Dirt Time Training – Bioengineering/Streambank Stabilization
This course will show video clips to provide instruction on the “latest and greatest” of erosion control/soil stabilization practices.
0.5 CEU/5 PDH
This course will show video clips to provide instruction on the “latest and greatest” of erosion control/soil stabilization practices.
0.5 CEU/5 PDH
This course will show video clips to provide instruction on the “latest and greatest” of erosion control/soil stabilization practices.
0.5 CEU/5 PDH
Examine the different flood frequency methods available to an engineer and how to select the appropriate method for the job at hand!
1 PDH / 0.1 CEU
By integrating cloud-based software, sensors and flow controls in the field, and the weather forecast, adaptive control systems deliver flood risk mitigation, water quality improvement, operational insights, and resilience to communities. This presentation will introduce adaptive controls and discuss the process and challenges of adopting the technology. Results from the use of adaptive controls in Ormond Beach, FL, during two storms will be presented.
This hydromod methodology and modeling approach can be adapted to provide for better stormwater protection anywhere in the United States!
1 PDH / 0.1 CEU
Discuss calibrating today’s advanced methods, including common challenges and misconceptions and best practices to avoid pitfalls.
1 PDH / 0.1 CEU
Explore the concepts, terms, and analyses behind hydrology and the basis of hydrologic studies.
0.25 CEUs/2.5 PDHs
This course will educate the stormwater engineer to the availability of better, more accurate hydrologic computational methods and the benefits of learning this technology.
0.1 CEU/1 PDH
This course will explore today’s best available drainage options, including infiltration, treatment and nutrient removal, trash separation, and passive irrigation. 0.1 CEU/1 PDH
This course will cover how integrating one-dimensional and two-dimensional overland flood models is changing how urban drainage solutions are being developed.
0.1 CEU/1 PDH
The Milwaukee Metropolitan Sewerage District (MMSD) is partnering with Milwaukee County Parks and others to make improvements along the Kinnickinnic River and within Jackson Park as part of the larger 2017 Kinnickinnic River Watershed Flood Management Plan. Goals include flood risk reduction; improved public safety; improved riparian and aquatic habitats; enhanced stream aesthetics; and robust community collaboration. The team, led by designer HNTB, will discuss the project steps taken from planning to preliminary engineering. Design completion is planned in 2022 with construction to follow.
Learn all there is about Mechanically Stabilized Earth Wall (MSE) design and construction in this online training webinar.
1 PDH / 0.1 CEU
Resiliency to flooding in redeveloping urban areas is challenging, especially when native wetlands are filled, impervious is expanded, and rainfall intensifies.
Bolster your understanding of sediment particle characteristics, sediment size distributions, and ramifications on sediment transport!
0.2 CEUs/2 PDHs
Pull back the curtain on advanced hydrology and hydraulic modeling practices!
1 PDH / 0.1 CEU
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