John M. Smith
  345 Long Street
  Unit 123
  Boston, MA 02123
  USA
  JSmith@email.net

PROFESSIONAL SKILLS

  • Knowledge of encryption theory and its use in securing online monetary transactions
    7 years
  • Developing Wide Area Networks using the UNIX operating system and connecting them to Local Area Networks based on PC's
    5 years
  • In depth knowledge of the fundamentals of encryption theory and its foundations in Algebraic Coding Theory
    4 years
  • Developing network-enabled operating systems for mainframe computers and PC's
    8 years
  • Developing networked applications that use the TCP/IP protocol
    1 year

WORK EXPERIENCE

Jun 92 - Tek International, Inc.,  Senior Systems Analyst and Network Specialist 
Analyzed systems for stability on large networks. Developed networked systems that connect to the Internet for secure online commerce. Designing fault tolerant networks for banks.
Dec 90 - May 92 CyberJaz Software, Inc.,  Network Programmer 
Developed software and operating systems for financial analysis and database management. Developed procedures for maintaining servers providing vital statistics to the Stock Exchange.
Feb 85 - Mar 90 SoftNet Technologies, Inc.,  Programmer 
Developed applications using the TCP/IP protocol. Wrote software for compressing large images files based on Encryption and Coding Theory. Developing real-time routines for decoding images stored using compressed file formats.

EDUCATIONAL BACKGROUND

Aug 82 - May 84 University of Cambridge, Boston, MA   
Masters, Computational Mathematics
Specialized in Information Theory and networking. Took many courses in C++ programming, linear algebra and nonlinear differential equations.
Jul 78 - Apr 82 University of Wisconsin, Madison, Wisconsin   
Bachelors, Computer Science

AWARDS AND ACCOMPLISHMENTS

  • Greenfield Prize for Excellence in Research
Jan 91
  • Programmer of the Year award
Apr 94
  • The Alfred P. Whiteman Award in Applied Mathematics
Dec 89

PUBLICATIONS

Mar 93 Numerical solutions to large linear systems, with small coefficients
    John Smith, William Haynes and Steve Haller
    Journal of IEEE
Feb 95 Stable solutions arising in non-linear equations for dynamical systems
    William Harris, Diana Hiller and John Smith
    Journal of Applied Mathematics

PROFESSIONAL AFFILIATIONS

TEX International
COMDEX Society