Extensive background in the application of reservoir engineering principles to traditional and non-traditional production and other applications. Unconventional reservoir focus on the engineered application of mobility enhancing chemical systems at the reservoir/fracture interface for primary fracs, restimulation and EOR. Studied the impact of nanoporous confined space on fluid phase behavior in the reservoir and at the frac interface. Management is critical to minimizing phase blockage and damage development. Production performance analysis to optimize application design. Fifteen years evaluating aspects of design, modeling and monitoring of injection operations. Integrated reservoir monitoring and diagnostics to address waterflooding, CO2 Sequestration, and waste injection projects. Worked on the modification of StimPlan 3-D fracture simulator to handle multiple batches of slurry injection and address in-situ stress changes Resolved performance with monitored pressure responses relative to injected slurry properties, formation structure and geomechanical parameters.Taught courses and directed research for over a decade in both petroleum engineering and environmentally related topics at the Colorado School of Mines and The University of Alabama. Particularly effective in coordinating multidisciplinary efforts and bridging the technical gaps between varied disciplines. A graduate of Stanford University and The University of Southern California, receiving a Ph.D. in Petroleum Engineering, with a dissertation on physically scaled modeling of steam injection for optimized production.Specialties: Unconventional reservoir performance enhancement. Continuous monitoring technology for production, water and waste injection in oil and gas, CO2/CCS and geothermal applications. DCI/slurry injection fracture technology and modeling, Innovative produced water treatment. EOR technologies.