Resume Details: Sreeja Nair |
|
|
| Address : |
44/9, Probyn Road, Delhi -7 Delhi India |
Email : |
[email protected] |
Web : |
http:// |
Phone : |
009810079551 |
| Fax : |
91-11-23702442 |
|
|
Willng to Relocation : |
Yes |
Desire Location: |
|
Date Available : |
with in one month |
Desire job Title:: |
GIS Specialist/ GIS Analyst |
Year of Experience: |
7 |
|
| |
Education : |
|
P. G Diploma.Environmental Law ,Indian Law Institute, Delhi , 2004-05
M Sc.Disaster Mitigation,Sikkim Manipal University of Health, Medical, Health & Tech. sciences, 2003,1st Division (72.1%)
M Sc. Geology ,Dept. of Geology, University of Delhi, 1999 1st Division (63.2%),
B Sc (H) Geology ,Dept. of Geology, University of Delhi, 1997 ,1st Division (63.2%)
|
| |
GIS Skills : |
|
ERDAS IMAGINE (Remote Sensing and digital Image Processing) ,EASI/PACE,
MAPINFO-6 and DISCOVER, ARC VIEW 3X, Arc GIS 8X and 9X
Web GIS- ARCIMS 4.0.1, ARCSDE (experience in working with geodatabase)
Familiarity with Spatial Data Infrastructure (SDI).
MS Word, Access, Power Point, Excel.
Corel Draw, Adobe Photoshop
Macromedia Dream viewer
Programming in VB 6
|
| |
Work Experience : |
|
Current (Feb 2004- Till date)
Organisation : UNDP
Project Name : National Disaster Risk Management Programme
Role : GIS Professional
Designation : Disaster Intelligence Officer
Information management for disaster risk reduction, hazard vulnerability and risk analysis using various ICT Tools, training of disaster mangers and administrators on various ICT tools used in disaster management.
�Conducting GIS �Remote Sensing Training Programs:
Currently deputed to National Institute of Disaster Management (under Ministry of Home Affairs) as a GIS Subject Specialist. Assisting the Institution in setting up GIS Remote Sensing Laboratory and conducting training programs for Disaster management Professionals and Policy makers.
�A GIS Based Decision Support System has been developed on a Pilot basis for the Delhi Region. (Risk and Capacity Analysis for Delhi Region). All the Roads, Railways and other Critical infrastructures like Hospital, Forestations etc. with the contact information has been captures. Census data (2001) and IDRN resource inventory also has been incorporated into the system. Website developed using ARC IMS.
�Vulnerability Index : Working on the GIS based Vulnerability Index for India. Mapping of Socioeconomic, infrastructure, hazard vulnerability has been done for Assam.
�Content development of the India Disaster Knowledge Network Portal (A portal dedicated to collection, collation and dissemination of information and networking of stakeholders involved in Disaster management).
�Information Management and Preparation of Situation Reports during Emergencies.
(2004 Floods and tsunami Disaster). Interacted with different NGOs and INGOs.
GIS Datasets & Maps: Datasets and Maps for the situation reports has been prepared for 2004 Assam- Bihar Floods, Landslide and tsunami. (As per requirement)
Disaster Inventory Collection and Vulnerability Analysis: Disaster Inventory for the 2004 tsunami has been compiled using Desinventar for Risk Analysis. Similar analysis done for Orissa. Similar initiative of disaster inventorisation started in UP (Feb 2006), Uttaranchal (April 2006) and Delhi (May 2006).
Liaison with other organizations like Survey of India, NRSA, Department of Space etc on data sets (MHA- UNDP)
Previous( March 2001- Feb 2004)
Organisation: PHELPS DODGE EXPLORATION INDIA
Project Name : Jaipur JV Project, Cuddapah Project, Singhbhum
Role : GIS Specialist, GIS & Remote Sensing solutions for Mineral Exploration
Platform : Arc View, MapInfo 6.0, Discover, ERDAS IMAGINE
IT and Information Management for Mineral Exploration Programme (Copper, Lead, Zinc, Silver, Gold associated minerals and Diamonds in different part of Rajasthan, Bihar Orissa, Andhra Pradesh and Uttaranchal)
Preparation and analysis of geological, geophysical and geochemical maps/reports for mineral exploration programme � To identify the potential areas based on anomalous values of the ore minerals based on various kind of surveys.
Analysis of wide range of Remote sensing datasets like Landsat and IRS Imageries � Identifying areas of exploration potential based on satellite imageries. Such areas identified based on the photo characteristics of imageries (color, texture, tone, contrast ratio or other geological structures of mineralization potential etc)
Developing GIS Database and maps and preparation of reports based on the exploration programme (Reconnaissance Survey report, Drilling-core logging report etc)
Providing ICT support for the team (Geologists, Geophysicist etc)
2. Organisation : RISK MANAGEMENT SOFTWARE INDIA PRIVATE LIMITED
Project Name : OYO FLOOD MODEL, CCW - Habitat Mapping Project
Role : GIS Engineer
Platform : Arc View, MapInfo, Arc info, AutoCAD, ERDAS IMAGINE
DETAILS OF THE PROJECTS AND RESPONSIBILITIES
1. OYO FLOOD MODEL: Flood modeling was the part of the loss estimation model (Risk Link) developed by RMS for insurance companies for deciding premium. The final output was used as an input for Risk Assessment.
The modeling involves;
stochastic module - involves defining the events,
hazard module - deals with calculating the flood depths,
Vulnerability module - calculates the damage caused and the final and crucial module financial identifies the financial losses due to the stochastic events.
Description of Responsibilities
Spatial data - analysis for determining the hazard and vulnerability of the targets (rivers) and surrounding areas based on factors like population, property exposure to the potential hazard zone, land use & land cover.
Creation of spatially correct River Stream � correcting the river spatially with river reference to network of 1:25k resolution to set them perfectly as natural Original River. Attribute assignment as per the model requirements.
DTM (digital Terrain Models) corrections � Edge matching of DTMs, Merging them, filling gaps in DTM using interpolation techniques, remove the holes and negative elevations, filled the sinks and shift the DTM to align the perfect high resolution river network.
Rainfall and Flow Gauge data processing � Collected the rainfall and gauge records from different sources and convert them to single database for calculating discharge and validation.
Catchments derivation � Catchments are derived for each river from the sink-filled DTM and correction at the junction of the rivers.
Historical Flood depth map generation using DTM and hardcopy map.
Running HEC-RAS to calculate flood depths.
Analysis of off flood plain by defining the rules in sheet flows and small streams.
Data Quality Assurance before shipments to client.
2. Habitat Mapping for the Countryside Council for Wales (CCW):
Creation of digital database of various habitats using a series of paper survey maps. The database is used to identify the extent of open country (mountain, moor, heath and down). The project was also important in supporting a range of objectives for conserving biodiversity and public access to the countryside. CCW used the digital database to prepare draft maps of open country and common land, as proposed in the Countryside and Rights of Way Act (CROW).
Description of Responsibilities
To create a combined digital database from over 1,000 paper maps of the Lowland and Upland Habitat Surveys of Wales
Analysis and manipulation of the captured data to access land in Wales
Quality assurance of GIS data base.
4. Organisation : CSDMS NOIDA
Worked as an Editorial Correspondent for the GIS @development magazine.
Collection and compilation relevant articles, information for the GIS @ Development Magazine.Promoting usage of geo-spatial technologies in various areas of development.
5.Organisation : NATIONAL REMOTESENSING AGENCY, HYDERABAD
Project Name : RAJIV GANDHI NATIONAL DRINKING WATER MISSION
Platform : Arc Info, ERDAS IMAGINE
As a Trainee, Ground Water Prospects Mapping has been done using IRS Imageries, Topographic Maps, Geology Maps and Field data.
|
|
|
|
| |
| |
|
| |
|
