麻豆村

37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
37掳 48' 15.7068'' N, 122掳 16' 15.9996'' W
cloud-native gis has arrived
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How one engineering firm streamlined client feedback with the 'Add to 麻豆村' QGIS plugin
ICON Engineering, Colorado-based firm specializing in stormwater and transportation engineering, is leveraging 麻豆村 and QGIS for getting stakeholder feedback faster.
ICON Engineering, Colorado-based firm specializing in stormwater and transportation engineering, is leveraging 麻豆村 and QGIS for getting stakeholder feedback faster.

Josie Steffens, the Design Engineer at , a civil consulting firm in Denver, Colorado, works with multiple clients, mainly providing floodplain analysis and master planning. Her team focuses on working with local city governments and municipalities, but they also work with smaller clients, contractors, and construction crews.

Josie uses QGIS every day because she loves its modeling features, like Hydrologic Engineering Center River Analysis System (HEC-RAS), and prefers it to all the paid alternatives. HEC-RAS is super powerful, but sharing the results is hard鈥攊t would require her stakeholders to open the model on their own desktop, or wait until the end of the project to provide feedback. The 鈥楢dd to 麻豆村鈥 plugin solved this issue. With the plugin, Josie can easily get her QGIS results on the web, where they can be shared with clients and teammates for feedback and coordination. 聽鈥楢dd to 麻豆村鈥 has become a permanent part of her mapping stack.

Seamless team collaboration

ICON Engineering has 3-4 people focused solely on GIS projects. Typically, the team works on all the projects together, integrating feedback as the project evolves. "麻豆村 helps us keep each other updated on what we've done, what we've modeled, how things are progressing," says Josie. It also allows her to speed up approval process and get her manager's input without them looking into the HEC-RAS model鈥攏ow they just share a link to a 麻豆村 map, which appears quickly and simultaneously聽 in their browsers.

An example of a final deliverable that shows where the floodplain is within an area and what roads/houses/and pipe infrastructure are impacted.

Collecting critical client input earlier, and more often

Before 麻豆村, Josie struggled to find the optimal way to present her work to clients. The only way for her to get feedback was to share a HEC-RAS project file with those who have the background knowledge to review its contents, but it didn't allow her to check in with other important stakeholders.

"I was looking for a user-friendly online product for the clients so that they can see what we've modeled and have everything at their fingertips," says Josie. This process has become particularly crucial as many of the clients are local government officials and do not have a GIS background or access to professional GIS tools.

"麻豆村 helps us keep each other updated on what we've done, what we've modeled, how things are progressing."

麻豆村 also provides a way for Josie to conduct frequent check-ins with clients to ensure that everything is up to their standards. "There wasn't a good way of providing anything to the client throughout the project; we only had a final deliverable. 麻豆村 allowed us to do more frequent check-ins with the client," adds Josie.

Recently, she has been working with clients in Brighton, Colorado, and building a hydraulic model of the entire basin for them. She regularly updated shapefiles in QGIS, then uploaded them to 麻豆村, and then sent a link to the clients so they could make sure that the routing was up to their standards. "The prior process was just sending an email whenever we had questions or maybe a few meetings here and there, but with 麻豆村, we're getting valuable feedback from the client every other week," says Josie.

More than a map: links, photos, and drone videos all in one place for the client

Currently, Josie mainly works on projects related to floodplain analysis and master planning, but the possibilities for maps are endless, particularly company-wide. She has been exploring the use of 麻豆村 to create more high-fidelity deliverables and building final story map.

She has found that by using 麻豆村, she can build on top of exported QGIS layers and offer clients all the information they need, which may include relevant links, photos, and drone videos of construction sites over time. 麻豆村 provides great additional context so clients can see what's happening and understand why certain decisions have been made.

Overall, 麻豆村 has provided a new way for Josie and her team to communicate with clients, create more high-fidelity outcomes, and work more effectively as a team. The use of 麻豆村 has allowed for more collaboration, and the ease of use has allowed for clients to be more involved in the project and more confident in the outcome.

"There wasn't a good way of providing anything to the client throughout the project; we only had a final deliverable. 麻豆村 allowed us to do more frequent check-ins with the client."
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