Scott Struck to Present on Stormwater Management Planning at ASCE Denver Branch & RMAEP Virtual Meeting
Scott Struck, Ph.D. (Colorado) will present "Planning More Efficient Drainage Infrastructure: Applying Optimization Algorithms and Triple Bottom Line for Stormwater Management Planning and Improved Resiliency" at the American Society of Civil Engineers (ASCE) Denver Branch & Rocky Mountain Association of Environmental Professionals (RMAEP) Virtual Meeting from 4:00 – 5:00 p.m. MDT on September 3, 2020.
Scott Struck is a Principal based in Colorado with more than 15 years of experience focused on planning, design, and implementation of stormwater infrastructure and watershed management to meet drainage and regulatory requirements. He frequently works with public (municipal, county, state, and federal), private (industrial and commercial), and non-profit clients.
RMAEP was founded in 1982 and is a non-profit professional association made up of members in six western states: Colorado, Idaho, Montana, Nevada, Utah, and Wyoming.
ASCE represents more than 150,000 members of the civil engineering profession in 177 countries. Founded in 1852, ASCE is the United State's oldest engineering society. The Denver Branch of the Colorado Section was formed in 2017 and operates under the leadership of the Colorado Section. Since the Branch's inauguration, its members have been actively involved in the advancement of the science and profession of civil engineering in the Denver Metro Area.
The traditional approach for evaluating capital improvement options within networked hydraulic systems is to develop design alternatives, model the effects of each alternative, estimate the planning-level costs for the most promising alternatives, and choose the most cost-effective alternative for more detailed design. This approach works well if the number of potential alternatives is small and manageable. However, as we increase the scale of master planning to include larger basins, watersheds, and entire cities the number of alternatives can increase substantially. Determination of the potential combination(s) of solutions based on multiple decision criteria while also considering cost-effectiveness becomes an overwhelming task to evaluate and compare potential viable solution sets. The required resources using a traditional method is nearly impossible and often results in incomplete, partial, or no comparisons of alternatives resulting in the final selection of a less cost-efficient opportunity. With advances in computing power and optimization algorithms, a more efficient and objective-based approach to assess hundreds of thousands of capital improvement alternatives is possible. Using a cloud-based optimization software package, Geosyntec analyzed costs, hydraulic performance to determine optimal solutions meeting design criteria. Tailored algorithms that used localized cost curves were developed to determine the most cost-efficient green and gray infrastructure capital improvement alternatives to meet project objectives. Post analyses of optimal scenarios using a triple bottom line (TBL) assessment of environmental benefits was then completed to understand more holistic benefits and costs in stormwater and sewer collection systems improvements. This presentation will share the process for developing optimized results using two separate case studies.
About the event: ASCE Denver Branch & RMAEP Virtual Meeting
Register for the event: Registration for the Virtual Meeting
About the RMAEP: https://rmaep.org/
About the ASCE Denver Branch: http://branches.asce.org/denver/about
Learn more about Scott Struck: https://www.geosyntec.com/people/scott-struck