leader modeler
Resume:
Saeed Khorram
San Jose, CA, 95129
oxdwek@r.postjobfree.com
Career Objective:
To gain the position of water resource engineer with a view to utilize my skills and experience in a renowned environmental and water resource engineering service.
Skills Profile or Summary
¦ Programming language proficiency: FORTRAN, PYTHON.
¦ General Programming: Microsoft Office, SPSS, and other statistical software.
¦ Engineering Programming: MATLAB, Surfer, AutoCAD, and Civil 3 D.
¦ Water resources Programming: Fluent, MIKE, River Cad, VIC, HEC Software (HEC-1, HEC-2, HEC-FDA, HEC-RAS), Flo-2D, ArcGIS, and WMS.
¦ Sediment transport programming: GSTAR, SedBase, BRI-STARS,and SMS.
¦ Demonstrated knowledge of River Engineering, Stormwater Modeling and Management, Fluvial Geomorphology, Sediment Transport Modeling, Water Supply & Sanitary Sewer System Design, flood risk assessment and sustainable urban drainage design, and Hydraulic Design of Bridges & Culverts, Bridge Scour Analysis.
¦ Good knowledge of Finite Element Programs, Artificial Neural Network, Machine Learning, Fuzzy logic, Ant Logic, Neuro-Fuzzy, and Genetic Algorithm, Watershed Hydrology Model, Hydrologic Time Series Analysis, Climate change/earth system models, Probability and Statistical (Monte Carlo, Bayesian analysis Stochastic Modeling and Database, GIS and spreadsheet skills.
Academic Background
ü Postdoctoral:
Catalan Institute of Climate Sciences (IC 3 ), Spain in 2011.
The use of hydrological models to determine the effects of climate changes on the variation in viral flux, and therefore in risk associated with viral disease comprises a novel approach to the management of water-related disease. Tools developed in previous EU Projects will be used to conduct case studies on five selected sites (in Sweden, Spain, Hungary, Greece and Brazil) vulnerable to climate change (principally rainfall events), and the empirical baseline data accrued will be used in mathematical models constructed to estimate changes in exposure under defined conditions.
ü Doctor of Philosophy (Ph D):
Department of Civil Engineering, Eastern Mediterranean University,Cyprus in 2010 (CGPA 4 out of 4).
“Prediction and Modeling of Sediment Transport equations in Alluvial Rivers and Coastal Zone”
ü Master of Engineering (M E):
In ‘Water Resources Engineering’ from Department of Civil Engineering, Kerman University, Kerman, Iran, in 2003, Topper in Civil Engineering Department, and Gold Medalist (CGPA 3.97 out of 4).
“Mathematical Modeling of Hydrodynamics and Sediment Transport in Reservoir Dam”
ü Bachelor of Engineering (B E):
In ‘Civil Engineering’ from Department Civil Engineering, Shiraz University, Shiraz, Iran in 2001,Topper in Civil Engineering Department, Gold Medalist (CGPA 3.9 out of 4).
Professional Experience
Ø Leader Modeler
River Flood Modeling - Parab Fars Co., Shiraz, IRAN
January 2001 to February 2002
Studies and hydraulic design of 35 Km long Beshar River in Shiraz, Iran.
Ø Leader Modeler
Hydrodynamic Modeling of Dam-Reservoir - Parab Fars Co., Shiraz, IRAN
February 2002 to March 2003
Hydraulic design and construction of 55 meters high stage spillway and peace basin in Shiraz concrete dam.
Ø Leader Modeler
Hydrodynamic Modeling of Channel - Parab Fars Co., Shiraz, IRAN
February 2003 to March 2004
Design of the bottom evacuation and channel basin for the water transformation under the Chahvarz dam pressure
Ø Leader Modeler
Hydrodynamic Modeling of Dam-Reservoir - Parab Fars Co., Shiraz, IRAN
Mrach 2004 to February 2005
Design of deviation dams and artificial discharge basin in Cal and Dordzan deserts.
Ø Leader Modeler
Hydrodynamic Modeling - Parab Fars Co., Shiraz, IRAN
February 2002 to August 2005
Studies and hydraulic design of various technical construction projects for the Shiraz executing council.
Ø Leader Modeler
Hydrodynamic Modeling of River - Parab Fars Co., Shiraz, IRAN
August 2005 to November 2005
Study of the local scour around complex piers, Project Director Shiraz university of Technology, Water Resources Management Organization, Power Ministry.
Ø Project Director
Environmental Impact of Seawater Desalination- Oil Refinery Co., Bandar Abbas, IRAN
November 2005 to March 2006
Environmental Impact of sludge treatment, seawater desalination plant.
Ø Project Director
Hydrodynamic Modeling of Lake - Tarh-e-Noe Andishan Co., Oroumieh, IRAN
March 2006 to November 2006
Hydraulic and Hydrodynamic study of Oroumieh Lake.
Ø Leader Modeler
Desalination Modeling - Parab Fars Co., Famagusta, Cyprus.
December 2006 to March 2007
Study of Seawater Desalination: Guzelyurt Aquifer north Cyprus
Ø Water Resources Engineer
Stormwater Management and Hydrologic Modeling - Parab Fars Co., Famagusta, Cyprus.
February 2008 to March 2009
Hydraulic and hydrologic modeling, and GIS analysis to complex watershed and urban stormwater management.
Ø Leader Modeler
Hydraulics Modeling - Parab Fars Co., Famagusta, Cyprus.
March 2009 to February 2010
Fully-dynamic hydraulic analysis and modeling of urban stormwater and river systems
Ø Leader Modeler
Hydrological Modeling - Parab Fars Co., Shiraz, IRAN
February 2010 to January 2011
River Basin Modeling: A GIS-Based Watershed Modeling for Floodplain Modeling and sediment transport in Beshar River, Iran.
Ø Leader Modeler
Hydrological Modeling - Parab Fars Co., Shiraz, IRAN
February 2011 to March 2012
Impacts of Climate Change on Key Aspects of hydrological model part I: Floodplain sedimentation model.
RESEARCH PUBLICATIONS
Refereed Journals:
1. Khorram, S., Karimy, J., (2003), A machine learning approach for the prediction of sediment transport in the reservoir.” J. Iranian journal of science and technology. 24(4), 661-698.
2. Yazdanpana, M., Khorram, S., (2004), Verification and comparison of formulas for in open channels.” J. Iranian Journal of Science and Technology, Iran. 24(4), 661-698.
3. Khorram, S., Yazdanpana, M., (2005), Finite element approach of flows in open channels.” J. Iranian Journal of Water Resources Research Tehran, Iran. 24(4), 661-698.
4. Khorram, S., (2008), Numerical Simulation of Wave Transformation in the Fars Gulf.” J. Intersections/Intersecţii, Romania. 5(4), 49-55 “Systemic Analysis”.
5. Khorram,S., Ergil, M., (2009), Determining the predominant govern parameters of the bed-load equations for sediment-laden rivers on the continental shelf. “Journal of Coastal Research. 10.2112/JCOASTRES-D-09-00127.1.
6. Khorram,S., Ergil, M., (2010)”A Sensitivity Analysis of Total-Load Prediction Parameters in Standard Sediment Transport Equations”. American Water Resources Association., Vol. 46, Issue 6, pages 1091–1115, December 2010.
7. Khorram,S., Jafari, M., (2010), Pinpointing the key parameters that control the errors in estimating the total load sediment flux using sand particles measured data in reservoir engineering. Petroleum Science and Engineering, Volume 74, Issues 3-4, November 2010, Pages 163-170.
8. Khorram S, Ergil M (2010), Most influential parameters for the bedload sediment flux equations used in alluvial rivers. J Am Water Resour Assoc 46(6):1065–1090.
9. Khorram S, Ergil M (2010), Pinpointing the key parameters in estimating the bedload sediment flux in reservoir engineering. J Environmental Earth Sciences, 2011, DOI: 10.1007/s12665-011-1436-7.
10. Khorram S, Ergil M (2012), Prediction of the predominant governing parameters for the total load sediment flux equations using gravel particles in reservoir engineering. Can J Civil Eng. (Accepted, not yet publish. 2011-0240).
11. Khorram S, Ergil M (2012), Regional scale hydrology I: Impacts of Climate Change on Key Aspects of hydrological model for the Umeå River basin. (Accepted, not yet publish, HEENG-1353).
12. Khorram S, Ergil M (2012), Integrated modelling of climate change impacts on water resources and hydrological models for Tisza River in Hungary. J Water Environment Research. (Accepted, not yet publish, WER-D-11-00222).
Conferences and Symposia:
1. Khorram, S., Esmahilzade, S., (2008), Estimating bed-load sediment rate of laden Rivers using fuzzy logic modeling of light Non-aqueous phase liquids spreading and migration to fate of oil and locate the source case study in Estahban.” International Congress on Hydraulic Structures, Iran.
2. Khorram, S., Ergil, M., (2007), Evaluating assessments on sediment transport on steep slopes using nonlinear time-series modeling.” International Congress on Hydraulic Structures, Iran.
3. Khorram, S., Ergil, M., (2006), Estimation of manning roughness coefficient in smooth rectangular channel.” Proceedings of International Symposium on Water Resources and Renewable Energy Development in Asia, Bangkok, Thailand.
4. Khorram, S., Ergil, M., (2006), Using of adaptive Neuro-fuzzy inference system for suspended load rate modeling” International Conference of Water Management in Iran, Isfahan, Iran.
5. Khorram, S., Ergil, M., (2005), Application of Neuro-fuzzy in optimal design of pumping networks in pipeline system” Proceedings of the 3rd. Intl. Conference on Water Resources and Environment Research, Germany.
6. Khorram, S., Ergil, M., (2005), A TVD-MacCormack method for Numerical solution of 2-D shallow water equations” Proceedings of the 3rd. Intl. Conference on Water Resources and Environment Research, Germany.
7. Zarnani, P., and Khorram, S., (2001) “Effect of Plunge Pool Dimensions on Dynamic Pressures on Sidewalls Due to Jet Impacts”, 7th International Conference on Civil Engineering, Tarbiat Modares Univ., Tehran, Iran.
8. Borghei, S.M., and Khorram, S., (2000) “Critical Dischange of Vertical Intake Using Anti-Vortex plates”, 6th International Conference on Civil Engineering, Isfahan University of Technology, Iran.
Teaching Responsibilities:
Graduates courses: (2007-2010)
1. Wastewater Management: Civil Engineering department. Eastern Mediterranean University.
2. Advance Water Resources: Civil Engineering department. Eastern Mediterranean University.
3. Hydrological Modeling: Civil Engineering department. Eastern Mediterranean University.
Undergraduate courses: (2005-2010)
1. Sediment Transport: Civil Engineering department, Eastern Mediterranean University.
2. Fluid Mechanics: Civil Engineering department, Eastern Mediterranean University.
3. Hydraulics: Civil Engineering department, Eastern Mediterranean University.
Contact information
1. Prof. Dr. Mustafa Ergil, Eastern Mediterranean University, Cyprus, oxdwek@r.postjobfree.com
2. Prof. Dr. Eysa Salajeghe Kerman University, Iran. oxdwek@r.postjobfree.com
3. Prof. Dr. Mike Aboudou Shiraz University, Iran, oxdwek@r.postjobfree.com
4. Dr. Hasan Dehbozorgi Parab Fars Co, Iran, oxdwek@r.postjobfree.com
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