Project Management Office
Resume:
SUJOY KANTI BHATTACHARJEE
***********************@*****.***
https://www.linkedin.com/in/sujoy-kanti-bhattacharjee/ Geo Address: Lat 22 65'75.85"N, Long 88 40'88.88"E Wing-3, 3C, Mereit Gadenia, SN Saha Sarani, Majherhati Road, Nimta, Kolkata-700049 SYNOPSIS
A result oriented professional with 11 years of experience in GIS & Remote Sensing and Government Administrative Sectors. CAREER OBJECTIVE
A growing professional with extensive conceptual knowledge in Remote Sensing & GIS fields & seeking a position to utilize my skills, abilities and knowledge in the Geography, Urban Planning, Remote Sensing and GIS that offers professional growth while being resourceful, innovative. CAREER STATEMENT
I feel that my greatest strengths are my ability to have a clear understanding of the needs of my authority & also my passion & satisfaction for being involved in Remote Sensing & GIS field. I have knowledge about the different types of Remote Sensing data and GIS base data, Satellite Image Pre processing, Satellite image classification for different purposes and also satellite image handling; statistics based analysis & preparation of project report. Other-side, I am an effective Urban Planner with strong and good reasoning skills and also Office Management, Team Leading Skills. SNAPSHOT
Conceptually strong with a logical approach to the work with an eye for detail.
An open mind, with the ability to recognize, adjusts to change, and willingness to learn new things and new ways. Vibrant, energetic and focused with a high degree of versatility, creativity, commitment and optimism.
Good knowledge and understanding of urban local governance.
Good technical knowledge of latest GIS software and tools.
Multilingual proficiency in English, Hindi & Bengali, with exceptional communication skills, verbal and written, with the ability to perform unmatched expectations.
CORE COMPETENCIES
Project Planning and Scheduling
Client Interaction
Project Monitoring
Field Work
Program Implementation
Data Analysis
Team Leadership & Development
Status Update
Reporting
Policy Undertaking
Projects & Program Management
Strategic Planning and Budgeting
Planning & Reporting Experience
Review Access Control
Strong Attention to Details
TECHNICAL FORTE
Broad spectrum of responsibilities from Project Management Support to Feasibility analysis, vendor management etc.
Client management, stakeholder management, monitoring construction schedule using GIS, Community meetings, capacity building
Online asset management system integrated with GIS Progress reports and technical reports, Hands-on and Stakeholder Workshops,
Experience in Project Execution, Technical and Status Reports, Database development.
Need assessment study, approaches and methodologies, project monitoring and progress evaluation.
Team management and GIS production monitoring, data certification (QA) and shipments of deliverables.
To Prepare GIS databases, maps, database reports and specialized queries in support of various tasks and projects assigned by Department.
Gather, analyze, and integrate spatial data from Department and other sources and determine how best the information can be displayed using GIS & Reports on Usage of GIS and Data correction.
Design and Deployment of GIS mapping Application as a GIS Analyst/GIS Expert.
Technical services for supervising, and troubleshooting the process
Ensuring smooth and seamless integration of GIS maps data provided by NIC with the software package of SI.
Handling technical works related to GPS/GIS mapping and working with Spatial DBs and Web Services related to above stated set of tasks.
Coordination and working with technical experts from System Integrator, NIC and the PMU.
Working on Location based services to plot caller location on map.
Experience in working on projects as a PMU with central or state government/Ministry.
Supporting the State in preparation of GIS based master plans of the cities, Water Sector and grievance redressal mechanism at the ULBs
Assistance in policy formation for industrial and for profit use of ground water sector as a part of Technology submission.
Support the State in preparation of plans for creation of Self-Help Groups to be used for Water require Management, Water Quality testing and water infrastructure operations.
Organizing the capacity building initiatives for training and skill development of field staff, State parastatal officers, contractors and Department officials.
Supporting the State in initiatives for reforms on urban planning such as land monetization, unlocking land value and improving land use efficiency.
Assisting the State in implementation of Local Area Plan (LAP) and Town Planning Scheme (TPS) in selected cities.
Clear understanding of RS/GIS & geography concepts like satellite imagery formats, multispectral imagery, Import, process and analyze satellite imagery for land classification, change detection accuracy assessment.
Experience in Data Collection and analysis, mapping, provide input of analysis results for the recommendations; data presentation; data reporting and Preference surveys or similar socio-economic studies.
Planned and executed the project activities in the community and in the schools. Liaising and networking with various stakeholders such as education department, school authority, Gram Pradhan, community members, parents, other NGOs and funding agency. PROFESSIONAL SUMMARY
Sl No Organization Designation Period Location
1 Ernst & Young LLP GIS Specialist Feb 24 - Present Shimla, Himachal Pradesh 2 Green Jackpot International Project Manager Jan 23 - Jan 24 Balasore, Odisha 3 Stesalit Systems Limited Research Scientist Dec 21 - Dec 22 Kolkata, West Bengal 4 SkyMap Global (India) Private Limited Research Scientist Dec 20 - Dec 21 Kolkata, West Bengal 5 Clifford Facility Services Pvt. Ltd GIS Analyst May 18 - Nov 20 Kolkata, West Bengal 6 Anand Agricultural University Junior Research Fellow Aug 17 - April 18 Anand, Gujarat 7 ITBIN Management Services Pvt. Ltd Geo-informatics Trainer Dec 16 - July 17 Lucknow, Uttar Pradesh 8 Kumaun University Junior Research Fellow May 16 - Nov 16 Nainital, Uttarakhand 9 West Bengal State Council of Science and Technology Junior Research Fellow Jan 16 - April 16 Kolkata, West Bengal 10 ADCC Infocad Limited Executive-ESS-MDS Jan 15 - Dec'15 Dehradun, Uttarakhand 11 University Institute of Technology Part Time Guest Lecturer July 14 - Dec 14 Burdwan, West Bengal 12 Octagon Software Pvt.Ltd GIS Engineer June 11 - June 12 Kolkata, West Bengal JOB PROFILE/COMPANY/LIST OF PROJECTS WORKED ON
Sujoy has undertaken more than 15+ Projects specifically as Geospatial Technologies along with GIS Professional using various GIS & Remote Sensing tools like ArcGIS/QGIS/ERDAS/ENVI/Google Earth, involving database mapping and analysis of spatial data through this mapping software including designing of digital maps with geographic data. He possesses experience in working in multiple sectors including Urban Infrastructure, Metro Rail, Forestry, Natural Resource Management, Drinking Water, Water Resources, Agriculture and Land Resources etc. He also has worked with multiple key government stakeholders National Remote Sensing Centre, Space Application Centre, Central Government PSUs and Multiple State Government Agencies. His key project specific experience includes support to state in preparation of Urban Planning, Smart City Mission, City Level Project, CDP
(Comprehensive Development Plan) and similar projects also using GIS and Remote Sensing mapping of the cities. Some of his important projects among many others are:
All India LULC Mapping using Geospatial Technologies for MANCHITRAN, the Enterprise Geo-Portal
Kolkata Metro Rail Investment Project using GIS and Remote Sensing mapping of the cities.
Natural Resource Management using GIS and Remote Sensing Technology
Space Based Information Support for Decentralized Planning for National Remote Sensing Centre
GIS and remote sensing for SCATSAT - 1 Utilization Project on Rice Productivity from Scatsat-1 Data for Space application centre
Formulation of GIS Based Development/ Master Plan(s) for identified ULB, ULBs of Uttarakhand to support in Urban Planning Project using GIS and Remote Sensing
West Bengal Major Irrigation and Flood Management Project (WBMIFMP) association with World Bank and Asian Development Bank (ADB) and Irrigation & Waterways Department, Government of West Bengal 1. Name of assignment: Himachal Pradesh Subtropical Horticulture, Irrigation and Value addition (HPSHIVA) Month and Year: February 2024 -Present
Location: Shimla, Himachal Pradesh
Client: Department of Horticulture, Himachal Pradesh Main project features: Himachal Pradesh Subtropical Horticulture, Irrigation & Value Addition (HPSHIVA) project, financed by the Government of Himachal Pradesh and Asian Development Bank, has been conceived to harness the potential of horticulture in the subtropical climate area of the state. The migration of youth population, abandoning of agricultural activities, inefficient utilization of irrigation potential and need for crop diversification (Apple alone comprises 79% of state s fruit production) has necessitated a project like HPSHIVA. The Himachal Pradesh Subtropical Horticulture, Irrigation, and Value Addition (HPSHIVA) Project aims to increase the income of farm households in seven districts (Bilaspur, Hamirpur, Kangra, Mandi, Solan, Sirmour and Una) of subtropical areas of Himachal Pradesh. The project will expand climate resilient subtropical horticulture plantation area along with assured irrigation and market access through value chain development. In the long-term, the HPSHIVA project will contribute to (i) increased income of rural households in Himachal Pradesh; and (ii) strengthened climate resilience in Himachal Pradesh.
The HPSHIVA project will expand irrigation facilities to farmers; increase subtropical horticulture production and its climate resilience; and raise the profitability & farm gate price of subtropical horticulture production through value chain development of targeted commodities. This high priority project is considered as a key intervention to the state's agriculture/horticulture based economy and is a major contributor to the state's overall GDP.
Positions held: GIS Specialist
Activities performed:
Monitor the activities related to GIS being executed by the contractor which is to develop a real time data exchange mechanism from beneficiary communities and supporting PMU and PIU for using the software or apps developed,
Day-to-day operation and maintenance of the project cluster geo-database system including consolidation of geo-tagged files, and ensure recording of methodologies and definitions that were used for developing maps.
Generate regular and on-demand GIS-based thematic data analysis and maps for operations, monitoring, evaluation, reporting, and feedback, including analysis on the extent of change in irrigated areas and crop phenology over time.
Provide technical assistance in training of PMU, DOH and JSV staff on geodatabase management and geo-tagging,
Support the PMU in analysing in GIS environment available data
Coordinate with other DOH and JSV GIS platforms for data sharing and development,
Update the irrigated crop map through a validation process,
In the GIS application being developed, incorporate the field data such as cluster area, fencing, planting layout and drip line, crops planted, modular tank, pipelines, main storage tank, intake structure, etc., which are part of project,
Incorporate digital Agri-tech data in the GIS on the crop data,
Map GIS-based target area, as guided by DOH and JSV, and Ensure collection and assessment of the spatial data and systematic organization of raw data and remote sensing data.
Produce a report summarizing the findings and analysis. 2. Name of assignment: Image Classification using Geospatial Technologies Month and Year: August 2023 -January 2024
Location: Kolkata, West Bengal
Client: Kolkata Municipal Corporation
Main project features: Urbanization is a human-induced process and results in land use-land cover (LULC) change and Concurrent alteration of the quantity and quality of surface and groundwater resources especially in the peri-urban areas. Land use is a combined result of human activities and natural factors. Land cover, on the other hand, is either natural or the effects of land use changes due to, especially, human activities. Positions held: Project Manager
Activities performed:
Base Map Creation, Digitization of different GIS Data,
QC of Remote Sensing Data,
Satellite Data Processing Techniques (Image Corrections, Enhancement, Interpretation, Processing, Supervised and Unsupervised Classification)
3. Name of assignment: Develop & Update Land & Gas Features in GGL GIS Database Month and Year: January 2023 - July 2023
Location: Surat, Gujarat
Client: Gujarat Gas Limited
Main project features: The objectives of Develop & Update Land base & Gas Features in Gujarat Gas Limited GIS based Database using survey data and Software technologies.
Positions held: Project Manager
Activities performed:
Creating, Editing, Developing GIS Databases.
Provide long range planning related to the Various Department.
Provide oversight for the day-to-day activities of the Department.
Prepare and monitor the GIS Mapping Services in department budgets.
Makes decisions on purchasing for the department. 4. Name of assignment: All India LULC Mapping using Geospatial Technologies for MANCHITRAN, the Enterprise Geo-Portal & Emergency Response Systems in Disaster Management
Month and Year: December 2021 - December 2022
Location: Kolkata, West Bengal
Client: National Atlas and Thematic Mapping Organization (NATMO) Main project features: Urbanization is a human-induced process and results in land use-land cover (LULC) change and Concurrent alteration of the quantity and quality of surface and groundwater resources especially in the peri-urban areas. Land use is a combined result of human activities and natural factors. Land cover on the other hand, is either natural or the effects of land use changes due to especially human activities. Positions held: Research Scientist
Activities performed: Geographic Information System (GIS) plays a crucial role in enhancing the effectiveness of emergency response systems and disaster management. GIS technology enables the visualization, analysis, and interpretation of spatial data, providing valuable insights for decision- making during emergencies. Here are some ways in which GIS is utilized in emergency response and disaster management projects: Emergency Mapping:
GIS is employed to create real-time maps that display critical information during emergencies, such as the location of incidents, affected areas, and evacuation routes.
Emergency responders can make informed decisions based on the spatial distribution of incidents, resources, and infrastructure. Vulnerability Assessment and Risk Mapping:
GIS is used to assess the vulnerability of areas to various hazards and create risk maps.
By identifying high-risk zones, authorities can prioritize resources for mitigation efforts and develop targeted evacuation plans. Early Warning Systems:
GIS integrates with early warning systems to provide timely alerts based on the location of potential disasters.
Communities can receive specific warnings and information related to their geographical area, improving response times and reducing the impact of disasters.
Resource Allocation and Logistics:
GIS aids in optimizing the allocation of resources by mapping the location of emergency response teams, medical facilities, and supplies.
Authorities can ensure efficient deployment of resources to areas with the greatest need, improving overall response effectiveness. Damage Assessment and Recovery Planning:
GIS facilitates post-disaster damage assessment by mapping affected areas and infrastructure.
Recovery plans can be developed based on spatial data, guiding reconstruction efforts and resource allocation for rebuilding. Community Engagement and Awareness:
GIS supports community engagement by creating interactive maps that convey information about evacuation routes, shelters, and emergency contacts.
Informed communities are better prepared to respond to emergencies, fostering a sense of shared responsibility for disaster management. Simulation and Training:
GIS enables the creation of realistic simulations for training emergency response teams.
Emergency responders can practice and improve their skills in a virtual environment, preparing them for real-world scenarios. 5. Name of assignment: Kolkata Metro Rail Investment Project using GIS and Remote Sensing mapping of the cities Month and Year: June 2021- December 2021
Location: Kolkata, West Bengal
Client: Metro Rail Corporation, Government of West Bengal Main project features:
The Kolkata Metro Rail Investment Project, similar to the other cities project, aims to improve urban transportation and mobility in Kolkata, India. A "Multimodal Interchange" in the context of this project refers to a transportation hub where various modes of transportation, such as metro rail, buses, taxis, and more, converge to provide seamless transfers and enhanced connectivity for commuters.
The utilization of Geographic Information Systems (GIS) and remote sensing technologies can greatly benefit the planning and execution of such a project in Kolkata:
Google Earth Engine For large Data download and Analysis. Positions held: Research Scientist
Activities performed:
Site Selection and Analysis: GIS can help in the selection of an optimal location for the multimodal interchange. By analyzing factors like population density, existing transportation infrastructure, land use patterns, and accessibility, planners can identify the most suitable site. Spatial Data Integration: GIS enables the integration of diverse spatial datasets, such as transportation networks, demographic data, land use maps, and topographic information. This integrated data assists in designing an efficient and well-connected interchange layout. Route Planning and Optimization: Remote sensing data, including satellite imagery and LiDAR, can aid in identifying optimal routes for new metro lines, roadways, and pedestrian pathways. This data helps in avoiding obstacles and minimizing disruption. Environmental Impact Assessment: Remote sensing technologies can contribute to the assessment of environmental impacts. By analyzing vegetation cover, land use changes, and potential ecological disturbances, planners can implement appropriate measures to mitigate negative effects. Traffic Flow Analysis: GIS can simulate and model traffic flows, helping to design efficient entry and exit points for various transportation modes within the interchange. This ensures smooth traffic circulation and minimizes congestion. Pedestrian and Accessibility Analysis: GIS can be used to assess pedestrian movement patterns and accessibility features, such as ramps, elevators, and pathways for people with disabilities. This promotes inclusivity and ease of use. Stakeholder Communication: GIS-based visualizations and simulations can aid in conveying complex ideas to stakeholders, including government officials, planners, and the public. This promotes transparency and understanding of the project's design and benefits. Land Use Planning: GIS can assist in analyzing the impact of the interchange on surrounding land use. It can help identify opportunities for transit- oriented development, which encourages mixed-use development around transportation hubs. Construction Monitoring and Management: During construction, GIS can be used for tracking progress, managing resources, and ensuring that the project stays on schedule. Remote sensing can also aid in monitoring construction activities and identifying any deviations. Long-Term Monitoring and Maintenance: After completion, GIS can be employed for ongoing monitoring, maintenance, and optimization of the interchange's operations, ensuring it continues to serve its purpose effectively. By incorporating GIS and remote sensing technologies into the Kolkata Metro Rail Investment Project's planning and execution, stakeholders can make informed decisions, optimize resource allocation, and create a sustainable and efficient multimodal transportation hub for the city. 6. Name of assignment: CDP (Comprehensive Development Plan) using Geospatial Technologies of Patna, Bihar State Month and Year: December 2020 - May' 2021
Location: Patna, Bihar State
Client: Bihar State Governmemt
Main project features: Comprehensive Development Plan (CDP) using Geospatial Technologies involves leveraging spatial data and analytical tools to understand and plan for various aspects of development. Geospatial technologies include Geographic Information System (GIS), remote sensing, Global Positioning System (GPS), and other location-based technologies. Positions held: Research Scientist
Activities performed: GIS technology enables the visualization, analysis, and interpretation of spatial data, providing valuable insights for decision- making during emergencies. Here are some ways in which GIS is utilized in emergency response and disaster management projects: Define Objectives and Scope:
Clearly define the objectives and scope of the Comprehensive Development Plan.
Identify the key areas or sectors that need attention, such as land use, transportation, infrastructure, environment, etc. Data Collection:
Gather relevant spatial data from various sources, including satellite imagery, aerial photographs, digital maps, and existing databases.
Collect non-spatial data related to population, economic indicators, and other relevant information. Spatial Analysis:
Utilize GIS tools to analyze spatial relationships, patterns, and trends.
Conduct suitability analysis to identify suitable areas for different types of development. Land Use Planning:
Use GIS to assess current land use patterns and identify areas for residential, commercial, industrial, and recreational purposes.
Model different land use scenarios to understand the impact of development on the environment and infrastructure. Transportation Planning:
Incorporate GPS data to analyze traffic patterns and identify areas that require transportation improvements.
Plan for optimal road networks, public transportation routes, and parking facilities. Infrastructure Planning:
Identify existing infrastructure and plan for future developments using geospatial data.
Optimize the placement of utilities such as water supply, sewage, and power lines using spatial analysis. Environmental Impact Assessment:
Use geospatial technologies to assess the environmental impact of development activities.
Identify environmentally sensitive areas and implement measures to mitigate negative impacts. Community Engagement:
Use GIS-based tools to visualize development plans and communicate them effectively to the community.
Gather feedback from the community through interactive maps and online platforms. Monitoring and Evaluation:
Establish a system for continuous monitoring using remote sensing and GPS to track changes over time.
Evaluate the effectiveness of the development plan and make adjustments as needed. Integration with Decision Support Systems:
Integrate geospatial data into decision support systems to facilitate informed decision-making.
Use real-time data and analytics to adapt the development plan based on changing circumstances. Documentation and Reporting:
Document the entire planning process, including data sources, methodologies, and outcomes.
Create comprehensive reports and visualizations to present the development plan to stakeholders. 7. Name of assignment: Base Map Creation for Delhi Development Authority (DDA) in System Department, Vikas Sadan, New Delhi Month and Year: July 2020 - November' 2020
Location: Delhi
Client: Delhi State Government
Main project features: Survey and Updating of Base map, Geo referencing of satellite imagery using of GCP, 0.5- meter interval Contour Generation by auto level survey and superimposed on to the base map. Positions held: GIS Analyst
Activities performed: Handling all work as per of client interaction. Understanding the client s requirement, their application, Development, man power assignment, providing technical supports to sub-ordinates. Clients have their application and database for different department user like Land Management Information (LMIS) for managers for planning and data visualization, Legal & RD application for legal activities records tracking with DDA and Land Owners, Land & Awas Application for Land Records, Web Site Development, updating, uploading and maintenance etc. 8. Name of assignment: City Development Plan Project for Kanpur City in Uttar Pradesh, India Month and Year: January 2020 - June' 2020
Location: Kanpur, Uttar Pradesh
Client: UP State Government
Main project features: Development of city plan along with topographical survey. Positions held: GIS Analyst
Activities performed: Planning of Kanpur city Map, Digitized the Sewerage System, Water Supply System, Landuse Classification and Base map. GIS can assist in analyzing the impact of the interchange on surrounding land use. It can help identify opportunities for transit-oriented development, which encourages mixed-use development around transportation hubs. 9. Name of assignment: NLRMP Haryana – National Land Records Modernization Program Month and Year: June 2019 - December' 2019
Location: Hariyana
Client: Haryana State Government
Main project features: The main objective of the NLRMP is to develop a modern, comprehensive and transparent land records management system in the country with the aim to implement the conclusive land-titling system with title guarantee, which will be based on four basic principles, i.e., (i) a single window to handle land records (including the maintenance and updating of textual records, maps, survey and settlement operations and registration of immovable property), (ii) the mirror principle, which refers to the fact that cadastral records mirror the ground reality, (iii) the curtain principle which indicates that the record of title is a true depiction of the ownership status, mutation is automated and automatic following registration and the reference to past records is not necessary, and (iv) title insurance, which guarantees the title for its correctness and indemnifies the title holder against loss arising on account of any defect therein. Positions held: GIS Analyst
Activities performed:
Conduct Personal geodatabase (PGDB) Analysis
GIS Data Analysis
Data Finalization and Approval
Prepare and monitor the water utility, sewer utility, storm water utility and general public works department budgets 10. Name of assignment: West Bengal Major Irrigation and Flood Management Project (WBMIFMP) Month and Year: May 2018- May' 2019
Location: Kolkata, West Bengal
Client: World Bank, ADB (Asian Development Bank) and Irrigation & Waterways Department, Government of West Bengal Main project features: WBMIFMP is a World Bank Funded Project under Irrigation & Waterways Department, Govt. of WB to implement structural & non-structural measures for augmentation of irrigation in the Damodar Valley Command including flood moderation/ mitigation measures to save the people from the vagaries of flood particularly in the Lower Damodar areas. The main objectives of the project are:
Improvement of irrigation system of DV command
Increase of the cropping area under canal water
Reduction of use of ground water and
Alleviation of flood of lower Damodar area.
Positions held: GIS Analyst
Activities performed:
Flood Risk Mapping: GIS can be used to assess and map areas prone to flooding. This includes identifying vulnerable zones, understanding drainage patterns, and predicting potential flood scenarios based on various factors. Early Warning Systems: Implementing GIS in an Emergency Response System allows for real-time monitoring of weather conditions, river levels, and other relevant parameters. Early warning systems can be established to alert communities in advance of potential floods. Resource Planning and Allocation: GIS helps in optimizing the allocation of resources during floods. Mapping the location of emergency shelters, medical facilities, and response teams facilitates efficient resource deployment. Vulnerability Assessment: GIS can aid in assessing the vulnerability of infrastructure such as dams, embankments, and irrigation systems to flood events. This information is crucial for planning and implementing mitigation measures. Emergency Evacuation Planning: GIS technology is used to model and plan evacuation routes, identify safe zones, and ensure the smooth evacuation of people from flood-prone areas.
Post-Disaster Damage Assessment: After a flood event, GIS can assist in conducting rapid damage assessments. Mapping the extent of damage helps in prioritizing recovery efforts and resource allocation. Community Awareness and Engagement: GIS can be used to create interactive maps for community awareness. These maps can include information on flood risks, evacuation routes, and emergency contact details. Emergency response systems and disaster management play a crucial role in ensuring public safety and providing timely assistance during emergencies. Various countries, including India, have implemented different emergency response numbers and systems to handle different types of emergencies. Here are some key emergency response systems in India: 11. Name of assignment: SCATSAT - 1 Utilization Project on Rice Productivity from Scatsat-1 Data Month and Year: August 2017 - April 2018
Location: Anand, Gujarat
Client: Space
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