Adrian Bernal
Doctor in Advanced Information Technologies and Cloud Computing
Currently, I specialize in coordinating the development of Odoo-based ERPs and their deployment in the cloud. As a DevOps enthusiast, I strive to apply its principles and automate development and deployment processes as much as possible.
I completed a doctoral thesis in Advanced Information Technologies, focusing on the modeling and simulation of infrastructures and technologies in Cloud Computing. During my thesis, I conducted a 3-month research stay at the Edinburgh Parallel Computing Centre (EPCC) at the University of Edinburgh and as a visitor at Heriot-Watt University.
Additionally, I have experience in the IT sector as a Technical Support Manager and Technical Consultant. My expertise lies in the administration and management of wired and wireless networks and virtualized servers.
</ DevOpsRunbot, Kubernetes, Ansible, Jenkins, Git
</ Cloud & virtualizationOpenStack, VMWare, Proxmox, Docker, Singularity, Google Cloud Platform, IBM Cloud, AWS
</ Firewall & NetworkingCisco, Zentyal, pfSense
</ ProgrammingBash, Python, C, C++, Java, PHP, JavaScript, Latex, Node.js, Odoo, NodeRed
CEO ▪ MyLabs Digital Net SL
Freelance & Qsimov Quantum Computing SL collaborator
• Development of CRM/ERP platforms with Odoo Open Source framework.
• Management and maintenance of cloud resources. Organization of development team.
• Helm, GitHub, RunBot, AWS.
Co-founder & software architect ▪ Wee Telecomunicaciones SL
• Development of CRM/ERP platforms with Odoo Open Source framework.
• Management and maintenance of cloud resources. Organization of development team.
• Docker Compose, GitHub, RunBot, Google Cloud Platform.
Predoctoral researcher ▪ University of Castilla‑La Mancha
• Automation of the simulation and research pipeline. Bash and python scripts for automatic task execution, data analysis and graph plotting. Torque and Slurm job queue managers. Singulary container system.
• Development of Eclipse and Papyrus UML plugins for cloud system modelling and model transformation.
• Collaboration in the development of a Cloud simulator with OMNeT++ framework and C++.
• Writing, publication and review of scientific papers. Presentation of research results in four conferences.
Trainer ▪ Faculty of Computer Science Engineering
• Mentoring of 5 B.Sc. dissertations.
Software engineer ▪ Netberry Servicios de Internet SL
IT systems manager ▪ Inforcon Consultores SL
Computer technician ▪ Inforcon Consultores SL
Dec. 2018 ‑ Apr. 2022
- Thesis dissertation: Optimising and dimensioning cloud computing systems using modelling and transformation techniques.
- Founded by the University of Castilla‑La Mancha (cofunded with Europe Social Funds) under the announcement DOCM 2019/451.
Sep. 2017 ‑ Jun. 2019
- M.Sc. dissertation: Modelling Cloud Computing Systems using UML Profiling and M2T Transformation Techniques.
Sep. 2013 ‑ Jun. 2017
- B.Sc. dissertation: Modelling, Transformation and Validation of Cloud Systems.
- Specialization: Computing Engineering.
Sep. 2010 ‑ Jun. 2013
Sep. 2006 ‑ Jun. 2008
Evaluating cloud interactions with costs and SLAs
BERNAL A., CAMBRONERO M.E., NÚÑEZ A., CAÑiZARES P.C. AND VALERO V.
- The Journal of Supercomputing.
2021
Profiling SLAs for cloud system infrastructures and user interactions
CAMBRONERO M.E., BERNAL A., VALERO V., CAÑIZARES P.C. Y NÚÑEZ A.
- PeerJ Computer Science, 7:e513.
2021
Analyzing the cloud performance using different user subscription times
BERNAL A., CAMBRONERO M.E., CAÑIZARES P.C., NÚÑEZ A., VALERO V. Y DE LA CRUZ H.I.
- International Journal of Software Engineering and Knowledge Engineering, 31(11n12):1699-1720.
2021
Studying the impact of the user subscription times in different cloud configurations
DE LA CRUZ H.I., CAMBRONERO M.E., VALERO V., CAÑIZARES P.C., BERNAL A. Y NÚÑEZ A.
- The 33rd International Conference on Software Engineering and Knowledge Engineering, 211-216.
2021
Improving cloud architectures using UML profiles and M2T transformation techniques
BERNAL A., CAMBRONERO M.E., NÚÑEZ A., CAÑIZARES P.C. Y VALERO V.
- The Journal of Supercomputing, 75(12):8012–8058.
2019
A framework for modeling cloud infrastructures and user interactions
BERNAL A., CAMBRONERO M.E., VALERO V., NÚÑEZ A. Y CAÑIZARES P.C.
- IEEE Access, 7:43269–43285.
2019
Formal modeling and Advanced Testing Methods. Applications to Medicine and Computing Systems.
REFERENCE: RTI2018-093608-B-C32.
FINANCIACIÓN: 56.023€
Spain
Jan. 2019 ‑ Dec. 2021
Analysis and development of models for air quality monitoring, effects on vegetation and cloud environments.
REFERENCE:: SBPLY/17/180501/000276.
FINANCIACIÓN: 231.000€
Sep. 2018 ‑ Aug. 2021
Formal Analysis and Applications of Web Services and e‑Contracts.
REFERENCE: TIN2015-65845-C03-02-R..
FINANCIACIÓN: 55.781€
Jan. 2016 ‑ Dec. 2019
Smart Education for smart SOciety (SESO)
REFERENCE: UCTR180372.
FINANCIACIÓN: 18.775€
Dec. 2018 ‑ Jul. 2021