GIS is the best choice for construction planning, site evaluation, and management of hydrology, hydraulic power, measurement, transportation, and public safety.
 

The adoption of enterprise GIS technology in information engineering systems makes connections possible between on-site monitoring and project management.Utilizing the relational database, you can connect all customers, inventory, road networks, and data of purchase and maintenance.
Using this system, project managers can figure out material inventory, designers can calculate prices rapidly, and inspectors can update the master network diagram on-site. In short, this system saves your team time and energy.
The efficiency of the entire workflow can be increased by using GIS: project management, analysis, design, and logistics.
Geographic information systems allow you to achieve data accuracy, data sharing, analysis abilities, and model establishment
 

GIS integrates and converts data of different formats.Combine satellite images, CAD diagrams, and parcel maps to construct visual projects and transform them into easy-to-understand reports.The system loads CAD documents, and then integrates them into geographical databases in the form of layers.Integration results can be output through GIS server to the Internet.
Dynamic water resources can be constructed, simulated, and analyzed based on the hydraulic, environmental, and geographical protection zone and resource management data that is provided by GIS.The whole system can be visualized on the map and data variations on the model can be demonstrated.GIS 3D Analyst illustrates the amounts of groundwater, surface water, and water resources and facilities.
 

With the facility information obtained from the reference database, you can use what-if situations to analyze, maintain, and expand capital, as well as check assets, history, and attribute data.The model can be integrated into your master plan with specific rules so that you can balance resources and demands.
Transport engineers adopt network analysis to plan, design, and manage roads and traffic equipment. Piping engineers adopt GIS Schematics to demonstrate piping networks and compare map data. Project managers use Production Line Tool Set (PLTS) to organize and manage mapping and geographic databases.
Adoption of geographic information systems increases the efficiency of your work: scheming and site selection, concept design and analysis, fundamental design, construction management, data collection and measurement, and operation and maintenance can all be improved.
 

GIS promptly integrates and analyzes various types of images for site analysis.Highly precise results are displayed on maps in the form of geodata. This geodata can be connected to customer data to make insightful correlations and statements. Basic maps include evaluational maps, administrative districts and cities, environmental protection areas, aerial photographs, topology maps, and soil distribution maps.After integrating data like population growth, economic activities, and traffic flows with the maps, possible and restricted site regions can be plotted.
GIS Spatial Analysts combine different kinds of map layers to identify areas most likely to be search targets.For example: hydrology map layers, land forms, transport paths, and wind patterns can be combined to find potential locations for landfill sites.
Furthermore, GIS 3D Analyst can create 3D scenarios, analyze 3D data, and determine the visibility range of any give location.
GIS Business Analyst provides analysis tools for analyzing markets in advance for site selection.Business Analyst Online provides regional data in the United States. You can access and execute sample maps and consumer and commercial data required for site analysis, and you do not have to retrieve such data by yourself.
 

The responsibility of engineers is to ensure the safety of buildings, bridges, pipelines, and other crucial infrastructure. That is why they need comprehensive decision-making tools to evaluate, prepare, and respond in emergency situations.GIS technology offers abnormal event information warning tools, such as warning of flood levels and monitoring evacuation water levels at bridges.Because all basic public safety data is stored in the geographic database, it can be shown in real-time on maps by the Internet.Current traffic and weather data can be added, protection and buffer zones can be defined, and latest real-time messages can be announced too.GIS Desktop tool sets and GIS Spatial Analyst are used to integrate and analyze data requirements to complete specific missions.
Using enterprise GIS databases for emergency response management allows you to accomplish the following: identify important infrastructure, facilities, and hazards in important areas, point out medical resources and routes to transfer patients to the nearest hospitals, plan emergency evacuation paths for high-risk groups in advance, assess storm damage accurately, identify the priority of short-term recovery requirements, and arrange long-term recovery requirements.
 

CAD integration

GIS for AutoCAD is freeware, so CAD users can look up GIS visualization data in AutoCAD without having to do format conversion.CAD users can add complete GIS content into AutoCAD jobs through ArcGIS map services.
GIS for AutoCAD has the mapping ability of CAD as well as the powerful calculation ability of GIS, and does not require connections to spatial data.You can achieve the following through GIS for AutoCAD: browse dynamic GIS maps in CADI and display all GIS symbols under GIS data structures, add GIS analysis results to your CAD design data, add GIS basic geodata to your CAD products, define coordinate systems in AutoCAD, and automatically converte maps on-the-fly without doing lengthy conversions.