• Battery and renewable resource integrator, working directly with developers, construction teams, owners and operators to integrate utility-scale BESS, solar, and wind resources throughout the project lifecycle from pre-agreement contract negotiations to resource acceptance testing and post-COD improvement.• Leader in SRP's BESS strategy team, aligning trading, grid operations, planning, and other cross-functional teams in scheduling, reliability, and economic dispatch strategies that optimize SRP's use of >2GW of renewable generation and >3GWh of energy storage• Developed and now manage SRP's renewable power forecasting team, responsible for SRP’s hourly and 5-minute forecasts generated by neural network and ARIMA methods.• Plexos trained and certified. Used to help set mid-term battery strategy and contribute to SRP's first Integrated System Plan (ISP)• Led the solar and wind long-term capacity expansion geographic diversity modeling, which recommends optimum renewable siting strategies based upon geographically-specific solar and wind profiles sourced from NSRDB, MERRA-2, HRRR, GOES imagery.• Research project leader with Arizona State University implementing sky cameras for near-term forecast improvement using convolutional neural network and machine learning methods.

• Built Clearway's Battery Energy Storage System (BESS) data model to summarize and report on all relevant energy storage accounting, charge/discharge cycles, standby losses, cycle efficiencies, etc.• Integrated asset health and maintenance data into Clearway's maintenance and parts supply software (SAP, Maximo EAM, and internal SQL tracking)• Architected and deployed Clearway’s weather and fuel forecast engine which ingests GOES, HRRR, GFS, and NBM meteorological data and provides 10-day weather & energy forecasts.• Developed power curve clustering which tracks asset performance, and utilizes a support vector machine to flag both near-term performance derate events and long-term drift away from nominal power production.• Data steward at the nexus of performance engineering, real-time production monitoring, and site operations engineering.

• Successfully roadmapped and managed the program yield from R&D to high-volume manufacturing for Intel’s novel 3D die stacking assembly packaging technology including all associated timelines, objectives, milestones, documentation and reporting.• International project manager for external suppliers’ yield and volume tracking activities. Accomplished with full adherence to data security and export compliance regulations.• Lead data analyst – responsible for data ETL, data storage system architecture, software development and implementation of automated process monitor systems for both engineering and managerial use.• Pioneered the application of package Eigen-shape decomposition and support vector machine classification to predict die attach and electrical test performance of package substrates across suppliers, reducing die loss by 1.5% and effectively increasing test throughput time by 15%• Performed research, cost-benefit analysis, and industry outreach to determine optimum intercept of next-gen metrology tools in both local and overseas manufacturing lines.• Failure analysis integrator responsible for verifying and integrating the failure analysis lab findings into a full root-cause pareto and disseminating the information to the process engineers• Technical writer, primary point of contract for Intel’s Defect Free Manufacturing spec.

• Developed, tested, and implemented new tank loading process controls to reduce reverse osmosis and ion exchange bed cycling, saving an average of 1.2 million USGal of water annually from fabrication sites• Proof-of concept engineer for the installation of permeate pumps on the high-pressure reclaim reverse osmosis units, reducing osmosis pressure pump uptime by 25%

Operations and Maintenance engineer for the Deluge Engine: a photothermal engine utilizing the thermal expansion of supercritical carbon dioxide coupled to a 3-in-1 piston to perform work.Responsible for new sensor installation and calibration. Performed efficiency research, optimizing the work achievable from the engine cycle.

- Onsite construction engineer responsible for parts of project finances, materials logistics, equipment procurement for the spillway dam construction project.- Teaching Lead and Kenyan community contact; responsible for teaching the community the engineering methods used in design/construction and the required maintenance activities.A brief note: EWB ASU is doing amazing things both globally and locally. Consider getting involved in or supporting your local chapter.

• Designed, modeled, tested, and patented a photocatalytic reactor utilizing solar concentration and nanoparticle catalysts to treat aqueous waste streams in applications lacking electrical inputs.• Modeled carbon sequestration from water gas shift reactors using dual-phase ceria-carbonate membranes to simulate optimum membrane reactor sizing prior to pilot plant installation.• Conference presenter on photocatalytic colloid applications in aqueous waste stream oxidation and water purification.

Research Engineer; responsible for water purity, cellular growth, heterotrophic monitoring, and electrolyte levels. Developed heat and mass transfer models simulating flux into/out of bioreactors and cyanobacteria cell cultures