- Launched marketing function at Synoptic, the largest weather data provider to NOAA and NWS- Created and implemented the customer relationship management (CRM) system to streamline and increase outreach to data providers, customers, and leads, driving increased sales by 23% in 2023 - Lead team of three to craft campaigns and growth strategy to increase B2B sales and government contracts via social media outreach, newsletters, and paid advertising - Design and execute Synoptic’s marketing presence at industry conferences, including complex logistics coordination, run-of-show for event, communications materials, and collaboration with all levels - Achieved B Corporation status in conjunction with launching a corporate rebrand - Design and implement digital and print promotional materials, newsletters, and graphic design projects using adobe illustrator and adobe photoshop- Managed corporate website redesign, incorporating SEO strategies, adhering to mobile-first and responsive web design principals, and website accessibility standards.

As a Marketing Manager, I'm responsible for planning, executing, and tracking marketing programs and supporting the development of new marketing strategies.- Led team of three to produce target market analysis and positioning, competitive analysis, core messaging and content, communications materials and events, and digital initiatives- Collaborated with the executive team to execute press releases, firm announcements, internal and external communication content, market updates, and compliance documentation- Created marketing growth strategy and increased brand engagement through our blog by 429%, increasing qualified leads by 194% and company revenue by 10%- Manage promotional materials to standardize and maintain brand consistency across all groups - Managed programmatic ad campaign

- Create accurate reservoir models for company reserve estimations and to determine future field development.- Find, organize, and vet all available geologic data prior to creating a Petrel model- Created seismic well ties using RockDoc software- Worked with geoscience team to create accurate well ties, sand mapping, fault interpretation to asses the depositional model- Constructed Petrel sand models using seismic interpretations, AVO, analysis, and petrophysical properties

- Liaised between executive team and colleagues of all levels across the company and externally to produce and execute successful high-level meetings and events- Organized and prepared a variety of production, engineering, geologic, HSE, business development, and planning information for shareholders meetings, board meetings, town hall meetings, conferences, and other executive-level meetings - Synthesized complicated scientific concepts to create informative and engaging presentations and written reports for non-scientific audiences - Streamlined, organized and maintained an internal SharePoint database with sensitive and confidential information for increased internal communication and collaboration with easy access for management

- Worked on special projects, analyzing the Eagle Ford to optimize well placement, worked with exploration team to evaluate additional formation and acreage opportunities- Used petrophysics, geochemistry, micro-seismic, completion, and production data to determine vertical and horizontal variations in the Eagle Ford to ascertains “sweet spots” and increase production by 20% on new wells- Collaborated with Business Development and Landmen in the evaluation of additional acreage - Worked on optimizing placement for Salt Water disposal wells. - Worked with New Venture exploration team to evaluate additional formations to target in the area, primarily worked on the Pearsall and Olmos formations- Managed and executed all onshore data trades with over 10 companies, successfully traded data on over 100 wells- Managed and mentored 4 interns and 2 new college graduates - Created training manuals and developed exercises for college graduates to ensure a successful transition into working onshore operations- Evaluated the Eagle Ford shale using multivariate statistics determining optimum well length and orientation, stage spacing, number of stages, and optimal proppant - Built 3D geologic models of Eagle Ford Shale over Murphy acreage to define petrophysical properties across the play and optimizing well placement

- Collaborate and coordinate with landmen, development, production, and operations engineers to plan and drill successful horizontal wells in the Eagle Ford Shale play. - Geosteered 52 successful 5000’+ horizontal wells, working 24/7 hour operations and managing up to 4 rigs at a time - Coordinated and collaborated with land, HSE, project engineering, and reservoir engineers to plan locations and permit on over 150 wells- Establishing the bases for field development on over 57,000 leased acres by collaborating with landmen and development engineers to create over 300 pro-ration units for future drill sites- Correlated well logs and used seismic data to ascertain the best fit structural maps of the targeted zone prior to drilling, for increased well production- Create and update all geologic maps for targeted geosteering, creating better well production Saw opportunities for improvement and created processes to enhance communication and efficiency- Created and organized an internal database for the Eagle Ford team, creating easy access for all groups, for better integration and communication - Trained all new Eagle Ford team members on field development and geosteering software and processes

- Communicated and coordinated with rig, land, engineering, and completions team to created successful horizontal wells. - Geosteered 6 Successful 10,000 ft horizontal wells- Created and updated all geologic maps as new data flowed in- Prepared in depth presentations and state documents to propose future drilling plans to the state and to obtain approval prior to drilling.

- Developed a comprehensive geomodel and depositional model for a Miocene play as an analogue for potential prospects.- Created well log correlations and cross sections to tie seismic data for mapping and interpretation of key seismic horizons in subsalt deep-water sediments- Analyzed pore pressure of a Miocene field to determine fault compartmentalization.- Created a Petrel model for a Miocene play by incorporating mapped seismic horizons, well log interpretations, Sw, Porosity, NTG, net pay, and sand fairway maps, to determine EUR