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COMMERCE BUSINESS DAILY ISSUE OF JUNE 7,1995 PSA#1362US Army, Sacramento District, Corps of Engineers, 1325 J Street,
Sacramento, California 95814-2922 B -- APPLICATION, DEVELOPMENT AND TESTING OF SOFTWARE FOR HYDROLOGIC
ENGINEERING AND WATER RESOURCE PLANNING TECHNICAL TASKS, HYDROLOGIC
ENGINEERING CENTER - DAVIS, CA POC Contact: Send written responses to
Contracting Division: Attn: Tricia Christie. Questions may be directed
to Ms. Christie at (916)557-5228 or by FAX at (916)557-7854. Sources
Sought/Notice of Intent to Negotiate with one source. The proposed
contract action is for services for which the Government intends to
solicit and negotiate with the University of California, Davis, Civil
Engineering Department, unless as a result of an analysis of acceptable
responses to this notice a determination is made by the Government to
issue a competitive solicitation. The Sacramento District Corps of
Engineers, Hydrologic Engineering Center, (HEC) is seeking to identify
sources that can provide the following services: The contractor is
required to assist the HEC staff in the application, development,
and/or testing of software for six hydrologic engineering and water
resources planning technical tasks. The work for each task will result
in software, reports, and technical papers. (1) The contractor will
perform numerical model testing for bridge hydraulic losses using
prototype and physical model data. (2) The contractor will apply the
HEC-5 reservoir analysis computer program to simulate the performance
of two reservoir systems. (3) The contractor will conduct surface water
hydrology research involving development of state-of-the-art
rainfall-to-runoff transformation algorithms for application in the
HEC-1 software package. (4) The contractor will perform studies to
evaluate state-of-the-art procedures to model the interaction of
ground-surface water, especially in reservoirs. (5) The contractor will
conduct research that includes development of state-of-the-art computer
software that uses radar rainfall data for rainfall-runoff simulation.
(6) The contractor will research and develop seasonal reservoir system
operation strategies using the HEC Prescriptive Reservoir Model. The
Hydrologic Engineering Center will provide the contractor with all the
computer hardware, software, and project data necessary to conduct the
contract specifications. Estimated level of effort is 310 person days.
Anticipated performance period is 365 days. All interested persons may
identify their interest and capability to respond to the requirement or
submit proposals. Oral or facsimile responses will not be accepted.
Information furnished as a minimum should include appropriate technical
and pricing information. Information submitted should be pertinent and
specific in the tech area under consideration, on each of the
following qualifications (1) Experience: an outline of previous
projects, specific work previously performed or being performed and any
in-hours research and development effort; (2) Personnel: Name,
professional qualifications and special experience of scientist,
engineers and technical personnel who may be assigned as principal
investigator and/or project officer. Any other specific and pertinent
information as pertains to this particular area of procurement that
would enhance our consideration and evaluation of the information
submitted. All responding firms are to indicate whether they are a
large or small business under SIC code 8711. This notice of intent is
not a request for competitive proposals. However, all proposals
received within forty-five days after date of publication of this
synopsis will be considered by the Government. A determination by the
Government not to compete this proposed contract based upon responses
to this notice is solely within the discretion of the Government.
Information will normally be considered solely for the purpose of
determining whether to conduct a competitive procurement. (0156) Loren Data Corp. http://www.ld.com (SYN# 0011 19950606\B-0004.SOL)
B - Special Studies and Analyses - Not R&D Index Page
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