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$35 USD / Hour
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Spain (3:46 PM)
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Joined on August 20, 2012
$35 USD / Hour
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I’ve been developing software for about 10 years, mainly on the computer-physics field, with a few incursions on comercial projects for private customers. I’m the lead developer of InsightMedi App and I'm passionate about the whole Apple eco-system. My present and future are tightly related to iOS Development.
Verifications

Software Development

Software Development
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Experience
iOS Developer
Jan, 2011 - Present
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15 years, 4 months
Becomingapps.com
Jan, 2011 - Present
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15 years, 4 months
Focused on developing mobile applications for the iOS platform, trying different approaches to turn ideas into useful tools. I'm the lead developer of InsightMedi app.
Jan, 2011 - Present
•
15 years, 4 months
Education
Universidad Central de Venezuela
2006 - 2010
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4 years
Master in Distributed Systems

Venezuela
2006 - 2010
•
4 years
Universidad de Carabobo
1999 - 2004
•
5 years
MsC. Computer Science

Venezuela
1999 - 2004
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5 years
Qualifications
VCP5
2012
VMWare
This industry-recognized certification requires completion of a VMware-authorized training course and hands-on experience with VMware technologies. VCP-DCV certification confirms that you have the education needed to successfully install, deploy, scale and manage VMware vSphere environments, as well as the skills obtained by a minimum of six months experience with VMware infrastructure technologies.
2012
Publications
"XSTAR: a data-intensive and CPU-intensive astrophysical application within the VAMDC"
Proceedings of the Second EELA-2 Conference: p. 317.
The Virtual Atomic and Molecular Data Centre (VAMDC) is a recently launched initiative to deploy an advanced cyber-infrastructure for distributed atomic and molecular (A&M) database services. A&M data are heavily used in a variety of research and industrial fields such as astrophysics, atmospheric physics, fusion, environmental sciences, laser technology and lighting. VAMDC involves research groups from the European Union (Austria, France, Germany, Italy, Sweden, UK), the Russian Federation, Serbia and Vene
“Opserver: interactive online computations of opacities and radiative accelerations”
Mon. Not. R. Astron. Soc. 378, 1031-1035
Codes to compute mean opacities and radiative accelerations for arbitrary chemical mixtures using the Opacity Project recently revised data have been restructured in a client–server architecture and transcribed as a subroutine library. This implementation increases efficiency in stellar modelling where element stratification due to diffusion processes is depth dependent, and thus requires repeated fast opacity reestimates. Three user modes are provided to fit different computing environments, namely a web b