Engineer Civil
Resume:
(Jason) Jeau Jye Cheong, PE
*** ***** ******, ********* **
New York, NY 10002
Working Status: Permanent Resident
*********@*******.***
SUMMARY OF QUALIFICATIONS
•Registered New York State Professional Engineer (2008-Present)
•Strong computer skills in ArcGIS, AutoCAD, SAP2000, STADD, HEC-RAS, HEC-HMS, HEC-1, HEC-GEORAS, and GEOFIRM
EDUCATION
•M.S. in Structural & Earthquake Engineering, State University of New York at Buffalo (2004)
•B.S. in Civil Engineering, State University of New York at Buffalo (2002)
•Master Thesis: Damage Detectability in a Steel Bridge Deck Using Artificial Neural Network and Signal Anomaly Index
oUtilized concepts of artificial neural network and signal anomaly index in damage detection based on experimental and analytical data
oConstructed experimental specimen and analytical model using SAP 2000
PROFFESSIONAL EXPERIENCE
Leonard Jackson Associates, Pomona, NY June 2004 - August 2011
Civil Engineer
Land Development for various sites in NY
•Responsible for designing layout, grading, utility, drainage, erosion control, lighting, construction details plans, SWPPP and prepared cost estimates for various land development projects.
•Supervised contractors in performing deep-hole test and percolation tests for various sites.
•Utilized Autodesk Land Desktop CAD software to perform cut and fill analyses for proposed grading.
•Performed truck turn analyses using Autodesk Land Desktop CAD software to ensure on-site traffic efficiency.
•Performed hydrologic and hydraulic analyses to meet local regulations regarding peak flow attenuation and water quality requirements. These include the design of open / underground detention basins, leaching basins, oil water separator, underground sand filter and diversion structure.
•Coordinated with local authorities to obtain permits – NYSDEC, NYS Department of Health, Rockland County Sewer District #1, United Water and Town of Ramapo.
•Performed hydrologic analysis to determine 100-Year peak discharge passing through onsite existing stream. Also performed hydraulic analysis using HEC-RAS software to design proposed bridge opening to effectively convey the 100-year peak discharge without overtopping the proposed bridge.
Stony Brook Tributary Flood Control Project, Town of Darien, Connecticut
•Performed hydrologic analyses to determine the peak discharge rates for rainfall events of various recurrence intervals utilizing SCS method and HEC-1 hydrologic modeling program.
•Performed hydraulic analyses to determine the peak water surface elevations for rainfall event of various recurrence intervals using HEC-RAS hydraulic modeling program.
•Evaluated cause of the flooding and identified improvement solutions such as:
a)Detention basin to detain floodwater to reduce downstream discharges
b)Channel widening and shaping to eliminate existing constriction
c)Replacing existing culvert with larger culvert to provide adequate conveyance
d)Diversion structure to divert high flows to detention basin while low flows remain at the existing stream.
e)Grade adjustment to limit floodplain width
LOMR Applications – Swamp River, Town of Dover, New York & Homestead Village Development, Warwick, NY
•Prepared hydraulic analysis using HECRAS modeling program to determine 100-year flood elevation.
•Redefined effective 100-year floodplain limit.
•Applied for LOMR application to FEMA.
Hydraulics and Hydrologic analyses for the FEMA for various communities in New York and New Jersey
•Performed detailed hydrologic analyses to determine the peak discharge rates for rainfall events of the 10-year, 50-year, 100-year and 500-year recurrence interval. Various methodologies were utilized such as Soil Conservation Service (SCS) method with HEC-1 hydrologic modeling program, Regression Equations, Log-Pearson Type III analyses, Drainage Area Transposition Method, Graphical Peak Discharge Method and Rational Method. (Westchester County, Orange County, Monroe County in NY and Morris County in NJ)
•Performed detailed hydraulic analyses to determine the peak water surface elevations for rainfall events of the 10-year, 50-year, 100-year and 500-year recurrence intervals. These analyses utilized the United States Army Corps of Engineers hydraulic modeling program such as HEC-RAS and HEC-GEORAS to model the water surface elevations and also to define the 100-year floodplain and floodway. (Westchester County, Orange County, Monroe County in NY and Morris County in NJ)
•Prepared floodplain and floodway mapping in compliance with new FEMA specifications.
•Performed Zone A analyses and floodplain mapping for Atlantic and Salem County in NJ
MEMBERSHIPS AND AWARDS
National Engineering Honor Society – Tau Beta Pi
National Honor Society of Civil Engineers – Chi Epsilon
Who's Who Among Students In American University and Colleges
All-American Scholar Collegiate Award
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