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The Advanced Computing Environments Lab (ACEL) at SDSU continuously seeks qualified graduate and undergraduates students interested in supporting its research, development, and support activities involving distributed and grid computing and grid-enabled portal techniques and technologies.

The Advanced Computing Environments Lab (ACEL) at SDSU continuously seeks qualified graduate and undergraduates students interested in supporting its research, development, and support activities involving cyberinfrastructure, distributed and grid computing,  CI-enabled portal techniques and technologies.
In addition, we collaborate with scientists involved in ocean modeling and bioinformatics.

These activities include the development and deployment of software technologies that integrate computing, visualization, and data resources to enhance the research capabilities of the SDSU and national academic research community, the NSF Grid community, and the Department of Energy. Particular emphasis for this position will be on grid portals, information services, and grid visualization technologies.

Typically, our students  work on NSF and DOE research projects, SDSU collaborative research projects, as well as participate in ACE Lab activities in the following ways:
  • evaluate new distributed and grid computing architectures, systems, and software tools to determine future R&D activities and technologies to enhance the ACE Lab and SDSU computing environment;
  • work with SDSU and national scientific researchers and partners to set up and use distributed and grid computing technologies in their R&D activities;
  • maintain and support ACE Lab facilities, including web/grid servers, TeraByte databases, and development workstations;
  • qualified candidates have opportunity to lead software development activities as part of ongoing collaborations with external researchers to produce new distributed and grid computing technologies that enhance computing environment and capabilities for scientific research;
  • and other related functions as assigned.
Typical candidates have the following additional qualifications and interests:
  • Active enrollment in pursuit of a degree in computer science (or equivalent major); must show transcripts;
  • Coursework or experience in using and developing distributed and grid computing software;
  • Experience/coursework using common Grid computing and Web services programming languages, tools, and protocols such as: C, C++, Java, Python, XML, SOAP, and WSDL, WSRF;
  • Languages/programming: XMLPython, Java, Java Servlets/JSP, C/C++, SQL, PHP, MySQL, OpenGL, Intel Assembly Language, MIPS Assembly Language, Visual Basic, Cobol, RPG, Hyperscript,
  • experience developing software for the following operating systems: UNIX, Sun OS/Solaris, Mac OS X, Linux;
  • Knwledge on the following software/tools: Apache HTTP Server, Apache Tomcat
  • Knwledge of Web 2.0/portal technologies such as: AJAX, Perl CGI, Perl DBI, HTML/XHTML, JavaScript, CSS, etc.
  • Familiar with: XMLPython, Java Servlets/JSP, C/C++, SQL, PHP, MySQL, OpenGL, Assembly Language, Visual Basic, Cobol, RPG, Hyperscript, etc.;
  • Experience with Jetspeed, portlets, and other software tools used for web portals;
  •  Experience with Open Grid Services Architecture, the Global Grid Forum, the NSF TeraGrid, the NPACI Project, etc;
  • Systems administration experience on Unix systems;
  • Network security expertise and experience;
  • Expertise using Grid computing software including Globus, SRB, or Condor-G;
  • Experience working with researchers to integrate Grid technologies into their research activities;
  • Epertise using additional Grid computing software such as Condor-G, MDS;

Contact Mary Thomas at  mthomas@sciences.sdsu.edu
Created by admin
Last modified 2008-02-21 06:46
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