Marcelo Cerucci, Ph.D.
Project Manager
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Tel: 609-924-8821 ext. 116
Fax: 609-924-8831
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Omni Environmental LLC
Research Park
321 Wall Street
Princeton, NJ 08540
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Education
- Ph.D., Civil and Environmental Engineering, Cornell University, School of Civil and Environmental Engineering
- M.S., Environmental Engineering, São Paulo University, Engineering School of São Carlos
- São Carlos, SP – Brazil, May 1998
- B.S, Civil Engineering, São Paulo University, Engineering School of São Carlos
- São Carlos, SP – Brazil, December 1995
Professional Positions
- Omni Environmental LLC, 2002 – present
- Project Manager, Senior Water Resources Consultant, 2005 - present
- Senior Research Engineer, 2002 - 2005
- MC-Hydro Environmental Consulting, São Paulo, SP - Brazil
- Senior Water Resources Consultant and Principal, 2005 - present
- Cornell University, The New York Water Resource Institute, Ithaca, NY
- Research Assistant, 2000 - 2002
- São Paulo University, Engineering School of São Carlos, São Carlos – Brazil
Professional Activities
- American Society of Civil Engineers (ASCE)
- American Water Resources Association (AWRA)
- Associação Brasileira the Engenharia Ambiental e Sanitaria (ABES)
Career Snapshot
Dr. Cerucci has a strong background in the field of environmental engineering and science. His skills involve watershed modeling and management, ground water modeling, environmental software development, spatial analysis and modeling using GIS, environmental impact assessment, and resource economics. Dr. Cerucci's experience includes management of large scale TMDL modeling projects; development of the Hydrologic and Watershed Model Integration Tool (HydroWAMIT) for TMDLs; development and calibration of ground water models for multiple industrial sites using MODFLOW and Visual-MODFLOW for ground water remediation; stormwater modeling with HEC-HMS and HEC-RAS; development of optimization algorithms to select least cost locations and width for riparian buffers; digital database management with access and ArcView; development, calibration and validation of medium, large and small-scale watershed models using the Soil and Water Assessment Tool (SWAT), EPA BASINS-HSPF and the General Watershed Load Function (GWLF); analysis of distinct methods and tools, including GIS modeling, for the suitability of pipeline and landfill location in São Paulo, SP, Brazil; and preparation of watershed modeling workshops for technical staff of governmental agencies.
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