Junior GIS engineer
Resume:
RESUME
A G. SARAN KUMAR
Email: *************@*****.***
OBJECTIVE:
Intend to build a career with leading corporate of hi-tech environment with committed
& dedicated people, which will help me to explore myself fully and realize my potential. Willing to work as a key player in challenging & creative environment. EDUCATIONAL QUALIFICATION:
M .Tech (Integrated)IN GEO TECHNOLOGY AND GEO INFORMATICS Institution – Centre for remote sensing, Bharathidasan university, trichy-23 Year of Course Studied – 2009 to 2015
CGPA - 7.34 (out of 10)
Higher Secondary Education
Institution – Nagamani ammal memorial matric Hr. Sec. School, Cumbum. Year of Passing – March 2009.
Percentage of Marks – 81.08%.
Secondary Education
Institution - Nagamani ammal memorial matric Hr. Sec. School, Cumbum. Year of Passing – March 2007.
Percentage of Marks –82.81%.
Personal Skills / Strengths
Takes initiative and work, independently (or) as a part of a Team
Passion for learning new things
Analyzing the problem practically
Able to understand the problem
Cool headed in pressure situation
Fast hands in MS-Office
COMPUTER SKILLS:
SOFTWARE PACKAGES KNOWN:
Auto CAD map 3D 2004 & 2013, 2016.
Arc GIS 9.3.1, 10, 10.1 & 10.2.
Quantum GIS 1.7 & 1.8.
Micro station V8i Bentley Map (Basic).
MS Office 2003, 2007, 2010 & 2013.
Google earth pro.
Global mapper (Basic).
LANGUAGES KNOWN:
C, C++, C#
HTML,
JAVA
Python (Arcpy)
Interested fields:
GIS mapping
GIS development
Digital image analysis
Vehicle tracking
Parcel mapping
Utility mapping
Web GIS
Academic Projects:
B tech Dissertation:
Title :
“Environmental assessment and aquifer vulnerability study in part of Tamil Nadu, southeast coast of India (Porto Nova to Velankanni)”
Abstract:
A coastal zone is the interface between the land and water. These zones are important because a majority of the world's population inhabit such zones. Coastal zones are continually changing because of the dynamic interaction between the ocean and the land. The energy reaching the coast can become high during storms, and such high energies make coastal zone areas of high vulnerability to natural hazards. Thus, an understanding of the interaction of the ocean and the land is essential in understanding the hazards associated with coastal zones. The need for the study has its natural hazards like storm surge, cyclones, deep depressions and Tsunami as well as anthropogenic activities like industrial waste discharge, aquaculture, activities, urbanization and growing tourism. The aims and objectives of the study is to assess the water quality changes (surface & groundwater) with reference to brackish water aquaculture activities over the study area which will be done with the samples collected from the field, to assess the coastal land use changes using temporal remote sensing data (for approximately 22 years), to evaluate the aquifer vulnerability using GALDIT model due to salt water intrusion and finally, selecting suitable sites for brackish water aquaculture activities using weighted overlay analysis in GIS environment.
M Tech dissertation
Title :
“Network analysis in vector environments on Chennai city using GIS & ARCOBJECTS with VB customization”
Abstract :
This project focuses on the four types of network analysis such as Shortest path, Closest facility, nearest Service area and OD cost matrix on the Road networks in the study area. There have been numerous studies done on which vector based model is more effective for network analysis. The Network Analyst extension for ArcGIS solves problems of network traffic on streets, rivers, railroads, or any interconnected set of lines. It can find the shortest or fastest route between your origin and your destination. It finds the closest facilities to a location, such as the closest hospital to a vehicle accident and it identifies service areas, such as areas serviced by a bank. It can find service area of a particular location for example 20-minute service area for a network location (such as a fire station) includes all the streets that can be reached within 20 minutes from that location. The road networks and landmarks were vectorized from this Remote sensing data. GIS software has been used for digitization, analysis and computational purpose and also for output generation. With the help of GIS software the base map, road map, landmark map and network analysis map have been prepared. Then with the help of this output the network analysis application is customized in Visual Basic editor, further customization tool for the related parameters are developed in ArcObjects. WORK EXPERIENCE :
Organization : Magnasoft Geospatial innovations, Bangalore.
Designation : Junior GIS Engineer,
Duration : From Oct 2015 to Till Now,
Projects:
i) DC-154 : Planimetric mapping
Role : Production / QC
Scope :
The scope of the project include mapping of different planimetric features like buildings, roads, walls and fences, trees, power line, lampposts, driveways etc. using auto cad map 3d . These features are mapped from the ortho imagery provided by the client. And mapclean and topology checks are done for the created map.
ii) DC-478 : Agriculture land identification
Role : Production / QC
Scope :
The scope of project includes identification of polygons that contain agriculture land. For this project client has provided LANDSAT imageries and a polygon shapefile classified based on the spectral characters using eCognition software. Arcmap 10.2 is used to identify the polygons that contain agriculture land and a point is place in such polygons.
iii) DC-410 : Taxmap conversion
Role : Production
Scope :
The scope of the project includes conversion of parcel taxmaps into geodatabase . The client has provided taxmaps as PDF and Autocad drawings. Various features like parcel polys, indexpolys, parcel text and other line features are converted into client given GDB and layout for each maps are created using data driven pages tool.
iv) DC-559 : Land use planning
Role : Production
Scope :
The scope of project involves parcel wise landuse classification of various features like Cropland, pasture, woodland, waterways etc. The Client has provided ortho imagery and parcel polygons for this project. v) DC-565 : Impervious features mapping
Role : Production / QC
Scope :
The scope of the project is to map impervious features like building rooftops, Roads, sidewalks, driveways and other miscellaneous concrete surfaces from ortho imagery. The project is carried out using AutoCAD map 3D and the features are converted into Arcmap GDB provide by client. PERSONAL DETAILS:
Father’s Name : Ganesan . A,
Permanent Address : 41/14 nandhagopalan kovil street, Cumbum(PO),
Theni (DT)-625516,
Gender : Male,
Marital Status : Single,
Date Of Birth : 15.03.1992,
Nationality : Indian,
Religion : Hindu,
Mother Tongue : kannada,
Languages Known : English, Tamil, kannada.
DECLARATION:
I hereby declare that the above information is true to the best of my knowledge. Place :
Signature
Date : [A G. SARAN KUMAR]
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