Banca de DEFESA: JEAN CLEMISSON SANTOS ROSA

Uma banca de DEFESA de DOUTORADO foi cadastrada pelo programa.
STUDENT : JEAN CLEMISSON SANTOS ROSA
DATE: 25/11/2021
TIME: 09:00
LOCAL: ONLINE
TITLE:

The coordination of collaboration in SPIDe: mechanisms and practices to support interaction co-design

KEY WORDS:

collaboration, coordination, interaction design, human-computer interaction, requirement elicitation, SPIDe

PAGES: 195
BIG AREA: Ciências Exatas e da Terra
AREA: Ciência da Computação
SUMMARY:

The creation of interactive computational artifacts should reflect the needs, interests, restrictions, ways of working, and cultural aspects of their potential users whenever possible. SPIDe (Semio-Participatory Interaction Design) was conceived to reflect these aspects in the developed computational product through collaborative design practices (codesign). In this sense, the literature indicates that codesign practices favor the product's identity concerning its potential users. Codesign expresses a collaborative perspective for design, in the sense that people influenced by the creation and use of technologies must collaborate in its creation and development. Collaboration has three well-defined dimensions in the literature, according to the 3C Model: cooperation, communication, and coordination. The cooperation concerns the joint operation of users in a shared space making use of communication; in turn, communication consists of the exchange of messages for mutual and shared construction based on the management carried out by the coordination; coordination defines the activities and the set of objects that will be manipulated, in addition to defining the media and the mode of transmission of messages. Although SPIDe is characterized as an interaction codesign process, several aspects are to be investigated and improved. One of them concerns coordination. Therefore, in this research, we seek to identify how to promote the coordination of collaboration in SPIDe. To this, we investigated mechanisms and practices to support and promote the coordination of collaboration in SPIDe. Methodologically, we conducted multiple case studies with different data collection approaches, such as systematic review and narrative of literature, semi-structured interviews, logbooks, conversation, and Technology Acceptance Model questionnaire and Design Science Research. The thematic analysis based on the data produced supported the improvements made in SPIDe and reported in this thesis report, such as the guidelines for conducting the braindraw technique, the construction of the epistemic tool SPIDe\_Canvas and the construction of a platform for conducting online and distributed from SPIDe. In addition to improving SPIDe, the results of this research can help professionals and researchers build interactive computational artifacts in collaboration with potential users in a fun, dynamic, and effective way.

BANKING MEMBERS:
Presidente - 1583256 - ECIVALDO DE SOUZA MATOS
Externo à Instituição - DUARTE NUNO JARDIM NUNES
Externo à Instituição - RODRIGO FREESE GONZATTO - PUCPR
Externa à Instituição - LUCIANA APARECIDA MARTINEZ ZAINA - UFSCAR
Externa à Instituição - TAYANA UCHÔA CONTE - UFAM