Vignesh Govindharaj Remote Sensing, GIS and Image Processing Programs
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Hi, I'm Vignesh Govindharaj, and I thrive at the intersection of programming, remote sensing, and GIS data handling with extensive experience in image processing across various domains including microwave, multispectral, hyperspectral, aerial, and terrestrial photographs. Over the course of my career, I've spearheaded numerous projects covering a diverse range of applications.

Some of the notable projects I've undertaken include close-range photogrammetry, shoreline management, ship detection, oil spill detection, bathymetry, potential fishing zone identification, land use and land cover classification, flood inundation modeling, network analysis, morphometry analysis, site suitability analysis, crop suitability assessment, forest fire monitoring, road network planning, usability and economic growth analysis, and coal mine exploration.

One of my significant achievements includes developing a sophisticated model in MATLAB to digitize and track ocean waves, akin to vehicle tracking systems. Furthermore, I've proficiently written numerous programs in MATLAB and Python to streamline day-to-day tasks and enhance project efficiency.

In addition to my technical prowess, I'm well-versed in conducting field visits and proficiently handling instruments such as Total Station, DGNSS, and drones, facilitating data collection and validation processes.

What sets me apart is my exceptional project time management skills, ensuring timely delivery of milestones and successful project completion. I take pride in my ability to efficiently manage complex projects while maintaining a high standard of quality and accuracy throughout.

Subjects

  • Python Expert

  • Digital image processing Expert

  • Remote Sensing and GIS Expert

  • Digital Image Processing using Matlab Expert

  • MATLAB (Image Processing) Expert

Experience

  • Scientist (Dec, 2022–Present) at Indian National Centre for Ocean Information Centre
    1. Developed and maintaining an Automation GIS tool for the Small Vessel Advisory Service (SVAS), focusing on identifying high-risk areas for small vessel capsizes in the Indian coastal regions.
    2. Implement algorithms to define risk zones within each coastal district and calculate distances from the coast.
    3. Generate and disseminate advisory messages for Indian coastal districts based on SVAS data, ensuring timely delivery through web platforms.
    4. Enhance and optimize the Automatic Monthly Statistics Algorithm for SVAS to improve accuracy and reliability.
    5. Collaborate with interdisciplinary teams to contribute to the necessary development of Ocean forecast services, aligning with the organization's objectives and technological advancements.

    Skills:
    1. Proficiency in GIS software development and automation tools.
    2. Strong understanding of coastal dynamics and risk assessment methodologies.
    3. Experience in algorithm development and statistical analysis for marine safety applications.
    4. Ability to work in a multidisciplinary environment and communicate effectively with stakeholders.
    5. Knowledge of web-based data dissemination and visualization techniques.
    6. Familiarity with ocean forecasting models and data processing techniques.
    7. Good coding knowledge in Python, Matlab, R, JAVA, Satellite data processing.
  • Research Engineer (Apr, 2022–Oct, 2022) at Indian Institute of Technology Bombay, Powai, Mumbai, Maharashtra, India
    1. Designed a new methodology for Land Use and Land Cover, especially for Coastal locations.
    2. Prepared Land Use Land Cover Professional Maps For Coastal Mumbai from 1971 to 2021.
  • Project Associate (Mar, 2020–Dec, 2020) at Indian Institute of Technology Bombay, Powai, Mumbai, Maharashtra, India
    1. Conducted Various surveys such as Total Station, GNSS, and Drone surveys in the field
    2. Developed a land topography model.
    3. UAV video was used for Automatic detection of waves present in the ocean, Tracking and digitizing the waves without human intervention.
    4. Derived Bathymetry using wave information.
    5. Developed Coastal Relief Model. This will be useful for coastal erosion & aberration monitoring.
  • Project Engineer (Oct, 2019–Mar, 2020) at National Institute of Rural Development and Panchayati Raj (NIRD & PR), Hyderabad
    1. Monitoring and Evaluation of Rural Roads in India by using satellite data and field-collected data.
    2. Developed Automation Tool for spatial data handling & Report
    preparation.

Education

  • M.Tech Geoinformatics (Jun, 2017–Jun, 2019) from Bharathidasan University, Tiruchirappalli, Tamil Nadu
  • B.E Civil Engineering (May, 2013–Jun, 2017) from Anna University

Fee details

    ₹250–950/hour (US$2.95–11.20/hour)

    On Weekdays the charges will be high and on weekends the charges will be less.
    Also, one hour class, the charges will be high, continues 2 to 3 hours class the charge will be less

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