28th of September at 16h00, Rodrigo Ronner Tertulino da Silva will give a presentation entitled “How to ensure the privacy and security of data shared between electronic health record systems – ERH”
Location: G4.1
Bio
Rodrigo Ronner Tertulino da Silva is a professor at the Federal Institute of Education, Science, and Technology of Rio Grande do Norte (IFRN), Brazil. He got his master’s degree at the State University of Rio Grande do Norte (UERN), Brazil, and is working at the Department of Informatics Engineering (DEI), Portugal.He works in the following lines of research: Networks and Distributed Systems, performance evaluation of networked systems, network management. Software Engineering: Agile methods and integration with traditional approaches, object-oriented software development, including refactorings and frameworks. Security: Security in Web and PenTest applications. He is currently developing research on privacy and security in Healthcare (EHR) systems.CV (In Portuguese): http://lattes.cnpq.br/5863705420808941
Abstract
The Federal Institute of Education, Science and Technology of Rio Grande do Norte (IFRN) is a public higher education institution established in 1909. Nowadays, IFRN is composed of 22 campuses strategically located in all the mesoregions of Rio Grande do Norte. It holds 40,000 students enrolled in 36 undergraduate programs, 29 graduate programs (lato sensu, masters and doctorate).
The doctoral work aims to enhance privacy issues aligned with data privacy laws and regulations in Electronic Health Record Systems (EHRs), making these systems more trustworthy for users and developers. To carry out our study and propose the development of an architectural reference for the development of EHR systems, we will also propose privacy level agreements according to essential requirements according to our research that was carried out. To evaluate our work, we will analyze systems already well known in Brazil, such as E-SUSAPS and AGHUSE, which the Brazilian government uses in public hospitals. Therefore, this doctoral work aims to propose a privacy-aware reference architecture that can guide the development of EHR systems. Security and privacy aspects are issues throughout the development cycle of these systems. Hence, allowing developers to analyze more focused aspects such as privacy and security.
