assistant civil engineer resume example

• Modeling Skills Developed a geo-referenced model using GIS and Microsoft Access to delineate a basin into sub-basins for irrigation allocation Designed methods and techniques that integrate production, and inventory data into RFID (Radio Frequency ID) for preventive maintenance scheduling Developed a neural artificial intelligence solution technique to forecast the average flow and the hydraulic turbine efficiency for optimum hydropower production Evaluated stream banks erosion and water quality control including groundwater hydrology using well sampling techniques using GPS Collected and classified data through online research regarding animal and plant health and reported finding in a scientific global network portal Problem-Solving/ Communication Skills Coordinated project and acted as a liaison between city planners and railroad designers for a railroad layout master plan Developed a comprehensive geo-referenced database of 1,200 urban water structures converting traditional strip map films using AutoCAD and GIS platforms Evaluated and reviewed urban stream and creek water quality for federal health safety requirements guidelines Created an electronic database using RESPONDUS software, surveyed instructors for the engineering In Training Examination (EIT), analyzed the results and presented findings at a conference Prepared engineering studies and reports.
• Researched publications and industry information sources - Maintained and updated pavement management system aerial maps and photography interpretation Programming Skills Evaluated the behavior of the basin using a hierarchical simulation model as the basin covers diverse environments.
• Familiar with Simulink platform and working knowledge of JAVA, Visual Basic and C++.
• Designed a comprehensive methodology that forecasts time-series flow along the regional basin using Artificial Neural Network technique, Geographical Information Systems (GIS) and MatLab language.
• Formulated a multiple objective model for irrigation and power production benefits and for flood and drought control.
• Water Resource Management Skills Floodplain Management: flood control evaluation and protection; environmental resource permits (ERP encroachment and mitigation, Letters of Map Amendment (LOMARS); watershed evaluation; stormwater master plans; Water quality monitoring and sampling: multi-agency permitting including design; System conditions analysis; large scale modeling; hydrologic studies for regional of water resources;), National Pollutant Discharge Elimination System (NPDES) permits Plant Automation:.
• Operate SCADA, (Supervisory Control And Data Acquisition Data) system, a widely distributed computerized system primarily to remotely control and monitor plant conditions.
• Comprehensive perspective of PlantPAX Process Automation System: for asset management, field device, integration and critical process control and safety.
• Municipal water and wastewater systems optimization: Predictive modeling to increase efficiency and effectiveness of process equipment In-line Quality Control in the food industry, predictive modeling for efficiency and effective process equipment; New innovation in flow technology.
• Research Skills Developed a Comprehensive Methodology that Integrated a Variety of Solution Techniques for the Optimization of the Regional Allocation of Water for Agricultural and Hydropower Production.
• Evaluated the behavior of the basin using a hierarchical simulation model as the basin covers diverse environments Designed a comprehensive methodology that forecasts time-series flow along the regional basin Formulated a multiple objective model for irrigation and power production benefits and for flood and drought control Developed a methodology integrating a Genetic Algorithm optimization solution technique to accurately solve a complex non-linear water resource problem for a regional allocation.

Recruited candidates for civil engineering design and management of oil and natural gas development projects.Spearheaded the development of new roads inside a quarry to efficiently transport needed materials and equipment.Created bridge models and evaluated construction stages.