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<br />Michael M. Hughes PE
<br />treatment levels, and optimum outfall location. The ocean and estuarine bodies he
<br />modeled include Suez Bay and Gulf of Suez, Egypt; Long Island Sound, and
<br />Chesapeake Bay.
<br />He conducted pH neutralization and bench scale bio-treatability studies for a dye
<br />manufacturing wastewater, and an evaluation of existing well and alternative surface
<br />water supplies for the world headquarters of a large computer and business machines
<br />firm. He also assisted with asludge-dewatering project for an industrial wastewater
<br />treatment facility.
<br />COMPUTER SYSTEMS EXPERIENCE
<br />Hardware: Convex, Cray, Prime 50 Series, UNIVAC 1108, DEC PDP 11/70 and VAX,
<br />IBM System 370/158, and various personal computers
<br />Operating Systems: Microsoft (Sever 2000, XP, NT 4.0, W98/95, MS-DOS, OS/2), UNIX,
<br />PRIMOS, VMS, Novell Netware
<br />Languages: C, Fortran, BASIC
<br />Databases: MS SQL 7.0, Oracle, Advanced Revelation, Btrieve, Henco INFO, Prime
<br />INFORMATION
<br />Computer Aided Design AutoCAD (2007, 2006, 2005, 2004, 2000, R14/13/11/9 through
<br />2.6), EaglePoint Civil Engineering and Surveying, AutoDesk Land Development Desktop,
<br />Haestad Methods (CYBERNET, Flow Master, Culvert Master, Pond Pack, and Storm
<br />CAD), Prime MEDUSA
<br />Other: Many varied application programs.
<br />PRESENTATIONS AND PUBLICATIONS
<br />Hughes, M,M, Venable, E.R. and Kellum, D, 2007, Going High Tech to Manage and
<br />Deliver Construction Drawings and Contract Documents to be presented at the 2007
<br />Congress of the American Public Works ^Association, San Antonio, Texas, September
<br />9th.
<br />Hughes, M.M. and Davis, S.D., 1991. An Oracle-Based Sewer Data Management and
<br />Hydraulic Analysis System far Pima County, Arizona ,presented at the 7th Conference
<br />on Computing in Civil Engineering, sponsored by the American Society of Civil
<br />Engineers, Washington DC, May.
<br />Hughes, M.M., Miller, C.T., and A.S.Mayer, 1990. An Evaluation of Parallel Processing
<br />Algorithm, Efficiency for Large Scale, Three-Dimensional, Unconfined Groundwater Flow
<br />Simulations ,presented at the Fall Meeting of the American Geophysical Union, San
<br />Francisco, CA, December.
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