News

Virtual meetings tire people because we're doing them wrong

Drowsiness during virtual meetings results from lack of stimulation, not mental overload
Niina Nurmi, photo by Mikko Raskinen.
Niina Nurmi. Image: Mikko Raskinen / Aalto University

New research suggests sleepiness during virtual meetings is caused by mental underload and boredom. Earlier studies suggested that fatigue from virtual meetings stems from mental overload, but new research from Aalto University shows that sleepiness during virtual meetings might actually be a result of mental underload and boredom.

‘I expected to find that people get stressed in remote meetings. But the result was the opposite – especially those who were not engaged in their work quickly became drowsy during remote meetings,’ says Assistant Professor Niina Nurmi, who led the study.

The researchers measured heart rate variability during virtual meetings and face-to-face meetings, examining different types of fatigue experiences among 44 knowledge workers across nearly 400 meetings. The team at Aalto collaborated with researchers at the Finnish Institute of Occupational Health, where stress and recovery are studied using heart rate monitors. The paper was published in the Journal of Occupational Health Psychology.

‘We combined physiological methods with ethnographic research. We shadowed each subject for two workdays, recording all events with time stamps, to find out the sources of human physiological responses,’ Nurmi says.

The study also included a questionnaire to identify people's general attitude and work engagement.

‘The format of a meeting had little effect on people who were highly engaged and enthusiastic about their work. They were able to stay active even during virtual meetings. On the other hand, workers whose work engagement was low and who were not very enthusiastic about their work found virtual meetings very tiring.’

It’s easier to maintain focus in face-to-face meetings than virtual ones, as the latter have limited cognitive cues and sensory input. ‘Especially when cameras are off, the participant is left under-stimulated and may start to compensate by multitasking,’ Nurmi explains.

Although an appropriate level of stimulation is generally beneficial for the brain, multitasking during virtual meetings is problematic. Only highly automated tasks, such as walking, can be properly carried out during a virtual meeting.

"Walking and other automated activities can boost your energy levels and help you to concentrate on the meeting. But if you're trying to focus on two things that require cognitive attention simultaneously, you can't hear if something important is happening in the meeting. Alternatively, you have to constantly switch between tasks. It’s really taxing for the brain,’ Nurmi says. 

5 things everyone should know about virtual meetings

Is it worth inviting everyone to a virtual meeting? Do you stare at your own picture on the screen? Assistant Professor Niina Nurmi discusses some of the best practices from remote meetings, based on a recent study.

Lue lisää
Niina Nurmi, photo by Mikko Raskinen.
  • Published:
  • Updated:

Read more news

Three happy students. Photo: Unto Rautio
Research & Art Published:

14 projects selected for seed funding to boost collaboration between Aalto, KU Leuven, and University of Helsinki

The funded projects lay the groundwork for future joint research endeavors, reinforcing the strategic partnership’s goal to fostering impactful and interdisciplinary collaboration.
students at the cathedral
Research & Art, University Published:

Sabína Gulčíková: I enjoyed the independence and collaborative atmosphere at Aalto University

Sabína Gulčíková’s AScI internship blended AI research, cultural exchange, and personal growth, shaping her academic and life goals.
Anechoic Chambers at Acoustics Labs. Photo by Mikko Raskinen
Research & Art Published:

From France to Finland: Sujie Yu’s interdisciplinary study of sound insulation materials

A doctoral student from PSL University explores cellulose-based aerogels as sustainable and efficient materials for acoustic properties during her research visit at Aalto University.
A person in high-visibility clothing and a hard hat is working on a rock wall in a cave using tools.
Research & Art Published:

New invention for rock stress monitoring - Could revolutionise mining safety and efficiency

The method makes it possible to monitor rock stress in real time. It can help prevent and anticipate cave-ins and improve mining efficiency.