ANDREW HUYNH
Memphis,TN
Summary
Have always had an interest in water resources engineering. Passion is studying the movement and behavior of water in several different environments such as reservoirs, floodplains, and watersheds. Also like to analyze and design systems that require fluid flow in hydraulic structures like levees and dams.
Overview
2
2
years of professional experience
Work History
INTERN
THE CITY OF MEMPHIS
06.2022 - 02.2024
- Read sewer records and conduct research
- Store sewer plan and profile and sewer subdivision plans into facilities (locators and interceptors) within sewer basins that are around the Memphis Metropolitan Area, using GIS (Geographic Information System)
- Input invert, rim, and ground elevations for junctions (manholes)
- Input length, Manning's N, upstream and downstream inverts, entry and exit loss coefficients, and diameter for conduits (pipes)
- Connect conduits to junctions and create profile plot (section view) while using a modeling software
- Update conduit and junction data according to upcoming sewer projects and remove current sewer lines that are in the process of being abandoned.
Education
BACHELOR OF ENGINEERING - Civil Engineering
THE UNIVERSITY OF MEMPHIS
Memphis, TN05.2024
Skills
- Microsoft Office (Word, Powerpoint, Excel)
- MicroStation
- MATLAB
- AutoCAD
- InfoSWMM - management software application that is mainly dynamic wastewater and stormwater modeling
- Organizational Skills
- Time Management
- Accountability
- Teamwork and Collaboration
- Quick Learner
Websites
Organizations
ASCE - American Society of Civil Engineers
Awards
Urban Fellows Internship Program Award
Training
- CIVL 4190 - Water Research Planning/Management - Applied engineering principles to planning and management of multipurpose water resources projects, various physical components and appurtenances of water resources projects and economic, financial, and social feasibility of various purposes.
- CIVL 3161 - Transportation Systems Engineering - Developed and function of transportation systems; operational control and characteristics; system coordination, traffic flow and patterns.
- CIVL 4162 - Traffic Engineering - Presented an in-depth view of traffic engineering theory and principles, the effect of traffic control strategies on traffic flow characteristics, distinction between macroscopic, mesoscopic & microscopic flow, the relationship between speed, density and flow using a family of traffic flow models, and queuing phenomenon.
Timeline
INTERN
THE CITY OF MEMPHIS
06.2022 - 02.2024
BACHELOR OF ENGINEERING - Civil Engineering
THE UNIVERSITY OF MEMPHIS
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