OBJECTIVE STATEMENT: A professionally satisfying career in GIS field that provides suitable opportunities to perform for the betterment of all concerned. I would like to discuss how I could be productive to you at the same time have a satisfactory earning for myself.
ACADEMIC QUALIFICATOINS: M.Sc. (Geography) from Banaras Hindu University (1998-2000), specialization in ‘Population and Settlement Geography’ with 62%. B.Sc (Geology, Chemistry & Geography) from Banaras Hindu University (1995-1998) with 54%.
PROFESSIONAL QUALIFICATOINS: Training in Advanced course on GIS & Image processing for 6 months from Survey of India (2004). POSITION HELD: 2005 -Till Date: Working as a Senior Scientist-Remote Sensing Instruments Hyderabad.
PROFESSIONAL SUMMARY: • Over 7 + years of experience in the field of GIS. • Working for Remote Sensing Instruments Hyderabad as a Senior Scientist till Date. • Hands on work experience with latest version of ARC GIS 10 and ERDAS IMAGINE 10. • Digital conversion of Maps / Images by using GIS Software and ERDAS IMAGINE 10. DATA CONVERSION: • Good interpretation skills in Images. • Excellent Quality Analyzing abilities. • Experience in Working on Finalization and post Delivery process. • Spatial and Non Spatial / Attribute database creation. • Implementation of Spatial and Non Spatial query. • Customization GIS data in user desired format. • Modeling and Analysis such as Digital Elevation Model (DEM), TIN Model, Overlay analysis, Flow Direction, Flow Accumulation, Flow Length, Point Interpolation analysis, Slope Aspect analysis, Compute Hill Shade, Area and Volume Statistics at various elevation interval, etc. by using GIS technology. • Low and High resolution Remotely Sensed Satellite data (Image processing such As Re-projection, Geo-referencing or Geometric correction of Satellite imagery By using Keyboard and existing viewer.
TECHNICAL SKILLS: • GIS Software: ESRI ARC GIS (10.1, 10.0 & 9.1, 9.0), ENVI (4.0) MAPINFO PROFESSIONAL. • Imaging Products: ERDAS (10.0, 9.3, 9.1, 8.7& 8.6), IMAGE ANALYST. • Designing Software: MICRO-STATION (95 SE &95 J) • Other Software: Gems, PDS, ET Geo Wizards 10, Global Mapper, MS-Office. • Operating Systems: Windows 2000/XP/Window vista/ Window-7. SOFT SKILLS: • Good communication and Inter-personnel skills. • Ability to work as a value-adding member in a diverse team and contribute effectively by being a good team player.
PROJECT-1: “Agricultural Planning and Information Bank (APIB) for Sattari and Quepem Taluka, Goa”under Department of Agricultural, Govt.of Goa. CLIENT: Department of Agricultural, Govt.of Goa. WORK PLACE: Remote Sensing instrument Hyderabad (Andhra Pradesh). OBJECTIVE: The main aimed of the project is to provide the analysis of Soil and Nutrient at different parameters for Sattari and Quepem Taluka, Goa. CONTRIBUTION: This project deals with the analysis of soil and of Nutrient at different Parameters- 1. Base map Preparation: Drainage &Water Bodies, settlement etc. 2. Creation of digital database of village Cadastral Maps. 3. Agricultural and other Land use / Land cover Mapping. 4. Hydro Geomorphology: Identification of land forms, analysis of the relief, gradient. 5. Slope maps: to study of terrain characteristics. 6. Land degradation: Study of salinity/ alkalinity, and Water Resources. 7. Integrated Water information System (IWIS). 8. Scale of Resource maps on 1:5000. 9. Data Usage: Quick Bird, Cartosat -1, Stereo data (Liss-IV data).
PROJECT-2: “Property Survey and Updation of Base Map of Purnea and Katihar of Bihar” Under Support Programme for Urban Reforms in Bihar (SPUR). CLIENT: Urban Development and Housing Department, Govt. of Bihar. WORK PLACE: Remote Sensing instrument Hyderabad (Andhra Pradesh). OBJECTIVE: The main aimed of the project is to provide property survey, database generation and base map updation in GIS for the pilot wards of Purnea and Katihar towns and creation the report. CONTRIBUTION: This project deals with the preparation of Parcels, Lots, Survey Numbers, Water lines & Roads, with High resolution Georeferenced images and updating of data base creation (Unique ID for Parcel, Date of survey, Zone table, Ward table, Road thematic layer, Tax zone, Residential, Commercial, Industrial, Private Vacant Plot, Agriculture Land, Religious, Recreational, Water Bodies, Dense Tree Area, Basic Infrastructure, Health Services etc).
PROJECT-3: “GIS mapping, survey of slums and integration of MIS data with the GIS for Berhampur, Puri and Sambalpur under Rajiv Awas Yojana (RAY)” Under Bhubaneswar Development Authority (BDA), Bhubaneswar, odisha. CLIENT: Bhubaneswar Development Authority (BDA), Bhubaneswar. WORK PLACE: Remote Sensing instrument Hyderabad (Andhra Pradesh). OBJECTIVE: Rajiv Awas Yojana (RAY) for the slum dwellers and the urban poor envisages a ‘Slum-free India’ through encouraging States/Union Territories to tackle the problem of slums in a definitive manner. CONTRIBUTION: This project deals with the generation of different stages- Collection of GCP’S by DGPS, Geo-referencing of Satellite Images, Capturing of Base Identification & Demarcation of Slum Areas, Preparation of City Base Maps (on1:25,000 scales in A1 size) and Database Generation, Establishment of Control Points/ Temporary Bench Marks a, Contour Generation (0.5m intervals for the slum and for the area required to discharge the storm water to the existing drain nearby, Preparation of Slum Maps (on 1:500 scale in A2 Size) and Database Generation, Integration of GIS with Slum MIS, Preparation of Land Ownership/ Tenure Status Maps & Quality Checking .
PROJECT-4: Snow covers monitoring for the Indian Himalayas using AWiFS data through Satellite remote sensing & &GIS techniques. CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Space Application centre (ISRO), Ahmedabad-Gujarat (onsite). OBJECTIVE: The main aimed of the project is to provide relevant seasonal Snow fall information in the Indian Himalayas. To estimate seasonal snow for each basin and calculate how much area retreat for every year for particular basin. CONTRIBUTION: We have used five-day repetitive Awifs multi spectral data , high precession geographically referenced and masked for each basin and execute NDSI algorithm, to extract snow and non- snow area information for each basin. Finally calculate the statistic for each basin and prepared for mean snow Map.
PROJECT-5: Glacier Mass Balance for the Himalayas using Awifs Multi spectral data Through Satellite Remote sensing &GIS techniques. CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Space Application centre (ISRO), Ahmedabad-Gujarat (onsite). OBJECTIVE: The main aimed of the project is to provide relevant seasonal glacier information for the Indian Himalayas. Mass balance of a glacier is usually referred as total loss or gain in glacier mass at the end of Hydrological year. This is estimated by measuring total accumulation of seasonal snow and ablation of snow at the end of Hydrological year. CONTRIBUTION: To generate spatial database in GIS environment of extent and retreat of glacier for seasonal wise, we have used five–day repetitive AWiFS data to validate retreat for each glacier. Finally calculate snow and non-snow area extraction /statistics for each glacier area table and preparation of Glacier Map.
PROJECT-6: Shore Line Change Atlas of Gujarat Coast. CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Space Application centre (ISRO), Ahmedabad-Gujarat (onsite). OBJECTIVE: The main objective of the project is to prepare digital atlas in GIS environment of existing coastal land use / land covers maps prepared on 1:25000 scale using high resolution Liss-IV data of 2004-06 period, depict and quantify shore line changes as eroding/accreting/stable with reference to existing database of 1989-91period, show status of shoreline protection measures taken by Gujarat state and generate Coastal atlas of Gujarat state. CONTRIBUTION: 1. Registration of two time frame data sets considering rail, road and high water Line. 2. Transfer of shoreline (High water line of 1989-91 and 2004-06 to uniform Projection). 3. Marking of shoreline changes as eroding, accreting, stable. 4. Area and length calculation for shore line changes and depiction on each map. 5. Depiction of status of coastal protection measures in Gujarat state. 6. Final map composition and preparation of Gujarat Atlas.
PROJECT-7: National Wetland Inventory and Assessment. CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Space Application centre (ISRO), Ahmedabad-Gujarat (onsite). OBJECTIVE: The main objective of the project is to generate a Wetland inventory of the country on 1:50000 scale using latest IRS Satellite data, creation of a digital database of wetlands as per NNRMS (National Natural Resources Management System) Standards, and development of a query shell for information retrieval. CONTRIBUTION: 1. Wetland mapping and inventory on 1: 50 000 scale by analysis of Digital IRS LISS III data of post and pre-monsoon seasons. 2. Creation of digital database in GIS environment. 3. Development of query shell for information retrieval. 4. Preparation of State-wise wetland atlases.
PROJECT-8: Development Of Bio-Climatic Index CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Space Application centre (ISRO), Ahmedabad-Gujarat (onsite). OBJECTIVE: The main objective of the project is to generate the techniques to study climatic change indicators in the High Mountain /alpine ecosystem in India By using Liss-III, TM and MSS data. 1. Extracting tree-line, other vegetation line and snow line. 2. Preparation of Atlas (1:50,000). CONTRIBUTION: 1. Image to image registration. 2. DN to radiance data conversion. 3. Digital NDVI and NDSI generation. 4. Tree-line, other vegetation-line and Snow-line extraction in vector format. 5. Atlas composition at 1:50,000 scale.
PROJECT-9: Lunar Control Point (Lcp) Generation & Quality Check for Tmc and Hysi Processed Data for Chandrayaan-1. CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Space Application centre (ISRO), Ahmedabad-Gujarat (onsite). OBJECTIVE: The main objective of the Chandrayaan project is to generate the Digital Elevation Model with the help of Lunar Control Point and other objective is to prepare the report for data quality check of TMC (Panchromatic stereo) & HySI (64 spectral bands) data set. CONTRIBUTION: 1. To generate the Digital Elevation Model. 2. In TMC data, check the visual (radiometric) quality, line loss and data loss. 3. In HySI data, check the line drop out, Quality parameters pixel shift and Data Break.
PROJECT-10: natural resources atlas of arunachal pradesh using satellite data (Liss-III) Through remote sensing & gis techniques. CLIENT: Space Application centre (ISRO). Dept. of Space, Satellite Road, Ahmedabad-380015. WORK PLACE: Remote Sensing instrument Hyderabad (Andhra Pradesh). OBJECTIVE: The main aimed of the project is to provide significant contribution in “Disaster Management Information System Project”. CONTRIBUTION: Preparation of district wise Natural Resource Atlas with hydro geomorphology maps containing geology/litho logy, geomorphology, geological structures, slope and aspect etc. for western 10 districts of Arunachal Pradesh, based on geology/litho logy, geological structures, geomorphology etc., by using satellite data and field information.
PERSONAL PROFILE: DATE OF BIRTH : 05-10-1976 SEX : MALE MARITIAL STATUS : MARRIED LANGUAGE KNOWN : ENGLISH, HINDI
I hereby declare that the information furnished above is true to the best of my Knowledge.
2017 Pricing Structure (excluding VAT):
|1 month - Discovery||450 euros||convert|
|3 months - Bronze||1150 euros||convert|
|6 months - Silver||1950 euros||convert|
|12 months - Gold||3200 euros||convert|
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