Training computer scientists to address wicked problems means to focus respectively on the individual capability to think in a computational-oriented way (i.e., Computational Thinking), and on the social dimension of coding (i.e., Agile Values). In this study we propose the conceptual model of Cooperative Thinking, a new education construct of team-based computational problem solving. Cooperative Thinking is not only the sum of Computational Thinking and Agile Values, rather it is a new overarching competence suitable to deal with complex software engineering problems. We suggest to tackle the Cooperative Thinking construct as an education goal, to train new generations of software developers to Pareto-optimize both their individual and teaming performances.
Russo, D., Missiroli, M., Ciancarini, P. (2018). Poster: A conceptual model for cooperative thinking. IEEE Computer Society [10.1145/3183440.3195062].
Poster: A conceptual model for cooperative thinking
Russo, Daniel;Missiroli, Marcello;Ciancarini, Paolo
2018
Abstract
Training computer scientists to address wicked problems means to focus respectively on the individual capability to think in a computational-oriented way (i.e., Computational Thinking), and on the social dimension of coding (i.e., Agile Values). In this study we propose the conceptual model of Cooperative Thinking, a new education construct of team-based computational problem solving. Cooperative Thinking is not only the sum of Computational Thinking and Agile Values, rather it is a new overarching competence suitable to deal with complex software engineering problems. We suggest to tackle the Cooperative Thinking construct as an education goal, to train new generations of software developers to Pareto-optimize both their individual and teaming performances.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
