Rafael Capilla -

Registered user since Wed 2 Mar 2016

Name:Rafael Capilla

Country:Spain

Affiliation:Universidad Rey Juan Carlos

Personal website:https://www.researchgate.net/profile/Rafael_Capilla

Research interests:software architecture, architectural knowledge, product line engineering, runtime variability, software sustainability, industry 4.0

Contributions

ECSA 2022	Committee Member in Program Committee within the Research Papers-track Publicity Co-Chair in Organizing Committee
SESoS 2022	Steering Committee Member in Steering Committee within the SESoS 2022-track Committee Member in Program Committee within the SESoS 2022-track
EASE 2022	Committee Member in Program Committee within the Vision and Emerging Results Track-track
MSR 2022	Author of Can instability variations warn developers when open-source projects boost? within the Registered Reports-track
SESoS/WDES 2021	Co-chair in Organizing Committee within the SESoS/WDES 2021-track Session Chair of Session 2 (part of SESoS/WDES 2021)
SEH 2021	Committee Member in Program Committee within the SEH 2021-track
BoKSS 2021	Author of Software Sustainability: Beyond the Tower of Babel within the BoKSS 2021-track
EASE 2021	Committee Member in Program committee within the Vision and Emerging Results Track-track
SEAMS 2022	Ordinary PC member in Industry Committee within the SEAMS 2022-track
ECSA 2021	Ordinary PC member in Program Committee within the Research Papers-track
TechDebt 2021	Local Co-Chair in Organizing Committee Session Chair of TD Management - 2 (part of Technical Papers) Author of Impact of Opportunistic Reuse Practices to Technical Debt within the Technical Papers-track
ECSA 2020	Session Chair of S2: Model-based Approaches (part of Paper Presentations) Committee Member in Program Committee within the Research Papers-track Author of Teaching Students Software Architecture Decision Making within the Research Papers-track
LASSY 2017	Committee Member in Program Committee within the LASSY 2017-track
LASSY 2016	Author of A Taxonomy of Context-Aware Software Variability Approaches within the LASSY 2016-track