Samer Sameh

dblp:272/7867 · also Samer S. Sameh, Samer Sameh Sameh · DBLP profile ↗
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9ranked-venue papers
3as first author
8since 2021 · last 2024
—ORCID · none

Domains — the database's venue-derived domains; a paper can count in several

Software engineering, systems software and programming languages · 9 · 3 first-author · 8 since 2021
YearPublicationVenuePosition
2024 Promoting social and human factors through a gamified automotive software development environment
abstract
Abstract Gamification is an attractive strategy for different contexts, including software process improvement, where it presents positive results associated with increased factors such as motivation and others classified into social and human factors. Such factors are required to improve software processes in the automotive industry due to the influence of changes in the conditions and the behavior of individuals. However, the treatment of gamification strategies requires rigor at a scientific level. Therefore, it is necessary to analyze critical dimensions such as the gamification maturity level, the ability to intervene, and the influence of social and human factors. Such analysis is motivated by the relationship between social and human factors and the success of a process improvement. The above justifies the researchers' interest in this article in analyzing a gamification strategy implemented in the automotive industry from such dimensions. Therefore, this article presents the analysis from the point of view of developing software‐controlled systems in automobiles. Besides, it uses a deductive approach to conduct this analysis to abstract all the design aspects of a strategy created and implemented in a software development automotive environment. One of the most representative findings of this study is the strategy's capacity to promote SHF, which identifies motivation, commitment, team cohesion, emotional intelligence, and autonomy.
Gloria Piedad Gasca-Hurtado, Mirna Muñoz 0001, Samer Sameh
J. Softw. Evol. Process.3
2023 The impacts of the COVID-19 pandemic and the globalization on how automotive assessments will be performed in the future
abstract
Abstract Until 2019 the VDA (German Automotive Association) did not accept online assessments. Then the pandemic of COVID‐19 led to a situation where for a certain time, travel and cooperation on site were not allowed any more. The VDA then allowed online assessments and hybrid assessments. Hybrid means that part of the assessment team is on place and part of the team is online connected. However, also full online assessments were allowed. In 2022, the impact of COVID‐19 decreased and still the online setup of assessments maintained. This paper will discuss this situation and outline a study from Valeo, which gives feedback about these online assessments and their effectiveness.
Samer Sameh, Selina Meza, Damjan Ekert, Richard Messnarz
J. Softw. Evol. Process.1
2022 ASPICE Applicability on New Automotive Technologies (AI)
Erin Edwar, Samer Sameh, Ibrahim Sobh
EuroSPI2
2022 Assessment of a Gamified Automotive Software Development Environment
Mirna Muñoz 0001, Gloria Piedad Gasca-Hurtado, María Clara Gómez-Alvarez, Samer Sameh
EuroSPI4
2021 Towards a Multidimensional Self-assessment for Software Process Improvement: A Pilot Tool
Elli Georgiadou, Eleni Berki, Kerstin V. Siakas, Samer Sameh, John Estdale, Harjinder Rahanu, Margaret Ross 0001, Richard Messnarz, Juri Valtanen
EuroSPI4
2021 Gamification Framework in Automotive SW Development Environment to Increase Teams Engagement
Mourad Mounir, Khaled Badr, Samer Sameh
EuroSPI3
2021 Innovation Agents - Moving from Process Driven to Human Centred Intelligence Driven Approaches
Thomas Peisl, Joanne Hyland, Richard Messnarz, Bruno Wöran, Samer Sameh, Georg Macher, Jürgen Dobaj, Laura Aschbacher, Detlev Aust
EuroSPI5
2021 Post Pandemic Era: Future of the Automotive Online Assessments
Samer Sameh, Ahmed Alborae, Selina Meza, Damjan Ekert, Ibrahim Sobh, Ahmed Seddik
EuroSPI1
2020 Application of Mutually Integrated International Standards (A-SPICE PAM 3.1 & IATF 16949/2016)
Samer Sameh, Sherif EL-Toukhi
EuroSPI1