental to other research institutes, we also offer full-service study execution. Whether your goal is promotion of healthy lighting at workplaces or prevention of circadian disruption in clinical settings, we can help.

Our Research Framework 

• Study Design
  We work with you to define clear objectives based on your research question, from epidemiology of dementia to workplace well-being.
• Selection of Suitable Logger
  We customize solutions that balance cost and accuracy, ensuring the best fit for your budget and scientific needs.
• Study Implementation
  We provide guidance on how participants should wear and handle the lido wearable. Our team offers onsite or remote support, aligning instructions with your protocol.
• Data Analysis & Interpretation
  We examine collected data for patterns in light-exposure, correlate it with chronotype, and integrate external data sources (e.g., local weather, sun position, or temperature).
• Comparative Insights
  We leverage our repository of historical light data from multiple studies to benchmark your results, providing deeper context and  conclusions.

Joint Research and Innovation

We welcome collaboration with universities, hospitals, private R&D departments, and independent investigators. Our team has extensive expertise in light-dosimetry and the non-visual effects of light, making us an ideal partner for interdisciplinary projects.

Benefits of Working with Us

• Access to comprehensive light-dosimeter technology and support.
• Shared knowledge on daylight optimization, light therapy, and light-quality improvements in built environments.
• Participation in a growing network of professionals dedicated to advancing the science of light and health.

Contribute to the LiDo Evolution

Your feedback, research findings, and innovative ideas are essential to refining the LiDo. By partnering with us, you contribute to the ongoing development of a light-logger that is indispensable to understanding and improving human-environment interactions.

Lucerne University of Applied Sciences and Arts
School of Engineering and Architecture
Technikumstrasse 21
6048 Horw
Switzerland