Respected Sir/Madam,

I, Sumanta Das have completed B.Sc in Geography(Hons.) from University of

Calcutta(2004-2007), M.Sc and M.Tech in REMOTE SENSING & GIS with 67.33% and 9.157

CGPA from Vidyasagar University (2007-2009) and from SRM University, Chennai (2010-

2012) respectively would like to apply for the subjected post at your renowned organization.

Presently, I am working as Assistant Professor ( Dept. of Civil Engg.) still from June,2012 in

MEFGI, Rajkot(Affiliated with Gujarat Technological University) and I have taken "Highway

Engg.(5 th sem BE), Railway,Bridge & Tunnel Engg(6th sem BE),Urban Transportation

System(7th sem), Building and Town planning(3rd sem), Advanced surveying(4th,BE) and

Elements of Civil Engg(1st sem BE) . Besides, I have strong analytical & software(ArcGIS

9.3,ERDAS Imagine 9.2,TNT Mips, MapInfo 10,ENVI 4.3, C,C#,ASP.NET etc.) skills over

Geospatial field through various techniques and spatial modeling.

I will be grateful to you, if you consider my application for further processing. I will be

waiting for your positive response as soon as possible.

Thanks and Regards,.

Sumanta Das

Asst. Professor

Dept. of Civil Engg.

MEFGI, Rajkot

Mob No.- +917*********

Email: acbst8@r.postjobfree.com

RESUME DETAILS : SUMANTA DAS

C/O : MANABENDRA DAS

ADDRESS : NARENDRAPUR,VIVEKANANDA PARK, N.S. BOSE ROAD, KOLKATA – 700103, WEST

BENGAL, INDIA

27/06/1986

DATE OF BIRTH :

SEX : MALE NATIONALITY : INDIAN

CASTE : GENERAL RELIGION : HINDU

Email : acbst8@r.postjobfree.com

acbst8@r.postjobfree.com

PHONE : +917*********, +918*********, 033********

PASSPORT DETAILS :

Passport no.- H9167174, Date of expiry- 21/12/2019

WILLING TO RELOCATION : YES

DESIRED JOB LOCATION : ANYWHERE IN INDIA / OUTSIDE OF INDIA

CURRENT JOB TITLE : Assistant Professor(Dept. Of Civil Engg.)

EDUCATION :

M.Tech:

From SRM University, Chennai in “Remote sensing & GIS” under School of Civil

Engineering. CGPA- 9.157 or 91.57% .

Name of Marks

Year of

Course Semester institution, obtained

Passing

University 66

1st 2008

M.Sc. (REMOTE

VIDYASAGAR

SENSING AND GIS)

UNIVERSITY

2nd 2008

(2 years fulltime) 64

3rd 2009

63

2009 77

4th J ULY

Total

=67.33

B.Sc. (HONOURS IN UNIVERSITY

PART

GEOGRAPHY) 2007 50

OF

(1+2) CALCUTTA

(2+1 years fulltime)

Marks

Year of Board of Name of obtained

Examinations

Passing Examination Institution

(in % )

WEST BENGAL

Higher Secondary BARUIPUR

COUNCIL OF

2004 63.33

(10+2) HIGH

HIGHER

Examinations SCHOOL

SECONDARY

EDUCATION

WEST BENGAL

BARUIPUR

Secondary BOARD OF

2002 68.25

HIGH

Examination SECONDARY

SCHOOL

EDUCATION

M.SC SPECIAL PAPERS:

COASTAL GEOMORPHOLOGY

RS & GIS APPLICATION ON EARTH SCIENCE STUDIES

M.TECH SPECIAL PAPERS:

RS & GIS APPLICATION ON HYDROLOGY AND WATER RESOURCES

RS & GIS APPLICATION ON AGRICULTURE AND FORESTRY

RS & GIS APPLICATION ON URBAN AND REGIONAL PLANNING

KEY SKILLS :

ERDAS IMAGINE 8.5,9.0 & 9.1, ENVI 4.3, MAP INFO PROFESSIONAL 5.0, 6.5 & 7.5, PCI GEOMATICA 10.1, ARC

GIS 9.1, 9.2 & 9.3, TNT Mips, MS OFFICE, BASICS OF ‘C’ PROGRAMMING, C#, ASP .NET, ADO.NET

DETAIL CONCEPTS:

DIGITAL IMAGE PROCESSING, PHOTOGRAMMETRY, GIS, MICROWAVE (RADAR), LIDAR, THERMAL & VISIBLE

REMOTE SENSING, GEOLOGICAL REMOTE SENSING, SURVEYING(Total Station, Theodolite, Dumpy Level,

Prismatic Compass) DBMS, RDBMS, GEODESY & GPS /DGPS/ELECTRONIC SURVEYING, S PATIAL DECISION

SUPPORT SYSTEM (SDSS),HIGHWAY ENGINEERING, RAILWAY,BRIDGE & TUNNEL ENGG AND FUNDAMENTALS OF

CIVIL ENGG,BUILDING AND TOWN PLANNING

AREA OF INTEREST:

CIVIL ENGG., REMOTE SENSING, PHOTOGRAMMETRY AND GIS

LANGUAGE PROFICIENCY : ENGLISH, BENGALI and HINDI

M.Sc PROJECT :

‘ MONITORING AND ASSESSMENT OF COASTAL ZONE LAND USE AND LAND COVER CHANGES USING

REMOTE SENSING & GIS TECHNIQUES - A CASE STUDY OF SAGAR ISLAND, SUNDERBAN(WEST

BENGAL)’

INDUSTRIAL TRAINING:

1. ‘MONITORING SHORE LINE AND INLAND CHANGES BY USING MULTI-TEMPORAL SATELLITE D ATA AND

RISK ASSESSMENT: A CASE STUDY OF GHORAMARA ISLAND, WEST BENGAL’ from IIT, Kharagpur as a part

of my M.tech syllabus.

2. Sediment Transport and Island Change Detection: a case study from Sagar Island, West Bengal

M.Tech PROJECT:

‘ GEOSPATIAL ASSESSMENT OF AGRICULTURAL DROUGHT (A CASE STUDY OF BANKURA, WEST

BENGAL)’.

List of Publication:

1. “Sediment Transport and Island Change Detection: a case study from Sagar Island, West Bengal” by

Sumanta Das et. al; Int. J. Geo Sci. & Tech. Vol. 1 (1) 2013, pp. 41-63

2. “Monitoring Shore line and Inland changes by using Multi-Temporal Satellite Data and Risk

Assessment: A case study of Ghoramara Island, West Bengal” by Sumanta Das et. al; Int. J. G eo Sci. &

Tech. Vol. 1 (1) 2013, pp. 1-20

3. “GEOSPATIAL ASSESSMENT OF AGRICULTURAL DROUGHT (A CASE STUDY OF BANKURA DISTRICT,

WEST BENGAL)” by Sumanta Das et.al; International Journal of Agricultural Science and Research

(IJASR);ISSN 2250- 0057,Vol. 3, Issue 1, Jun 2013, 1-28;© TJPRC Pvt. Ltd.

4. “Characterization and Mapping of Inland Wetland over Nadia District, West Bengal” by Sumanta Das

& Subhasish Das; Int. J. Geo Sci. & Tech. Vol. 1 (2) 2013, pp. 1-13

5. “ Integrated Geospatial technologies for soil salinity assessment over south 24 PGS, West Bengal” by

Sumanta Das et.al; Int. J. Geo Sci. & Tech. Vol. 1 (2) 2013

PROFESSIONAL MEMBERSHIP:

1. Life member of “Indian Society of Remote Sensing”.

2. Member of reviewer committee at IJRS(International Journal of Remote Sensing).

Student’s Project Guided:

Currently I am guiding 9 students(B.E., 7th sem, Civil) in 3 groups on “Highway pavement design,

Pavement refilling and maintenance and Slum free city planning through GIS techniques of Rajkot city”

respectively.

EMPLOYMENT SCAN :

1. Assistant Professor(Dept. of Civil Engineering) at Marwadi Education Foundation Group of

Institutions, Rajkot(Affiliated with Gujarat Technological University, Ahmedabad) from 14th June,

2012(Presently working). Pay scale: 156**-*****+6000/- AGP (as per 6th pay commission)

Subject taken: Railway, Bridge & Tunnel Engg.(6th sem, BE), Highway Engineering(5th sem), Advanced

Surveying(4th sem, BE),Building and Town Planning(3rd sem),Urban transportation system(7th sem) and

Elements of civil Engineering(1st sem),

2.

jan’10– mar’10 GIS PROFESSIONAL CyberSWIFT INFOTECH PVT. LTD

Merlin Links, 5B, 5th Floor

166B, S.P. Mukherjee Road

Kolkata - 700026, West Bengal

Ph No. - 033-********

Major Project Executed:

Project Title : Electricity Distribution Network – A GIS based project

Client : West Bengal State Electricity Distribution Company Ltd.(WBSEDCL)

Tenure : 2 014-‘aug’

Designation : GIS professional

Scope : This project focused on tracking the locations of HT and LT poles & lines

including consumer survey of 72 towns(urban) in all over west Bengal and

collected their status and attributes through DGPS and after downloading the

database from DGPS, digitization and mapping process has done with the aid

of softwares(Map Info 6.5 & 8.0 and ArcGIS 9.2). later on distributed the

power supply on the basis of collected data and information.

Total Budget : 200 crore

CERTIFICATE COURSE:

.NET (c#, ASP.Net, ADO.Net, JAVAScript, XML, HTML)

STRENGTH:

I AM CAPABLE OF ADJUSTING IN ANY CIRCUMSTANCES AND ALSO HAVE GOOD COMMUNICATION SKILLS

TO MOTIVATE OTHERS. MY ASSETS ARE FLEXIBILITY, HONESTY AND HARDWORK.

HOBBIES :

PASSIONATE ABOUT MUSIC, CREATING ARTS AND DESIGN .

DECLARATION :

It is certified that, all the information provided above is true to the best of my

knowledge and belief and I would be liable to any action for providing false

information deliberately.

DATE : 15/11/2013 Signature

PLACE : Rajkot, Gujarat Sumanta Das

References

1. Dr. R. Sivakumar

Associate Prof.

RS & GIS(School of Civil Engineering)

SRM University

Mob no.- +919********* Email:- acbst8@r.postjobfree.com

2. Dr. M. Nagarajan

Assistant Prof. (S.G.)

School of Civil Engineering

Sastra University

Tamilnadu

Mob no.- +919********* Email:- acbst8@r.postjobfree.com

3. Prof. Subhasish Das

Professor

Dept. of Geology and Geophysics

IIT, Kharagpur

Mob no.- +919********* Email:- acbst8@r.postjobfree.com

ABSTRACTS OF THESIS

1. Sediment Transport and Island Change Detection: a case study from Sagar Island, West Bengal

Subhasish Das, Malini Roy Choudhury*, Sumanta Das*, Sayani Khan

Department of Geology and Geophysics

IIT Kharagpur, West Bengal – 721302

E-mail : acbst8@r.postjobfree.com

*Department of Civil Engineering

SRM University, Kattankulathur, 603203, Tamil Nadu

Abstract: Hooghly estuary is a dynamic zone, where the erosion-accretion process is active because of

the combined effects of the fluvio-tidal-wave activities and supported by frequent cyclones, sealevel

fluctuations, sediment supplies from upland sources, and neotectonic activities. The Sagar island, the

largest in the Hooghly estuary, is suffering erosion since its evolution. The present study shows that for

the period 1972 and 2010, an area of 6.84 sq. km of the island has been subjected to changes. The total

area has reduced during 1972-90, whereas the net area has increased during 1990- 2010 indicating an

oscillatory pattern of island growth (which may be controlled by the combined fluvio-tidal

hydrodynamics and climate). In general the eastern portion of the island is more silty-clayey and the

western portion is relatively sandy. Numerical modeling is indicative of a close match of the fluid-

sediment path with the erosion-accretion pattern. In the Hooghly estuary, as the duration of flood tide is

much less than the ebb tide, the fluid flow velocity is more during the flood tide. The erosion is maximum

during the mid tide whereas the sediment deposition phase is maximum during the slack period. Overall,

the pattern of erosion-accretion as well as the sediment transport is controlled by the time in the tidal

cycle, the geometry of the river channel and the sediment discharge.

Keywords: Sediment transport, island change detection, estuarine hydrodynamics, Sagar island, Hooghly

estuary

2. Monitoring Shore line and Inland changes by using Multi-Temporal Satellite Data and Risk

Assessment: A case study of Ghoramara Island, West Bengal

Subhasish Das, Shamina Sheena, Malini Roy Choudhury* and Sumanta Das*

Department of Geology and Geophysics

IIT Kharagpur, West Bengal – 721302

E-mail : acbst8@r.postjobfree.com

*Department of Civil Engineering

SRM University, Kattankulathur, 603203, Tamil Nadu

Abstract: Ghoramara island is located 18.36 nautical miles away from Haldia dock in Hooghly estuary,

West Bengal. It is a rhombic shaped island covering an area of around 4.80km with a total shoreline

length of 8.50kms. This sparingly populated sensitive ecosystem is rapidly changing its morphology due

to extensive coastal erosion on the northwestern coast and marginal accretion on the southeastern side.

The degradation of the system due to natural and anthropogenic causes leads to the total areal reduction of

the island. There is a major loss of agricultural land and fisheries. The two islands Lohachara and

Supribhanga lying to the southwest of Ghoramara have already been submerged. The vulnerability and

stability of the island is the major fear of the inhabitants. In the present study, multi-resolution and multi-

temporal satellite images of Landsat and ASTER have been utilized to understand the erosion accretion

pattern of the island over past four decades (1972-2010). The shoreline is the most rapidly changing

feature in the coastal zone so a time series analysis has been carried out. The rate of change in shoreline

positions have been estimated using statistical linear regression, end-point rate and net shoreline

movement method and crossvalidated with regression coefficient (R ) method. Land use land cover map

has been prepared for all these years to understand how the erosion-accretion affected the island and the

vulnerability map indicates the maximum and minimum vulnerable zones on the basis of individual

polder area, shore line changes of the particular polder area and the population density of the unit. It has

been shown that the island is constantly shrinking over time and lost almost 50% of its area.

Keywords: Hooghly estuary, Ghoramara island, Shoreline change rate, Regression coefficient (R ),

Land use land cover, Risk assessment

3. GEOSPATIAL ASSESSMENT OF AGRICULTURAL DROUGHT

(A case study of Bankura district, West Bengal)

Mr. Sumanta Das*, Malini Roy Choudhury and Mr. Sachikanta Nanda

Department of Civil Engineering, Faculty of Engineering and Technology, SRM University,

SRM Nagar, Kattankulathur- 6 03203, Tamilnadu

ABSTRACT

Geospatial techniques have played a key role in studying different types of hazards either natural

or manmade. Temporal satellite data of three years 2000, 2005 and 2010 are used to monitor and

assess the drought severity and the impact of agricultural drought on crop production. In Bankura

District, agricultural drought and crop failure have been common and spatial variability of

rainfall in cropping season with frequent and longer dry spells. This makes them vulnerable to

the risk of agricultural drought. This study is conducting with the objective of assessing

agricultural drought risk and it’s impacts on yield reduction using RS and GIS techniques. The

digital indices using satellite data namely, NDVI (Normalized difference Vegetation index) and

NDVI anomaly can be prepared from the long term mean values of maximum NDVI to assess

the severity of drought. VCI(Vegetation condition Index), TCI(Temperature condition Index),

SPI(Standardized Precipitation Index), MSI(Moisture Stress Index) and YVI(Yellowness

vegetation Index) is very essential to Assess the agricultural drought. The impact of agricultural

drought on crop production was measured through estimation of yield reduction(in %).

Compared to other cropping seasons of the analysis period, yield reduction for the year 2005 was

lesser than the highly drought years 2000 and 2010. Simple regression analyses has performed

between Land surface temperature with NDVI, TCI with VCI and SPI,MSI, NDVI Anomaly,

VCI with Yield reduction . Finally, a resultant drought vulnerability map was obtained by

integrating NDVI Anomaly, MSI, SPI, VCI, TCI and YVI which indicates the area facing a

combined d rought. The combined vulnerability map shows that 6% area has no risk, 53 % area

face moderate risk and 41 % area face high risk within the entire geographical area. Thus, this

agricultural drought risk mapping can be useful to guide decision making process in drought

monitoring and to reduce the risk of drought on agricultural production and productivity.

[Key words: Agricultural drought, Grain yield and correlation, MSI, NDVI, Remote Sensing,

Risk Assessment, SPI, TCI]

4 . Integrated Geospatial technologies for soil salinity assessment over south 24 PGS, West

Bengal

Sumanta Das*, Malini Roy Choudhury*, Subhasish Das, M. Nagarajan

*Department of Civil Engineering,SRM University, Faculty of engineering and technology

SRM University, SRM Nagar, Kattankulathur- 603203,KancheepuramDistrict

Abstract: Salinity is the parameter analyzing the soil condition through the accumulation of the

salt over the land or soil by natural process like water table fluctuation and transporting of salt to

the ground through capillary action, water logging or by human induced process of landuse

practice and over fertilization over the land. This study accounts for identification and mapping

of salinity zone over the Basanti, Gosaba Island (808.314sq.km) of South 24 Pargana District of

West Bengal through analysis of Remote Sensing and GIS Technique. The parameters like pH

(<8.2, IS),Electrical Conductivity(EC) and Sodium Absorption Ratio (SAR) were derived by

ground sampling of soil over the study area along with GPS positions.The collected samples

were tested in laboratory method and later were checked with the with Remote Sensing based

Indices analysis over the satellite images over 1975,2000, 2010 to find out the changes in the due

to over salinization. The Weighted overlay Analysis procedure were followed to assign the

weighted according to the importance o f parameters taken into account for salinity zone

identification and mapping to produce zones of higher, moderate, lower salinity zones over the

study area.

Keywords: Soil salinity, p H, EC, SAR, Digital Indices analysis,Weighted Overlay for Salinity

Zonation.

5. Characterization and Mapping of Inland Wetlands using Remote Sensing and GIS

(A case study on the selected sites of Nadia District, West Bengal)

Sumanta Das and Subhasish Das*

Department of Civil Engineering, Faculty of Engineering and Technology,

SRM University, Kattankulathur-603203, Tamilnadu, India

Email : acbst8@r.postjobfree.com

ABSTRACT

Sustainable management of wetland ecosystem is necessary as it serves the important functions

such as food storage, water quality maintenance and providing habitat for different species of

wildlife. Hence, an inventory of wetlands in any given area.is a pre -requisite for their

conservation and management. A study has been carried out to delineate the wetlands of Nadia

district of West Bengal, India, using IRS ID LISS III data of the year of 2000. The data have

been analysed and the wetlands have been qualitatively characterized based on the turbidity and

aquatic vegetation status. The two categories of wetlands (ponds/lakes, and oxbow lakes) have

been identified. From the analysis, it has been observed that the inland wetlands constitute 3.5%

of the study area, of which 2.8% is subjected to Ox-bow lake which is locally called as bils.

Thus, this study highlights the usefulness of remotely sensed data for wetland mapping, seasonal

monitoring and characterization.

Keywords: Remote Sensing, LISS-III, NDVI, Image processing, Wetland characteristics and

mapping

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