Project Progress Monitoring System (PPMS) is a web-based enterprise application which helps in monitoring the progress of Construction development projects like buildings, roads, bridges, pipelines etc. The application is an intelligent mix of Geospatial Information System (GIS) and various Management Information System (MIS) for providing a highly effective monitoring mechanism. It can be used to enter multiple inputs like Mobile-based Geo-tagged Photographs & Videos, Aerial Photographs & Videos and Satellite Imagery directly from the field. This data can be viewed by the administrator in real time through the web-based application. The purpose of the solution is to provide information regarding Project Progress to increase efficiency.
The Solution Comprises:
Web-based Application which is used for viewing, analyzing and monitoring project progress
Mobile-based solution for Data Collection which include Photograph, Latitude/Longitude
Mobile App for on-the-go use with selected features from the web application
Unmanned Aerial Vehicle (UAV) Services for capturing Geo-Tagged Aerial photographs
Manpower services for 3rd Party Monitoring and Data Collection
Storing all Project Information and relevant documents in one central location which can be accessed through the internet anytime, anywhere
Monitoring Physical and Financial Progress of projects through geo-tagged photographs & videos captured directly from the site
Representation of project details on a map helps in analyzing projects based on location
Trained Manpower for providing Technical and Field-level support
Integration of Aerial Videos and Mobile Video Footage for surveillance and monitoring
Dedicated mobile app for collection of field data for officials and vendors
Intelligent Dashboard for Top-Level Data Analysis and Decision-Support
User-Friendly Project Status Reporting Tool that generates Excel and PDF files on the go
Notification through Mobile App, SMS and Email
How Can PPMS Help You in Successful Implementation of Your Infrastructure Project?
Project Progress Analysis Through GIS
PPMS uses Google Maps and satellite imagery to help users view the project location for better understanding
Progress of project is represented on thematic (color-coded) maps. This simplifies project analysis and helps in decision-making.
PPMS can be used by surveyors to collect field data only when the device being used is positioned within the virtual buffer zone from the project location
It tracks the project team in real time for security surveillance and to improve the team’s efficiency
Central Repository of Project Information
This software stores all the records of the projects. The system acts as a central repository of all projects. The project categories can be subdivided as:
Scanned documents can be uploaded to the system using its inbuilt Document Management System
Tender-related details and documents can also be stored and tagged to projects
Projects can be filtered on the basis of:
Location (Zone/ Circle/ District/ Division etc.)
Type of Project
Project Progress Monitoring
A user can create New Projects using PPMS Web Application. Seniors can view and approve/reject them using the PPMS Mobile App.
Once a project is approved, surveyors can use the PPMS Data Collector App to submit information related to project progress
Project progress can be divided into separate Stages. Based on the Stage of a project, its completion percentage can be monitored.
As soon as the Survey Information is sent by the surveyor, it is reviewed by a senior officer for approval/rejection before the data is registered
Customized Dashboard and Easy Reporting
PPMS comes with a Customizable Dashboard for quick project management which displays the following information:
No. of Ongoing Projects
No. of Completed Projects
No. of Projects Yet to Start
Details of funds utilized and unutilized
Delayed Project Status etc.
The Dashboard provides notifications regarding New Project, New Survey, Project Completion
Report can be downloaded in Excel & PDF formats
Integrated Mobile App for Real-Time Data Capture from Field
PPMS Data Collector App is used to capture Data, Photographs, Latitude /Longitude, Barcode remotely from the field. This data can be viewed in real time on the web portal. Hence, it acts as a remote monitoring system.
It can only collect and send information when the mobile device is positioned within the virtual buffer zone of the respective project site. This results in Zero inaccuracy of data.
This app also works at places where there is no network connectivity
It works in both Android and iOS-based mobile & tablet devices
Integrated Mobile App for On-the-Go Usage
PPMS Mobile App brings all project progress information at user's fingertips
This App has an option for managers to approve/reject new Projects and the Survey data submitted
In areas with weak or zero internet connectivity, data
collected using the app is stored in the device which is synced to the
server when connectivity is regained
It has an inbuilt scanner which can be used for scanning and uploading documents
The app has both, Fingerprint/6-digit-passcode-based authentication system for secured login
Integration of Visuals Captured Using PPMS App
The PPMS Mobile App
comes with an inbuilt Video Capture tool which not only captures high
resolution videos but also its co-ordinates
Videos captured are tagged to Projects and multiple videos can be stored for each project location
Geo-Tagged Videos can be compared side by side for project progress analysis over a period of time
Videos can be very effective in visualization of any type of Infrastructure project specially Road, Pipeline etc.
Integration of Visuals Captured Using UAVs
UAVs (Unmanned Aerial Vehicles) deployed at the project site are used to capture aerial data
These geo-tagged visuals provide a bird’s eye view of the project. You can use them to improve site planning, manage assets and identify risks at the site.
High-resolution images captured by drones can be used to compare actual site conditions with the initial construction model. Videos taken before and during the project implementation can be used to calculate progress rate.
Drone data saves time and reduces project cost by preventing rework