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| Qualifications: |
Experienced
in the design of commercial, industrial and governmental
structures. Experienced in the design of structural
systems of structural steel, rein-forced concrete, prestressed
and post-tensioned concrete, masonry and wood. |
| Education : |
MS in Structural Engineering, University of Texas
BS in Civil Engineering, Georgia Institute of Technology
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| Registration : |
Registered
Professional Engineer in Florida
Certified Special Inspector, State of Florida |
| Societies : |
Member of American Society
of Civil Engineers, American Concrete Institute and American
Institute of Steel Construction |
| Experience : |
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| 1992 to Present: |
McVeigh & Mangum Engineering,
Inc.
Executive Vice President/Structural Engineer |
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Responsible for the structural
analysis and design of various types of buildings and
other structures composed of construction materials including
various types of wood, masonry, steel and concrete systems.
Types of projects include new construction, renovations,
modifications, and additions.
Also performed structural reviews of existing facilities.
When required, project responsibilities include preliminary
design and cost estimation, construction document preparation,
and construction administration, including threshold inspection
services. |
1991 to 1992: |
FLOOD Engineers Inc.
Structural Engineer |
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Responsible for the analysis
and design of industrial and architectural structures
and renovations. Also performed analysis and design of
sanitary and mass transit structures. These projects represent
framing systems of structural steel, steel bar joists,
concrete tilt-up walls, prestressed beams and double tees,
rein-forced masonry and wood.
Foundation systems include spread footings, caissons and
piles. |
| 1989 to 1990: |
The Haskell Company
Structural Engineer |
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Responsible for all structural
aspects of design and construction administration of
various types of buildings and parking garages.
Responsibilities occasionally involved the supervision
and coordination of outside consulting structural engineers.
Structural elements used in the construction of these
projects include all types of steel and reinforced concrete
including hollow-core slabs, insulated metal panels
and metal building systems.
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| 1985 to 1989: |
Reynolds, Smith and Hills
Structural Engineer |
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Responsible
for the structural analysis and design of a wide variety
of buildings, parking facilities, and other structures,
representing a number of structural systems.
Responsibilities included preliminary design and pricing,
final analysis and design, supervision of the production
of construction drawings and construction administration.
Types of structural systems used on these projects include
structural steel, composite steel, steel frames, trusses,
and arches, prestressed concrete joists and soffits,
and post tensioned flat slab. |
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