Science Fiction has a role to play in the design of the Internet of Things

Stories are a useful tool for imagining how, for example, people use new technologies such as those designed for use in smart residential care homes.

Aalto University graduate, Tiina Kymäläinen MA, defended her doctoral dissertation on the subject of the user-based development of the Internet of Things (IoT). Kymäläinen specifically examined the ways in which people create so-called DIY ecological techno-systems in their own home and in their spare time.

"The Internet of Things refers to the phenomenon of environmentally-based devices and sensors being connected to the internet. Such devices can be, for example, lamps, white goods, musical instruments, body sensors, timers and thermometers", she explains.

Along with the end users themselves, Kymäläinen produced four prototype systems that utilised IoT technology. These systems were then implemented in a smart residential care home for the elderly, therapy settings for people with learning difficulties, music therapy and sensory stimulation environments for elderly people, and as an interior design tool for hobbyists.

Everyday significance

In her dissertation, Kymäläinen describes the observations made while using the prototypes in the form of Science Fiction stories. This method has been christened Science Fiction Prototyping (SFP).

"Sci-Fi stories set in the user environments of the future help describe what the IoT will look and feel like. These stories also help deepen our understanding of the ecological significance that the technologies being researched have in people's everyday experiences", Tiina continues.

Her doctorate represents the field of research into IoT users' experiences and ecological design.

"The kinds of prototype that are built as part of large research projects are often technology-driven. It's for this reason that they can be less ecologically responsible or user-friendly. Science Fiction Prototyping will help facilitate well-grounded, research-based technological design in the future", she remarks before going on to explain more of the advantages of her approach.

"The particular benefit of Science Fiction is that allows us to intelligibly describe the kinds of phenomena that are still in their infancy in terms of actual development."

The doctoral dissertation "Science Fiction Prototypes as a Design Outcome of Research” was publicly defended at Aalto University's School of Arts, Design and Architecture on Wednesday 4 February 2015, at 12 pm, in the Sampo Hall at Mediakeskus Lume, Hämeentie 135 C, Helsinki. Professor Emeritus Victor Callaghan from the University of Essex, UK, served as the opponent for the defence.

Orders for the doctoral dissertation can be made through the Aalto University online store at shop.aalto.fi, enquiries to [email protected], tel. +358 (0)50 313 7086.

Further information:
Tiina Kymäläinen
tel. 0400 399 511
[email protected]

Related news

Kuva: Tuomas Uusheimo.
Research & Art Published:

EURO2022 conference to be hosted by Aalto University

Largest European conference in operations research and management science to be hosted in Otaniemi in July 2022
Falling Walls
Research & Art Published:

Win a trip to Berlin with ideas pitching competition

Falling Walls Lab Finland submission period closes soon, enter your research or business idea to be in a chance to compete in the international final
Matias Palva. Kuva: Mikko Raskinen.
Research & Art Published:

Matias Palva, Professor of Brain Signal Analytics, studies the mechanisms of the human mind and brain diseases

Understanding the brain mechanisms behind the diseases is important when developing targeted treatments
Nanocellulose bicycle Photo: Eeva Suorlahti
Cooperation, Press releases, Research & Art Published:

Tomorrow's Sustainable Lifestyles Showcased in Otaniemi

One of Helsinki Design Week's main events, Designs for a Cooler Planet, will showcase Aalto University's cross-cutting future prototypes, such as a nanocellulose bicycle, microbial headphones and Ioncell clothes
  • Published:
  • Updated:
Share
URL copied!