Han-Yang University, Seoul, Korea: BS Degree, Structural
Engineering.
P.E.
License in Structural Engineering and Architectural, Korea
P.E. Licence in Construction, Korea.
Mr. Kim has thirty-nine years of civil/structural engineering
and supervisory experience in structures for the power, petrochemical, and food
industries. He is experienced in the structural requirements for bulk
material handling systems for iron ore, coal, cement and grains; air pollution
control systems; and sewage/water treatment plants. His design experience
includes structural steel, reinforced concrete structure4s, earthwork,
site-work, paving, and surface drainage systems. He has been
responsible for the vibration analysis of elevated turbine generator
foundations, crushers, and compressors. He is skilled in computer applications
for civil/structural calculations with STAAD-PRO and GT-STRUDL, RAMS, ENERCALC,
and the preparation of specifications and estimates. Mr. Kim completed
and or reviewed structural calculation and checked design drawings for the
following projects at Energy Associates:
* Ameren Services
Company, Meramec Rail Receiving. Structural designs work for a $64
million coal handling system addition to the Meramec Plant.
* Tri-State Generation & Transmission. Structural design
work for the in-plant coal handling system modifications.
Design and checking Boiler Ireland steel structure, SCR casings
and support structures, Pressure Flue Ducts and Absorber, etc. for Duke Power
and generation, Unit 6. Checking involved in reviewing the shop drawings
at the office of Chinese steel fabricator for two months in Shanghai, China.
Designed a 14 story reinforced concrete residential Building in
Union City, 10 story medical office building, schools, wood structures for day
care centers and industrial buildings.
Design and calculations for the extension of food & beverage
flavor and scent manufacturing factory in Branchberg,
NJ.
Design and calculations and seismic analysis of new and existing
Plant structures and facilities, haul path, concrete apron and ramp for
Independent Spent Fuel Installation (ISFSI) system for Grand Gulf Nuclear power
Plant, Nine Mile Nuclear Power Plant, Vermont Yankee Nuclear Power Plant and
Robinson Nuclear Power Plant.
Mr. Kim supervised the design of a number of structures
including resin buildings, pharmaceutical buildings and facilities, oil refinery
facilities, research and development center, chemical manufacturing plants,
biotech facility and buildings. He was responsible for various elements
of these projects including site layout and design, masonry structures, pile
foundations, tank farm, pipe rack, stack foundations, etc. Corporate clients
include: American Cyanamid in MO., Merck & Co. in Danville, Pa., Mobil Oil,
Nigeria; BASF, Inc., Greenville, OH.; Hoechst Celanese, Branchberg,
NJ; Copely Pharmaceutical Inc., MA; Coastal Eagle
Point Oil Co., NJ; Amgen Inc., CA; Hoffmann La-Roche, NJ; Warner Lambert, NJ;
TOSCO Oil Refinery NJ; Cosmair Inc., NJ.
Mr. Kim was responsible for civil design engineering and
construction for air pollution control systems. These included flue gas
desulfurization systems with precipitators, absorber vessel, flue ducts, stacks
and heat expansion structure design analysis and support structures and
foundations.
Mr. Kim was responsible for civil engineering for chemical, petrochemical,
and pharmaceutical plants. He designed modular trussed pipe-rack
galleries, pipe bents, and expansion towers for ARCO Chemical.
Mr. Kim was responsible for civil engineering for bulk material
handling systems moving coal, iron ore, cement, and limestone. He
prepared design calculations, supervised engineers, and prepared
estimates. Projects included designs for trussed bridges, conveyor
galleries, crusher buildings, train loading-unloading stations, transfer
towers, storage bins and silos, coal yard stacker reclaimer,
shiploader-unloader and reinforced concrete
underground reclaiming tunnels, bridge piers, car dumpers and building
foundations, etc.
Mr. Kim was responsible for the civil design of a variety of
bulk handling systems. He prepared design calculations of steel bridge
trusses, overland conveyor decks and galleries, crusher buildings, storage bins
and silos and support towers, stacker and reclaimers,
transfer buildings, ship loaders, etc. He designed underground
tunnels, car dumpers, bridge piers, prestressed
concrete piling, drilled piers, and building foundations.
Mr. Kim's duties included design calculations of steel
structures and reinforced concrete structures and foundations. Structures
included wastewater treatment facility of metering building, reinforced
concrete pipe gallery, secondary settling tank and building, sludge process
building, trickling filter pumping station, sludge treatment building and
sludge dewatering building, etc. for the Townships of Hoboken, West New York,
and Secaucus, New Jersey.
Mr. Kim designed new plant buildings and foundations, prepared
modifications of existing buildings and facilities, outdoor powder storage bins
support towers, etc. Plants included processing facilities for food and
personal products.
Mr. Kim was responsible for Fortran–II computer program aided
dynamic analysis of reinforced concrete framed diesel generator foundations,
building foundations, and steel super structures. He designed
outdoor pipe rack and vessel foundations.
Mr. Kim designed reinforced concrete structures for a nuclear
reactor and auxiliary building for the Korea Electric Company.
Mr. Kim was responsible for design calculations, supervision,
and field construction engineering in hydraulic, coal-fired, oil, and nuclear
power plants. Structures included turbine generator foundations and
building super structures, auxiliary buildings, and an eight (8) story
reinforced concrete rigid frame home office building.