Features:
Analyze pipe and valve criticality
Assess fire flow capacity
Build and manage hydraulic models
Design water distribution systems
Develop flushing plans
Identify water loss
Manage energy use
Prioritize pipe renewal
Simulate networks in real-time
End-User:
Irrigation/Civil Engineers
Pain points:
the difficulty of designing complex water networks
the multiplicity of water network solutions
inability to identify the best practical solution
inability to simulate networks in real-time
inability to predict critical pipeline high or low-pressure failures
Goals:
the ability to design complex water networks easily
the ability to test and simulate water networks in real-time
identifying the best economic environmental sustainable solution
access and identifying where fire protection is inadequate. and design improvements.
Workflow:
there's no specific workflow as there are many workflows:
Designing a new water network supply
monitoring an existing water network for renewal and optimization
designing or improving fire flow capacity
Topics:
Analyze pipe and valve criticality
Assess fire flow capacity
Build and manage hydraulic models
Identify water loss
real-time simulation
pipe renewal maintenance
points of value:
the ability to design complex water networks easily
the ability to test and simulate water networks in real-time
identifying the best economic environmental sustainable solution
access and identify where fire protection is inadequate. and design improvements.
Features:
design any type of structure / share your model data with your team / Complete your steel, concrete projects / Design structures anywhere using over 90 international codes / streamlined workflows to reduce duplication of effort and eliminate errors
End-User:
Civil engineer
Pain points:
the difficulty to convert a physical model into an analytical model
weak multi-discipline team collaboration
the inability to run many design alternatives in parallel
the inability to simulate the effect of earthquakes and to test the results
the inability to view and edit models of any size from mobile devices.
Goals:
Design and analyze simple or complex structures for a wide range of loading conditions
Design and detail seismic force-resisting systems
Quickly model your entire structure
Complete building analysis, design, and drafting for the entire structure accurately and efficiently
Workflow:
Topics:
design and analyze complex structures easily
seismic force simulation
time and cost-efficiency
Design to international standards
Points of value:
Quickly model your entire structure
design and analyze complex structures easily
Design and detail seismic force-resisting systems
Features:
Manage projects of any size with this cloud-based easy-to-use solution for globally prioritizing / planning / managing / executing projects / programs / portfolios.
End-User:
Project managers
Pain points:
lack of collaboration between the project teams and the stakeholders
high risk of cost and schedule overruns
inability to optimize management of all resources for maximum ROI
inability to monitor and visualize project performance
lack of project commitments due to unexpected emergencies and risks
Goals:
Unite project teams and stakeholders through collaboration and strong feedback methods
Reduce the risk of cost and schedule overruns
Optimize management of all resources for maximum ROI
Monitor and visualize project performance vs. plan
Confidently make and keep project commitments
Project management – Anytime, Anywhere access
Workflow:
Topics:
ease of setting up risk management plans
ease of collaboration between the project teams and the stakeholders
Monitor and visualize project performance
Anytime, Anywhere access...
points of value:
Unite project teams and stakeholders through collaboration and strong feedback methods
Reduce the risk of cost and schedule overruns
Optimize management of all resources for maximum ROI
Monitor and visualize project performance vs. plan
Confidently make and keep project commitments
Project management – Anytime, Anywhere access
Features:
Civil 3D® civil engineering design software supports BIM (Building Information Modeling) with integrated features to improve drafting, design, and construction documentation.
End-User:
Civil Engineers
Pain points:
difficulty to work on complex bridge design projects.
Seeking a more efficient pressure pipe network layout and design.
integration of script coding and visual designing requires more coding skills to the user's
inability to access your files from multiple locations and companies
Goals:
Coordinate workflows more efficiently across the various disciplines working on complex bridge design projects.
Use enhanced tools for a more efficient pressure pipe network layout and design.
Expanded toolkit for transit and rail design including spirals, dynamic alignments, profiles, and superelevation design.
using a visual scripting environment to develop routines that automate repetitive design tasks and expedite workflows.
Securely access Civil 3D files, data shortcuts, and Xrefs from multiple locations and companies, all in a common data environment.
Workflow:
Topics:
visual scripting
bridge designing
points of value:
Coordinate workflows more efficiently across the various disciplines working on complex bridge design projects.
Use enhanced tools for a more efficient pressure pipe network layout and design.
Expanded toolkit for transit and rail design including spirals, dynamic alignments, profiles, and superelevation design.
using a visual scripting environment to develop routines that automate repetitive design tasks and expedite workflows.
Securely access Civil 3D files, data shortcuts, and Xrefs from multiple locations and companies, all in a common data environment.
Features:
InfraWorks® civil infrastructure conceptual design software lets AEC professionals model, analyze, and visualize their design concepts within a real-world context of the built and natural environment —improving decision making and project outcomes.
End-User:
Civil Engineers
Pain points:
Goals:
Do Bridge, road or infrastructure designing of complex structures
Running Flood, traffic or mobility simulations.
visualize and create realistic images and videos that help improve understanding of how your project will perform.
Workflow:
Topics:
Road designing
Flood simulation
traffic simulation
points of value:
Rapidly develop multiple design options with powerful parametric modeling and automated documentation.
Assess superelevation, road assembly, and cut-and-fill engineering details of your road design in cross-section form.
Design roads with curbs, lanes, shoulders. Create parametric models in Inventor and add them to the component road design.
Analyze flooding projects based on multiple inflow locations and water elevation changes over time.
Analyze traffic flow, display traffic analysis results, and generate traffic simulation animations.
Features:
Create road and bridge designs / Surveying, drainage, subsurface utilities, and roadway design / Design accurate transportation signage / Gain insight into civil projects within the context of 3D models to make better decisions throughout the lifecycle
End-User:
Civil Engineers
Pain points:
Goals:
Design roads and bridges more efficiently, identify high-risk items, and minimize costs.
Design accurate transportation signage in minutes
Visualize 3D models to make better decisions throughout the lifecycle, in the office, field, or on-site.
Workflow:
Topics:
transportation signs creation
Road designing
Bridge designing
points of value:
Design roads and bridges more efficiently, identify high-risk items and minimize costs.
Design accurate transportation signage in minutes
visualize 3D models to make better decisions throughout the lifecycle
Features:
Generative Design / Real-time simulation / Additive manufacturing
End-User:
Mechanical engineers, product design & manufacturing teams
Pain points:
Goals:
Create the best possible designs based on engineering and manufacturing requirements.
New Computational Fluid Dynamics capabilities and product enhancements take Creo Simulation Live to the next level.
improvements to the Creo Additive Manufacturing Extension. You can now add lattices based on the Delaunay algorithm
Workflow:
Topics:
Parametric & Freestyle Surfacing
Real-time simulation
Additive manufacturing
points of value:
Create the best possible designs based on engineering and manufacturing requirements.
New Computational Fluid Dynamics capabilities and product enhancements take Creo Simulation Live to the next level.
improvements to the Creo Additive Manufacturing Extension. You can now add lattices based on the Delaunay algorithm
Features:
cloud works haring, data management, and collaboration solution built on BIM 360.
End-User:
Civil Engineers
Pain points:
Goals:
cloud works sharing
data management
collaboration solution built on BIM 360.
Workflow:
Topics:
collaboration solution built on BIM 360.
analyze, simulate, and connect in the cloud to improve designs
points of value:
cloud works sharing
data management
collaboration solution built on BIM 360.