Integration of GIS for geophysical investigations such as magnetic and gravity surveys for Tar sands in USA and map making. The major modules of the task are transferring of the field data acquired data to a spatial dataset; analyze the data using statistical tools, interpretation and preparation of anomaly maps.

Geophysical survey map preparation for Canadian Athabasca Oil Sands. The task involves the bore hole mapping, integration of geophysical and geologic data, integration of laboratory reports and provides a geodatabase for exploration planning.

Updation of surface structural maps of the Greater Pittsburg Oil and Gas fields covering Allegheny, Beaver, Butler, Armstrong, Westmoreland and Washington counties. The Prepared maps include structural contours, anticlinal axes, synclinal axes, stratigraphy and structural discontinuities.

Digitization of temporal maps of the area. The type of maps includes gravity, magnetic and structural. The task is digitization and geodatabase integration.

Digitization of geology maps for Angola including the features like surface geology, sub surface geology, faults, folds, streams, lineaments, spot heights, dykes, contours, bathymetry etc. and integration of the geodatabase in Open source environment.

Digitization of sampling sites and integrating the geochemical analysis results for placer deposits for gold deposit exploration for modeling and analysis of the potential place reserves for Ireland.

Digitization of geology maps for Nepal including the features like surface geology, sub surface geology, faults, folds, lineaments, spot heights, dykes, contours, bathymetry etc. and integration of the geodatabase in Open source environment.

Digitization of geology maps of BGS at 1:25000 scale including the features like surface geology, sub surface geology, faults, folds, dip points with direction with correct symbology levels and integration of the geodatabase in Open source environment according to the specifications given by BGS.

Plotting sampling locations and laboratory reports by integrating in GIS from paper maps and laboratory reports for each sampling site for Midas Mineral Resources.

This project of Australia included the AT, DTM, Contouring, ortho-rectification and ortho photo mosaicking to assist exploration activities for gemstone prospecting. The orthophoto mosaic was tiled as 2km x 2km subsets with a vector mosaic index for delivery.

Digitization of Coal bed thickness, Over burden thickness etc., of the Portsmouth Area, USA and its integration into the Geodatabases.

The proposed work involves the digital capture of photo interpretation work (land cover information, hydrology, roads, and other features) located within Forest Management District 16 North. All interpreted features (points, lines, polygons) and their attributes will be digitally captured from the scanned and orthorectified interpreted aerial photos provided by the Client.

The project involves orthorectification, mosaicking and tiling of aerial imageries along the river channel as a base data to monitor current environmental and ecological status of the river system in NSW, Australia.

This project for the coastline of Southern Australia included the AT, DTM, contouring, feature collection, profiling and Ortho photo mosaicking. The objective of the project is to implement a standard, repeatable and cost effective method of monitoring of the coastal environment. And promote, inform and integrate the operational monitoring requirements of a regional overview; shoreline management plans; coastal strategies; Flood Mapping and risk analysis through the GIS data set.

The objective is to produce orthophotos maps in ECW format to be used in Open source software for environmental impact assessment for a new industry planned.

For an Ornithology project of Australia, prepared 6cm resolution true colour ortho photographs from aerial imageries. After mosaicking the individual photos together, the nests of migrating bird species were digitized and designed a database for further data incorporation. The ortho-mosaic and the database created were served as the baseline data for the advanced investigations of environmental scientists, zoologists and ornithologists for the project. Client supplied aerial photographs and inertial measurement unit (IMU) data and ground control points and SBL designed the database and done orhorectification and mosaicking.

The process involves AT, orthophoto production, and editing of topographical data obtained from photogrammetric processes, structuring of contour and slope lines, data attributing, placement of height points and editing of all other topographical data in order to produce maps for flood mitigation purposes in NSW, Australia.

The objective of this project is to produce photo maps in ECW format by AT, DTM generation, ortho-rectification and to design a database to represent each tree as a point object and assess the health status of each tree and update the data to analyze productivity for a large plantation in Australia.

Assessment of the status of tree belts in NSW, Australia for their status and health monitoring of plants using high resolution Aerial photogrammetry.

Digitization of a series of maps from 17th century to 2006 with about 50 years interval to study the changes in land use, river course, infrastructure and assess the effects of human intervention in major locations of interest in France for an international anthropology project.

This project of NSW, Australia included the AT, DTM, Ortho Photo generation and Mosaicking of different target areas to compile the 3D data of the area at different scales to assist civil engineering works for the government. The second phase of the work is to convert the existing engineering drawings and georeference them to overlay over the ortho mosaics for efficient management of the existing system and to plan the upgradation and maintenance.

This project of Southern Australia included the AT, DTM, Contouring and Ortho Photo Mosaicking . The objective of this project is to compile the 3D data to extract 0.5m contours for the Airport Authority. In brief the Photogrammetry team is involved in Digital Aero Triangulation, Manual DTM/DEM generation and contour generation.

This project of NSW, Australia included the AT, DTM, Contouring, and 3D Feature collection, Ortho Photo Mosaicking followed by digitization of existing paper drawings of the public works department and georeference the data with the orthos for management, maintenance and upgradation of the public works.

Parcel level mapping using existing paper maps and digital ortho photos and topo maps. Interpretation of ortho photos was required to match old maps with recently acquired aerial photographs. Lines of occupation such as fences, walls, hedges, etc., were used to identify parcel boundaries. The objective is to setup a digital database linked to GIS for the local government body.

This project of NSW, Australia included the AT, DTM, Contouring, and feature extraction, Ortho Photo Mosaicking followed by digitization of parcel data to incorporate the existing datasets for the administrative purposes.

The objective of the project is to build a geospatial database of the graves of an Australian State and to link the details of the deceased to query and sort based on the grave location. All the datasets were supplied in Open source and Open source compatible formats for clients requirement.

MMS envisages a web based application for a Municipality in India and its various departments. The application facilitates interoperability on Linux Server as an optimum web based application and to develop the needed datasets from the paper maps and data available with the user community. The web based application suite allows integrated analysis of data for planning/development and management/ administration activities and browser based update and editing facilities for the central database.

The project demands assessment of the present status of ongoing large scale construction activities through close range photogrammetry techniques and orthorectification of the aerial imageries with 1.5 cm resolution.

A complete CAD project for as-built drawing digitization without georeferencing including Plan, Section and Elevation for a major metropolitan city.

Digitization of cartographic drawings in DGN format with about 30 levels to depict different features as polygons, lines and points with topological integrity. The objective of the project is to build a decision support system for planning and development of small towns.

Digitization and Database integration of Road sections, junctions, bridges, tunnels, door numbers, kilometer points, way direction, parcela, manzana and construccion for the state of Spain, basically meant for route planning and transportation assistance. Done it Muncipo wise in Open source environment with strictly defined file and database structure with maintaining topology rules.