Class Information Technology Management

At the end of the course the student should be able to understand a computational system, as well as identify and select appropriate information systems that best fit the tasks in a professional environment. The student is prepared to perceive and make use of data structures, as well relate databases from various information systems. The student sgould be able to assess and evaluate the bet use for software with different licensing schema. The student shall be able to plan and follow the management of a project coping with tasks, timelines and resources.

Not applicable

Data, Information and Knowledge Management; Free software, General Public License; Database Management System. Data models. Spreadsheet - MSExcel: Treatment of tables such as databases, advanced formatting options, applying and defining functions, dynamic tables and graphs, Visual basic for applications (VBA) - automation controls; Virtualization of operations / Cloud computing; Digital Marketing and SEO; Information security and risk management; ¿Disaster Recovery Plan¿; BPM - Business Process Management; Integrated Business Management Systems (ERP - Enterprise Resource Planning); IDM - Integrated Document Management; Customer Relationship Management Systems (CRM). Business intelligence for information management.

Immersive design thinking sessions will be held promoting a student-centered approach by encouraging interactive and collaborative problem solving.

Amaral, L., & Varajão, J. Planeamento de Sistemas de Informação - 4ª ed. FAC Editora. Marques, A. E. (2005). O guia prático do software gratuito. Centro Atlântico, Lda. Ramos, P. N. (2007). Desenhar bases de dados com UML. Edições Sílabo, Lda. Sousa, S. (2007). Tecnologias de Informação: o que são? Para que servem? FCA - Editora de Informática António, P. F. (2015). Informática e Tecnologias da Informação. Edições Sílabo