- Build analytical models to quantify revenues and costs associated with sustainable waste management- Support strategic decision-making about how to best use complex and ambiguous data to make recommendations about selecting and providing waste reuse services- Develop tools to facilitate outreach to and partnerships with local governments

Lead teams of up to 20 engineers in the development of civil infrastructure projects ranging from $6 million to $500 million; oversee all phases of engineering works – including engineering, design, permitting, and construction.Prepare new work proposals and create business development materials for prospective clients.Analyze and quantify risk associated with technical, logistical and economic uncertainties for construction projects; incorporate degree of risk and implications into planning and design.Develop, calibrate, and execute scripts in Excel, VBA, and MATLAB that simulate hydraulic and sedimentation processes; quantify the efficacy and impacts of proposed coastal projects.Assist public and private clients in developing integrated shoreline management plans that include metocean studies, shoreline protection projects, emergency response actions, 5-year risk management recommendations, and long-term strategies.Design infrastructure projects, including shoreline protection, dredging, beach restoration, marinas, and wharves. Develop technical documentation, plans, and specifications.

Developed statistical distributions and ran Monte Carlo simulations to estimate water quality from a wastewater treatment plant and used results to assess permit compliance.Evaluated water quality impacts due to the proposed Bay Delta Conservation Plan, including analysis of risk through investigating several operational and environmental scenarios.Managed a working group of public and private stakeholders to build a framework for improving water resource development in an energy-efficient, cost-effective manner that conforms to existing policy.Assisted in CWA litigation and NPDES permit renewal through estimating dilution of various discharges in the coastal ocean; analyzed several processes including wind, waves, tides, and nearshore currents.Simulated hydrodynamics in riverine and estuarine environments to assess near-field and far-field water quality impacts.Performed technical and economic assessment of proposed and existing environmental policy, including TMDLs, individual and general stormwater permits, and state policies throughout California.Developed and implemented a stormwater collection and sampling program using automated samplers for a 2,500-acre industrial site by simulating runoff from measured and synthetic precipitation events at the site.

Managed a working group of 26 professionals from real estate, design, banking, and legal sectors in developing the Green Tenant Tool Kit, a project that empowers commercial tenants and landlords to implement sustainable practices in their buildings.Created a marketing plan to maximize the outreach of the Green Tenant Tool Kit.Coordinated the actions of three sub-committees focusing on tenant engagement, green lease documentation, and scorecards and checklists.

Developed experimental methods to improve accuracy in measurements of sulfur concentrations in natural and human-dominated ecosystems in order to model atmospheric sulfur transport.Designed and built flux chambers to collect air samples at field sites in Santa Cruz, CA.

Organized site plans in the $25 million renovation of the LEED-Platinum Linde-Robinson Laboratory whose innovative design utilized the building’s historic features to maximize energy efficiency and conserve water resources.Managed a team of subcontractors through responding to RFIs, supervising schedules using critical path analysis, and maintaining budgets.