Jamie Marconi

Objective:     To develop and maintain high impact software applications in Seattle, WA.

Summary:

• Senior Software Engineer (Web, Enterprise Java, Perl, XML), Project Leader
• 8 years of experience
• Analytical problem solver, often called upon to resolve the most difficult problems.
• Customer focused developer who anticipates business needs.

Technical Skills:

Languages:	Java, Perl, XML/XPath/XSLT, SQL, PL/SQL, JavaScript, PHP, JSP, C/C++, shell
Software:	J2EE, EJB, Weblogic, OC4J, Apache, SOAP, Servlets, Oracle RDBMS, MySQL, JDBC, Informatica, Eclipse, Emacs, VI, Perforce, CVS
Platforms:	Linux, FreeBSD, Solaris, HP-UX, Windows

Experience:

• Cobalt Group
  Senior Software Engineer (October 2003 to Present)

  Provided enterprise scale software solutions to automotive manufacturers such as GM and Chrysler. Responsibilities included technical consulting, gathering requirements, estimating project costs and time lines, and project development.

  Developed a simple, efficient and robust message processing system to communicate with external customers. Wrote extensive system specifications for ease of customer integration. The project was highly successful and changed some software development practices internally.

  Delivered numerous concurrent projects on time, using technologies ranging from LAMP to J2EE on BEA Weblogic or Oracle OC4J; extensive experience with XML and XSLT. Required highly developed time management skills for task prioritization.

• InfoSpace
  Senior Software Engineer (September 2000 to September 2003)

  Maintained and extended Hypermart web hosting service. Development team leader for billing and user management systems, reseller interface, and co-branding services.

  Designed and implemented flexible and powerful user management, sales, billing, and reseller functions that moved Hypermart from a money losing concern to a sustained and profitable business. Managed technical aspects of the divestiture of Hypermart, including customer and revenue reports, and data migration planning.

  Management system used Linux with Apache, Java Servlets, Oracle 9i, and Perl scripts while hosting platform was on FreeBSD providing PHP and MySQL services.

• Hewlett Packard / DeepCanyon
  Web Application Engineer (June 1998 to September 2000)

  DeepCanyon was a start-up business within HP intended sell Market Research documents electronically. Developed dynamic content portal with basic e-commerce; functions included product search, shopping cart, and credit card processing.

  Member of small tactical group that developed initial offering. Later simplified the software architecture, resulting in dramatic cost savings and a more nimble platform for the business needs.

  Website developed with pre-J2EE technologies: JavaScript, JSP, Servlets, and JDBC. Data storage used: Oracle DBMS and an XML repository. Initiated configuration management for project using: CVS, Bonsai, LXR, Bugzilla and automated nightly builds.

• Laboratory for Applied Logic, University of Idaho
  System Administrator (April 1997 to May 1998)

  Maintained non-homogeneous lab of UNIX systems including Sun, HP, and BSD platforms. Experience with NIS, NFS, sendmail, Software/Hardware Installation, Backup Systems, user maintenance, and troubleshooting.

Other Projects:

• Created an HTML/HTTP based IRC client as a Java Servlet. Used open source code to extend existing application. (Personal, Fall 2001)
• Designed and delivered a visualization tool for system security activity as a web application. Used: CGI, Perl, Shell Scripts. (Senior Design, Fall 1997)
• Developed a GUI audio CD player for the Solaris and Linux OSes. Used: X Windows, CDDB protocol, and system level programming interfaces. (Operating Systems, Fall 1996)

Education:

• University of Idaho, Moscow, ID
• Graduated May 1998, with 3.66/4.00 GPA
• B.S. Computer Science; B.S. Applied Mathematics, Computation Option

Publication Contributions:

• A hard problem for genetic algorithms: finding cliques in Keller graphs
  The 1998 IEEE International Conference on Evolutionary Computation Proceedings
  Explored Genetic Algorithm hardness through empirical investigation. Attempted to solve the Maximum Clique problem for Keller Graphs with a hybrid genetic algorithm.

• A Framework for Cooperative Intrusion Detection
  21st National Information Systems Security Conference
  Modeled a data sharing system in order to generate viable options in cooperative intrusion detection systems between distinct sites.

Honors/Activities:

• Cobalt Hero Award: exceeded challenging goals through exceptional efforts and creativity.
• President of the Association for Computing Machinery (ACM), Student Chapter.
• Dean's list: College of Engineering and College of Letters and Sciences, seven consecutive semesters.
• Member Tau Beta Pi National Engineering honor society.

References Available Upon Request