Location: Redmond, WA
Owner: City of Redmond
Since 2008, OCI has been the prime consultant working with the City of Redmond to resolve multiple persistent stormwater issues. To date, there have been 19 tasks involving approximately 40 individual sites. Each of these tasks requires OCI to be agile and responsive to identify the project problem, review options, and develop PS&E for bid. The tasks have included a wide variety of stormwater analysis including low impact design (LID), SWMM modeling, and working within the existing streetscape.
One of these tasks was developing an approach to eliminate excess runoff flowing over sidewalks. The City was concerned because the growth of slippery algae and winter ice made these sidewalks hazardous. OCI proposed and a developed PS&E to replace the sidewalks with porous concrete and provide a path for the excess runoff to infiltrate. Due to the need to complete construction in the summer season, OCI was able to complete options review and develop PS&E in only 3-months.
Service Details >>
- Bioretention / Rain Garden Design
- Porous Pavement Design
- UIC Well Design Support
- Rainwater Harvesting
Vice President / Principal
With 22 years of work in civil engineering and project management, Robert’s extensive experience includes both local public sector and private sector projects. He has provided civil, utilities, grading and drainage designs for apartments, multifamily housing, condominiums, roads, utilities, retail, offices, university facilities and parks. In addition, Robert has designed many low-impact design systems including bio-retention/rain garden systems, porous pavement (pavers, concrete, asphalt, gravel, grass) and rain water cisterns.
OCI Shareholder and Board Member
Joined OCI: 2012
Education: BS in Civil Engineering and BA in Economics, Rutgers University
Licenses and Certificates: PE in Washington State, Low Impact Development (LID) certification
HOBBIES & INTERESTS
Robert’s hobbies outside of engineering include backpacking with his three daughters and rockhounding