News

Service gamification needs more than just points

According to an Aalto University dissertation, gamification should be utilised for more long-term development of appeal rather than for simple reward.

Gamification has become a significant technological trend in recent years. It is believed to have potential in matters such as getting customers involved with the promotion of healthy lifestyles and in increasing employees' enjoyment of their work. However, as a concept, gamification remains foreign to many and there is still little research-based evidence that gamification works.

'Gamification involves the application of game dynamics and mechanics in different environments, such as various online services. It is used to bring a sense of experience to environments that are not ordinarily considered games,' outlines Juho Hamari (M.Sc. (Econ.)), who examines the phenomenon of gamification in his recent dissertation. Among other things, he presents one of the most extensive empirical studies so far on the effects of gamification. 

In his study Hamari followed the changes in the behaviour of users of the gamified online sales location Sharetribe over a period of 1.5 years. He examined how many notifications users submitted, how many deals were made and how actively they commented and browsed the notifications.

In his dissertation, Hamari shows that, contrary to expectations, gamification does not necessarily provide benefits and that design must take into consideration the type of actions that are being gamified, who uses the gamified service and in which context. For example, not all users are interested in the gamified activity and the concept of gamification can be perceived as a kind of add-on curiosity. The results indicated that gamification can better support activities that the users are already interested in.

'Gamification should be considered in a diverse manner, as a design process running through the entire service. The aim would be to increase the long-term appeal of the service rather than simply rewarding users with points for every action that is useful in the opinion of the developer. Gamification should be seen as the same kind of challenge as game design. It's a well known fact that Finland has some of the best game designers in the world. This solid competence could also be applied internationally in ordinary information system design,' explains Hamari.

Public examination of the doctoral dissertation

The doctoral dissertation of Juho Hamari, M.Sc. (Econ.), in the field of Information Systems Science entitled Gamification: Motivations & Effects will be examined at 12 noon on 6 February 2015  (Chydenia building, Stora Enso Room , Runeberginkatu 22–24) The opponents are Professor Joe Nandhakumar (University of Warwick) and Professor Jari Salo (University of Oulu), and the main dissertation advisor is Professor Matti Rossi.

Further Information

Juho Hamari
+358 50 318 6861
[email protected]
http://juhohamari.com @VirtualEconomy

  • Published:
  • Updated:

Read more news

A group of people posing on large stone steps in an amphitheatre. The building behind has large windows and a green roof.
Research & Art Published:
ınterns
Research & Art, University Published:

Pengxin Wang: The internship was an adventure filled with incredible research, unforgettable experiences, and lifelong friendships.

Pengxin Wang’s AScI internship advanced AI research, fostered global friendships, and inspired his journey toward trustworthy AI solutions.
Radiokatu20_purkutyömaa_Pasila_Laura_Berger
Research & Art Published:

Major grant from the Kone Foundation for modern architecture research - Laura Berger's project equates building loss with biodiversity loss

Aalto University postdoctoral researcher Laura Berger and her team have been awarded a 541 400 euro grant from the Kone Foundation to study the effects of building loss on society and the environment.
An artistic rendering of two chips on a circuit board, one is blue and the other is orange and light is emitting from their surf
Press releases Published:

Researchers aim to correct quantum errors at super-cold temperatures instead of room temperature

One of the major challenges in the development of quantum computers is that the quantum bits, or qubits, are too imprecise. More efficient quantum error correction is therefore needed to make quantum computers more widely available in the future. Professor Mikko Möttönen has proposed a novel solution for quantum error correction and has received a three-year grant from the Jane and Aatos Erkko Foundation to develop it.