Best Engineering Software for ArcGIS

A data wrapper to the industry standard US Army Corps of Engineers HEC-HMS software, GeoHECHMS (a stormwater management software) speeds up the creation, analysis and review of stormwater models. It is compatible with AutoCAD graphic user interface. GeoHECHMS offers: • Automated HEC/HMS Workflows • AutoCAD Civil 3D & ArcGIS Integration • Automated Watershed Delineation • Detention Pond Design • Stormwater Design Tools for Purpose-Built Purpose • Automated TOC and Lag Time • Automated CN Computations • Comprehensive Report Generation GeoHECHMS allows one to quickly compare different scenarios, including pre-development conditions and post-development designs. Rapidly design, analyze, and compare retention and detention ponds.

You can accelerate your ability to scale by analyzing your site in real-time with your design. This allows you to concentrate on what's most important: making a lasting impression on your communities. Quickly view your idea from all angles. Follow your instincts, draw your idea, and Giraffe will do the rest: overlaying data, querying, and automatically calculating your proof-of-concept. Data discovery allows you to view the most current local mapping data for your site. Giraffe can combine maps from any source and treat them as layers. It allows you to sort, group and analyze them. Engage your stakeholders by giving them a 360-degree view of the potential for a site. For increased community engagement, provide viewer access to the plan. This includes context and images. Giraffe allows you to create something you feel confident in and share it when it's ready. You can quickly review plans in a shared space.

Only drone mapping and photogrammetry software that supports desktop, cloud, and flight apps. Pix4D's processing algorithms will give you the survey-grade results that you want. For even more accuracy, use the AutoGCPs feature. You can instantly view any jobsite anywhere on your browser in 2D or 3D. With results you can measure and explore, compare, and share, and even collaborate. You can keep a permanent, up-to-date record and resolve any disputes quickly. Use a drone or laser scanner to capture images and point clouds. Automate and optimize your drone flights with the free PIX4Dcapture app. You can combine the power of point clouds and images to extract key elements from LiDAR, laser scanning, or photogrammetry data. Survey curbs, building footprints and walls, as well as catenary curves. Vectorize from point clouds faster and verify in photos. Smart Grid saves you 1,000s of clicks when creating spot elevations.

Autodesk Construction Cloud connects teams, workflows, and data at all stages of construction to reduce risk, maximize efficiency and increase profits. Teams can collaborate, connect, and integrate with the most current schedule to keep projects on track. Access short, on-demand courses anytime, anywhere to help you use any Autodesk Construction Cloud software. All project teams can work together, from design to completion, using a single construction software platform. Securely connect workflows and work together securely from one source of truth. Easily collaborate with powerful, easy-to-use software that connects crucial workflows. Linked workflows allow information to be moved quickly between teams and ensure that critical context is not lost. All the tools you need to plan, escalate, and resolve work. All construction stakeholders will find powerful, purpose-built tools. Securely design the right workflows for your projects. Manage how information is shared with your partners.

Concept3D is an interactive map platform and virtual tour for enterprises that features vivid 3D renderings. Concept3D was founded in 2006 by ex-SketchUp employees. It hosts 360deg panoramas and maps of 1000s of locations. This allows you to create digital worlds from real-life places, as well as enhance your on-site experience. Concept3D's interactive maps and virtual tours allow you to bring places to life.

Ideal for 3D site design, stockpile volumes calculations, mine surveying. Quantity takeoffs, pad design, pond design, geological map, surface contouring and visualization, as well as landfill site design. This includes functions for surveying, coordinate geometry and image manipulation, digital terrain modeling and contouring, volume, earthwork calculations, design and grading, visualization, and report generation. You can create surface models using large UAV and LiDAR datasets. You have complete control over the point data thinning process. You can thin to polygons and corridors, coordinates areas, or exterior regions. Import and management a variety survey and file formats, such as total station, LiDAR and ASCII, DWG and DGN, USGS DEMs, LandXMl, and image formats (TIFF and BMP, JPG). The total station data can be imported with automatic control over linear features, breaklines, and symbology. Live Maps allows you to import georeferenced background imagery.

Advanced Distribution Management System must provide flexible solutions to address the core requirements of the new digital grid. It must be able to provide resilience and reliability to the network, as well as the scalability and intelligence to intelligently and proactive assess the outcomes of operations and contribute to new requirements to minimize asset cost and optimize the network. ETAP ADMS is an intelligent and robust decision-support platform that uses a unified Digital Twin (electrical network) and a collection geospatial-based distribution system applications. This allows for reliable and secure management, control, visualization, optimization, and optimization of small to large distribution networks and smart grids. Integrated electrical asset information, network connectivity and visualization. Predictive analysis for future and what-if conditions. Advanced decision support analysis and adaptive optimization applications.

Cities are being challenged by issues such as housing availability, sustainability goals and economic changes. ArcGIS Urban allows planners and designers to collaborate across teams using a web-based 3D app that supports scenario planning as well as impact assessment. ArcGIS Urban facilitates the digital transformation of urban and regional planning to encourage collaboration and help all parties work towards a more sustainable future. With a digital twin of your city, you can create, track, and approve development projects. Planners and developers can share a common view of urban development guidelines by incorporating BIM (building information modeling) and other 3D information into the project review process. This reduces the time and effort required to submit building applications. ArcGIS Urban is an interactive 3D environment that planners can use to create, edit, and manage land-use and zone plans.

The City Form Lab has created a state of the art toolbox for urban network analysis. The ArcGIS centrality toolbox is the first of its type. It can be used to calculate five types of graph analysis measures on spatial network: reach, gravity, betweenness; closeness and straightness. Redundancy tools also calculate the redundancy index and redundant paths as well as the wayfinding index. These tools have three key features that make them ideal for spatial analysis of urban street networks. They can account for both topology and geometry in the input networks using either metric distance (e.g. Meters) or topological distance (e.g. The analysis uses impedance factors such as turns. Second, unlike other software tools that only operate with two network elements (edges and nodes), UNA tools include a third element, buildings. These are used to calculate all measures.

OpenFlows WaterGEMS is a decision-support tool that provides a complete and easy-to-use solution for water distribution networks. This software will help you understand how infrastructure behaves as an overall system, how it responds to operational strategies, as well as how it should grow in response to increasing population and demand. OpenFlows WaterGEMS offers everything you need in a flexible multiplatform environment. It includes simulations of fire flow and water quality, as well as criticality and energy cost analysis. OpenFlows WaterCAD is the superset that OpenFlows WaterGEMS is. Using criticality analysis, DMA planning, pressure management tools, and criticality analysis to identify potential projects, you can efficiently identify and address potential problems. Real-time data is used to analyze energy costs and maximize operational efficiency, minimize disruptions and respond intelligently to emergencies.

CityEngine is a 3D modeling program that creates immersive, interactive urban environments in a fraction of the time it takes to do traditional modeling. CityEngine allows you to create cities based on real-world GIS data, or a fictional city. Instead of modeling each building individually, create a large city. CityEngine allows you to quickly adjust the architectural style and other features of your city, allowing you to create multiple design scenarios. To show plans for changes and other designs, create 3D models. Use 3D models to illustrate regulatory and land use conditions in your designs. To gather feedback, share multiple design options with your team members or stakeholders. CityEngine seamlessly integrates with your existing creation pipeline. To create 3D context around your heroes buildings, you can bring in other assets. You can export your work into high-end visualization software and game engines.

XPStorm can be used for dynamic urban stormwater and river system modeling. It allows you to confidently present your results to planners, engineers, and the general public. FEMA approved XPStorm in the U.S. to submit NFIP submissions. It is the preferred solution by hundreds of engineers, scientists and modelers around the world. XPStorm can take 1D and 2-D modeling and allow you to use it for stormwater conveyance sizing and site development, medium-to-large flood study, river modeling, watershed studies, and site development. You can easily communicate output results to evaluate your options. Communicate clearly to all stakeholders and enable better decision-making. To save time, combine hydrology and hydraulics into one model. Complete stormwater and watershed master plans to ensure capital planning is in place and flood risk mitigation is possible.

OpenFlows WaterCAD is trusted by engineering firms and utilities around the globe as a reliable decision-support tool for their infrastructure. To reduce disruption risks and increase energy efficiency, you can design new water systems or manage existing water networks efficiently. OpenFlows WaterCAD's ease of use makes it easy to plan, design, and manage water distribution systems. You can import almost any data format and leverage it to jumpstart your model, quickly allocate water needs, and automate terrain extraction, node allocation, and other functions. You can compare a wide range of operational, physical, design, water demand, network topologies, and other scenarios. OpenFlows WaterCAD allows you to model in a familiar environment, using CAD capabilities and shortcuts from MicroStation or AutoCAD. OpenFlows WaterCAD can be used as a standalone application for added flexibility. OpenFlows WaterCAD is a subset from OpenFlows WaterGEMS.

InfoSewer is a 1D software for planning and capacity analysis of gravity sewer systems. It allows you to identify the most cost-effective ways of reducing overall system flows to increase or restore capacity. To determine the most cost-effective remediation, you can accurately model both dry-weather and rain-weather flows. Integrate seamlessly with Esri ArcGIS by using both steady-state and quasi dynamic hydraulic and hydrologic models. InfoSewer can also be purchased as a standalone product that includes a geospatial environment. You can gain a comprehensive and holistic view of your system design and performance to help you plan for future growth and stress. You will be able to fully understand the effects of wet weather conditions, as well as infiltration or inflow on sanitary, storm, and combined systems. InfoSewer accurately models both dry-weather flow and wet-weather flows to determine cost-effective and reliable methods for wastewater collection.

InfoSWMM is an ArcGIS-centric hydraulic and hydrologic simulation model for urban drainage. It is used to analyze stormwater, sanitary sewer and combined sewer networks for planning and management. You are already familiar with the Esri ArcGIS interface. GIS layers of parcels, buildings and buildings can be integrated with your model to make it easier. InfoSWMM allows you to conduct extensive overflow, rainfall-derived infiltration and inflow (RDII), green architecture, and groundwater filtration (GWI). This allows you to plan your system efficiently and accurately over the long-term. InfoSWMM can integrate with top geospatial software. It allows you to import and process data from EPASWMM and HEC-RAS. InfoSWMM helps you reduce the chance of being caught by Combined Sewer Overflows, (CSOs), or Sanitary Sewer Overflows, (SSOs).

InfoWater provides answers to your "what happens when" questions so that you can make confident decisions. InfoWater's hydraulic models bridge the gap between network modelling and ArcGIS. This ensures that you get sound, cost-effective engineering options for planning, designing, and operating your systems. InfoWater integrates seamlessly into the Esri ArcGIS environment. InfoWater Pro is available for those who are using Esri ArcGIS Pro or are considering it. We also offer support for AutoCAD users and standalone environments. What water distribution assets are most likely to fail? InfoWater automatically determines the impact on customer service levels if assets fail, so you can prioritize them to help guide your capital planning budget. InfoWater bridges the gap between sensors and telemetry to improve proactive event management and system performance. InfoWater can quickly model any network, no matter how many pipes it contains.

The application is simple to install and can be up and running within 48 hours. It doesn't require any special hardware or software. Optimize your investments in other technologies and data sources. VEERUM can be customized and integrated seamlessly with existing digital platforms. You can share with unlimited users, even contractors. You will have a faster way to unlock the potential value of your data. VEERUM Smart Site allows you to integrate data sources to enrich your asset's visual model. You can determine the information sources and create a custom solution. Common information sources include Maximo and SAP, OSI Pi document management systems, real time IoT devices, Maximo, SAP, OSI Pi and many other. A 3D viewer can help you unify all your asset information and enrich your visual data. To verify site conditions, visualize the latest CAD designs, reality scanners, and 2D plan plans in the same viewer.

Auterion is changing the way emergency response teams, humanitarian organizations, enterprise entities collect and act data. It improves workflows, delivers goods, and saves lives and property. Auterion is the most reliable, secure, and reliable drone and payload platform available today. Auterion SDK allows workflow integration across your fleet. Our integration with ESRI's site scan app provides the best integrated enterprise workflow for mapping. Our integrated software solutions allow for seamless workflows from the field to back office. Auterion automates your operation, from controlling and powering the drone to analyzing the cloud data and integrating with your existing systems. Our open ecosystem brings together the best of the drone industry to offer customers greater flexibility and extensibility.

In minutes, turn drone collections into authoritative images or 3D models. ArcGIS Drone2Map makes it easy to create professional imagery products using drone-captured images. This tool will allow you to quickly create products for analysis and visualization. You can choose the drone and camera that best suits your needs. In-field image processing is also available to verify the quality and coverage of your imagery collection. ArcGIS Collector can simplify and streamline your ground control workflow. It captures high-accuracy points, which can be integrated into your ArcGIS Drone2Map project. The industry's most intuitive drone image processing software automates your image processing. You can quickly create stunning 2D or 3D products that you and your company can use for analysis or visualization. You can access the latest aerial views by pressing a button.

CADObject is a unique product of "ExonIT", LLC. It allows you to create application systems and WEB services that allow interaction between CAD apps and GIS apps. Management and creation of project documentation according to the customer's specifications. Real-time updates of documentation allow for a reduction in operational costs. Maintaining the object's history with instant access to all the information needed in real time. Integration with existing enterprise systems. The main difference between CADObject, and similar products, is that CADObject creates an object model while converting data between CAD and GIS. All standard graphic symbols are recognized and merged into objects according to a classifier. Finally, the objects are transferred to a spatial data base. Each object is assigned a unique entry in the database. This allows for the development of spatial solutions.

Site Scan for ArcGIS, the cloud-based drone mapping software, is revolutionizing imagery data collection, processing and analysis. Automatic fleet management gives you a complete view of your drone inventory and flight history. You can keep up-to-date using accurate imagery by using repeatable flight plans. This ensures high-quality data capture while flying your drones. Securely process imagery in a scalable cloud environment. This will allow you to quickly share high-quality 2D or 3D imagery products with your entire organization on any device. You can save time by using the measurement or analysis tools to find the answers you are looking for from your data. To perform advanced drone analytics, such as object detection or application of artificial intelligence (AI), directly publish your drone data to ArcGIS.