Project Manager

Name : Sridhar Reddy
Industry Type : Engineers
City & State : ALBUQUERQUE,NM
Job Title Project Manager
Relocation Preferences : any stae within united states
Objective : Seeking a challenging position in the field of civil engineering where I can utilize and enhance my technical skills and contribute in positive ways.
Resume :  
SUMMARY

Efficient registered professional engineer with design experience in numerous drainage, land development, grading, site civil, roadway & transportation engineering projects including private and public works engineering & analysis.
Extensive experience in hydrologic & hydraulic studies and design, complex drainage design, detention facilities, drainage channels, open channel hydraulics, intake structures, outfall structures, erosion control, watershed planning for master planned communities, preparation of grading & drainage plans, drainage reports using HEC-HMS, HEC-RAS, CulvertMaster, FlowMaster, SewerCAD, StormCAD, HY-8, AHYMO, Hydraflow & Hydrogarph storm sewer computer programs.
Experience with commercial, residential subdivision design using Land Development Desktop which includes design of residential streets, utility design such as water, sewer & storm drain systems, site grading, storm water management plans, quantity takeoff, preparation of construction plans, contract documents & technical specifications.
Experience in design of storm water, sanitary sewer pump stations, and steel water storage tanks.
Knowledge in urban roadway design in accordance with DOTs and local municipalities.
Self-motivated with ability to envision, and ability to lead multiple projects simultaneously.

PROFESSIONAL EXPERIENCE

Senior Project Engineer, IMS Engineers, Jackson, MS (Jan 2009 Present)
Serve as a lead design engineer; manage budgets & schedules; team up with other design engineers, mentor staff engineers and perform QA/QC for several projects in MS and LA.

HYDROLOGY/HYDRAULICS & ROADWAY

Byram Clinton Corridor, Byram, MS: Performed the hydrologic and hydraulic analysis including the design of storm drain systems, catch basins, cross drains & culverts, grading & drainage plans, median and intersection geometric, construction documents & engineers cost estimates for a 9.0 mile multi-lane arterial roadway in Byram community at Interstate-55 in the southern portion of Jackson Metropolitan area. Also conducted field and utility surveys for preparing the conceptual plans & preliminary design plans for plan-in-hand inspection.

Roadway improvements & Drainage studies, City of Biloxi, MS: Performed the storm drain analysis of the existing systems, proposed new storm sewer systems to accommodate the developed flows, proposed new grades for the existing streets, prepared traffic control plans & striping details, contract documents and technical specifications for 6.4 miles of roadway and approximately 21,000 linear feet of storm drain within the City of Biloxi.

Citgo Steam Trench Drainage Analysis, Lake Charles, LA: Developed an engineering proposal and performed a storm water analysis for the existing trapezoidal steam trench channel and its ability to convey the storm water via existing storm water collection systems using HEC-RAS and FlowMaster Programs.

USDA Natural Resources Conservation Services: Performed dam breach analysis and prepared inundation maps for eight flood water retarding structures in the State of Mississippi using HEC-RAS & HEC-GEORAS.

Sewerage & Water Board, New Orleans, LA: Designed a replacement sanitary sewer pump station affected by hurricane Katrina. Prepared all preliminary & final design specifications, quantity take off, bidding and construction administration for Village De Lest Sewerage Lift station.

11th Street Roadway & Drainage improvements, Jefferson parish, LA: Prepared plans for the reconstruction of approximately 1 mile roadway and redesign of storm drain systems and reshaping existing ditches with acceptable side-slopes within available right of way.

Camp Street, Homedale Street, Center street & Milne Blvd Roadway and Drainage Improvements, New Orleans, LA: Proposed the new horizontal & vertical curves, performed the hydrologic analysis associated with the existing conditions for the design of storm water conveyance systems for a 2-lane undivided roadway of approximately 9,500 linear feet. The proposed improvements consist of new pavement, curb and gutter, sidewalk and replacement of water and sanitary sewer lines.

North Mall Drive Roadway improvements, City of Alexandria, LA: Roadway widening of an existing three-lane 8 thick PCCP curb and gutter roadway with subsurface drainage to a five-lane roadway and traffic signalization improvements.


Project Engineer, Wilson & Company, Rio Rancho, NM (Feb 2005 Dec 2008)
Serve as a design engineer and task manager; perform hydrologic and hydraulic analysis and design, roadway design; prepare construction plans, contract documents, grading & drainage plans, drainage reports, earth work volumes and engineers estimates for several projects in Albuquerque and central New Mexico.

LAND DEVELOPMENT

Rancho Ceilo at Belen, NM: Performed the hydrologic and hydraulic analysis for the master drainage study of Rancho Ceilo, a 6,000 acre property located on a 5.5-mile stretch between Belen and Los Lunas, New Mexico. The master plan demonstrated all impacts to the City of Belen concerning drainage, transportation, water usage, and sanitary sewer. In conjunction with the planners, assisted in developing a master plan document showing required infrastructure. The plan consists of the necessary components required to analyze and develop the backbone infrastructure for the area based on land uses and densities.

The Trails of Westside Albuquerque: Designed and prepared the final grading & drainage plans, construction documents, drainage reports, earthwork volumes, engineers estimates for Santa Fe II, Santa Fe III, Estados II, and Valle Vista, and various other single family residential subdivisions at The Trails, a 450 acre mixed-use master-planned community with approximately 2,000 lots in Albuquerque, New Mexico. Design plans include all backbone infrastructure providing access and utilities to each of the 20+ tracts, paving, signing & striping, bike lanes and trails, storm drain, street lighting, median and intersection geometric and adjacent sub-division coordination.

Sundance Subdivision at Huning Ranch, Los Lunas, NM: Implementation of the Huning Ranch master plan which developed into the Huning Ranch Area Plan, approximately 2,194 acre planned unit development and master planned community in Los Lunas, NM which will be phased within a 15 year period. The design included 100% retention of developed flows, by using park-ponds/detention ponds to contain runoff. Design duties included all infrastructure design, including waterline, sanitary sewer, drainage, roadway, and grading for the 400 lot subdivision.

Arrowwood Subdivision of Westside Albuquerque: The project involves creating approximately 450 residential lot subdivision in southwest Albuquerque. The development is single family housing with approximately 5 to 6 dwelling units per acre. Design included a drainage master plan conveying approximately 600 cfs of developed flows into a concrete lined AMAFCA channel through a series of pipe networks.

Sportsman Ware house, Las Cruces, NM: Drainage and grading design of a six acre sportsman ware house in Las Cruses, New Mexico including the design of an underground water detention system, storm water pollution prevention plan, earthwork volume, engineers estimate and drainage report. Also performed the traffic impact analysis for the property including all existing and proposed capacity analysis.

Merillat Business facility, Los Lunas, NM: The project involved the civil design through local agencies for a 50 acre site with approx. 500,000 square foot manufacturing facility. Designed and prepared the site plan, final grading & drainage plan, utility plan, drainage report, engineers estimate, final earth work volume and storm water pollution prevention plan.

Special Assessment District 7 for Unit 17 of Rio Rancho Estates, Rio Rancho, NM: Designed and developed a drainage master plan for the design and construction of the storm drain infrastructure required to convey the off-site and on-site flows generated by the improvements anticipated as a result of Special Assessment District 7 for Unit 17 of Rio Rancho Estates of Alameda Grant, Sandoval County, New Mexico.

ROADWAY & DRAINAGE

Sunset Gardens Road, Albuquerque, NM: Analyzed the hydrologic characteristics associated with the existing and developed conditions for the design of storm water conveyance systems for Sunset Gardens Road approximately 4,500 ft located in Bernalillo County, NM. The improvements proposed will consist of new pavement, curb and gutter, sidewalk. Also designed the storm water pump station.

Unser Blvd. Phase II Extension Project - Rio Rancho, New Mexico: This project spans from Cherry Road to Progress Blvd., a 3 mile segment. The project consists of widening the limited access principal arterial roadway from a 2 lane undivided road to a 4 lane divided road with curb and gutter, sidewalk, storm drain and bicycle lanes with a future expansion to 6 lane facility. Design plans include paving, signing & striping, bike lanes and trails, storm drain and detention facilities, street lighting, median and intersection geometric.

Camino Lomita Road, Village of Pecos, NM: Design and preparation of construction plans for a limited access roadway. Design elements included roadway elements, traffic control plan, drainage report, construction estimates and the coordination of the plans with various state and local agencies.

Jade Court and Holt Court subdivision, Albuquerque, NM: Designed storm drain systems and detention facilities within portions of Blocks 143 and 144, Unit 13, Rio Rancho Estates.

Albuquerque Public Schools: Grading and drainage improvements for Sandia high school, Valley high school. Design services included a drainage analysis and report of both onsite and off-site drainage.
Design of various sites: Drainage and grading design of various commercial sites, including a Honda dealership, Lowes and office buildings. Design including grading and drainage, utility design and preparation of plan sets for submittal to City of Albuquerque and Bernalillo County for construction permits.

Project Engineer, Shaw Engineering, Reno, NV(Mar 2004 - Feb 2005)
Analyzed the capacity of a six-mile canal including bridge structures using HEC-RAS 3.1.1 for Truckee Meadows Water Authority.
Grading and drainage improvements for Battle Mountain subdivision, Lander County, Nevada.
Designed a 500,000 gallon steel water storage tank for the Town of Tonopah, Nye County, NV.
Designed a pump house station for Herlong Utilities Cooperative, Herlong, California.
Worked on sewer improvement systems for the Town of Tonapah, Nye County, Nevada.

Engineer Intern, Sri Sai Constructions, Hyderabad, India (Nov 1998 - May 2000)
Responsibilities include planning and surveying, cost estimation, site supervision and execution of construction activities for small residential projects.

EDUCATION
Master of Science, Civil Engineering (Jan 2003 - Dec 2003)
Lamar University, Beaumont, Texas
Master of Science, Computer Science and Engineering (Jan 2001 - Dec 2002)
Oakland University, Rochester Hills, Michigan
Bachelor of Technology, Civil Engineering (Aug 1996 Jun 2000)
Jawaharlal Nehru Technological University, Hyderabad, Andhra Pradesh, India

PROFESSIONAL REGISTRATIONS & AFFILIATIONS
Professional Engineer, State of New Mexico, State of Mississippi
American Society of Civil Engineers (ASCE).
New Mexico Society of Professional Engineers (NMSPE).

PUBLICATIONS
Molds in Buildings published in Texas Section-ASCE, Fall meeting, September 2004.
Computer Applications in Civil Engineering published in University of Roorkee Journal, India, April 2000.

COMPUTER SKILLS
Water Resources: HEC-HMS, HEC-RAS, HEC-GeoRAS, SewerCAD, WaterCAD, Storm Sewer Hydraflow & Hydrograph, CulvertMaster, FlowMaster, HY-8, StormNET & AHYMO.
Design &Drafting: AutoCAD LDD, Civil 3D, Microstation.
Planning & Management: ArcView GIS, MS-Office, MS-Project.
Database & Operating Systems: SQL, UNIX, Windows 95/98/NT/2000/XP/Vista.
Programming Languages: FORTRAN, C, C++

REFERENCES: Available upon request

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