• Identify and evaluate emerging technical solutions and innovative technology providers/startups, establishing partnerships with key technology users that contributed to over 500 technology deployments and a 20% growth in the Darcy user base.• Analyze market trends to develop precise technology frameworks for E&P members of the Darcy Partners network, resulting in over 50,000 views of Darcy content by members.• Deliver on-demand consultancy and research solutions that address customer challenges and technology requirements for over 100 operators with a turnaround time averaging less than 10 days.• Organize and host 10 Darcy Live events per year, drawing 150+ technical attendees from the E&P industry for knowledge sharing in key technical areas.

• Product manager for the tracer technology portfolio, setting the strategic vision and overseeing the product roadmap from customer engagement to successful product delivery resulting in an 18% growth in new product revenue.• Utilized advanced modeling and analysis of tracer data to optimize hydrocarbon production. Enhanced well spacing, prevented frac hits, improved stimulation and diversion strategy, evaluated enhanced oil recovery programs, and optimized tracer study design.• Orchestrated the transition to a cloud-based system of tracer data interpretation. Introduced cutting-edge digital visualization of well information through enhanced statistical tools, superior QA/QC compliance, and machine learning processes that cut reporting time by 50%, improved customer satisfaction scores by 30%, and eliminated non-productive time due to QA/QC root causes.• Oversaw and directed a global team of 10 petroleum engineers, leading their technical evaluation, modeling, and analysis of chemical tracer data.

• Subject matter expert in hydraulic fracturing, decline curve analysis, and proppant transport that designed fracture stimulation programs for various E&Ps as well as delivering technical guidance for project planning and optimization of multistage completion systems.• Championed product development, managed project budget, and planned marketing campaigns for specialty proppants. Created a process to capture potential improvements to existing product performance and assess opportunities for portfolio expansion to meet market needs, targeting goals of improved profitability and delivery of competitive service.• Led project to coordinate and streamline efforts to improve proppant transport equations and the modeling of self-suspending proppant within common fracture simulation programs.

• Researcher within the Heavy Oil, Oil Shale, Oil Sands, and Carbonate Analysis and Recovery Methods (HOCAM) research team with a focus on improvements in chemical/thermal EOR methods via novel completion designs.• Statistical and modeling analysis provided for multiphase fluid performance within injection/inflow control devices.

• Contract position as a completions SME and strategist responsible for pioneering a new sand control product line. Provided technical knowledge and field experience with sand control method selection, sand screen sizing and construction, product management, and risk mitigation.• Provided advanced knowledge and experience with use of inflow control modeling tools, conventional nodal analysis, and reservoir simulation, particularly as it applied to frac-pack projects, alpha/beta wave modeling, subsurface safety valves and downhole completion tools.• Constructed product development roadmap, coordinating engineering support and creating marketing materials that communicate effectively the value of new technologies.

• Served as technical lead in ‘blue ocean’ commercialization of flow control devices (FCDs) in Canadian SAGD wells, collaborating with partnered customers to generate oil production improvements of 20-30% while also reducing the steam-to-oil ratio.• Grew revenue for heavy oil markets to 5-year high, increasing BHI market share over 300%.• Provided internal and external training on topics of sand control, reservoir modeling, nodal analysis, gravel packing, frac-packing, and completion design and optimization as subject matter expert.

• Modeled completion performance and various stimulation technologies, such as acidizing, fracturing, water shutoff, based on reservoir diagnostics.• Led development of worlds 1st autonomous-flow control device, finishing design and launch within a record 4 months and generating $4.93M in revenue in 1st quarter of release.• Restored wrap-on-pipe screen project to financial and technical viability, reducing 2-year release delay to 5 months and decreasing predicted budgetary overruns $200K.

• Launched XE118 engineered fiber, an innovative lost circulation tool that improved drilling efficiencies over 20% and generated $90K in new product revenue within 1st year of release.• Served as technical consultant to Saudi Aramco, providing well-cementing programs for onshore and shallow off-shore carbonate gas and oil wells. Generated $47M USD in new service revenue for Dowell Schlumberger.

• Led field crew to provide slick-water and polymer cross-linked hydraulic fracturing throughout western Oklahoma and northern Texas.• Determined primary and remedial cementing procedures along with design and installation of tubulars, packers, and subsurface controls.

• Designed and outlined upgrades to the refinery flare system, critically reviewing the existing series of pressure relief valves and updating the plant process flow diagrams• Recommended capital expenditure projects targeting areas of critical need.

• Evaluated material properties of a novel phosphate-based ceramic (Ceramicrete) to be used as a wellbore sealant under arctic conditions.• Established recommendations for oilfield use of Ceramicrete based on material rheology, thermal properties, pumpability, fatigue resistance, and structural properties under downhole conditions, heavily using x-ray diffraction and scanning electron microscopy analysis.