Selected from a national applicant pool to assume primary responsibility for the supervision and development of a high-profile garden unique to San Antonio, and advise stakeholders and renowned designers- Improved executive level communication by creating visual tools to convey technical information.- Corrected infrastructure errors in 40% of the primary garden by isolating systems that were improperly connected.- Improved well reliability by 100% by identifying the reporting mechanism responsible for repeated systemic failures.- Eliminated 99% of run off by measuring percolation rate and adjusting the irrigation application rate accordingly

Oversaw the maintenance, procurement, and receiving of all nursery stock and plant displays. Managed the pesticide application program, safety program, irrigation systems, and fertilizer injectors. - Ensured an annual ROI >35% by using sales data to forecast demand and rapidly scaling inventory to match.- Eliminated 70% of disease outbreaks by anticipating stressors and implementing a proactive monitoring strategy.- Reduced peak checkout time by 45% by identifying conditions for the economical use of additional registers.

Responsible for ordering, merchandising, and maintaining all perennial plants and display beds.- Increased perennial display bloom period by 200% by calibrating fertilizer injectors to automate nutrient delivery.- Maintained losses under 1% by planning for unexpected environmental factors and deploying mitigation strategies.

Responsible for helping customers with their purchases, unloading merchandise shipments, and merchandising as needed throughout the nursery.- Rapidly given increasing levels of responsibility.

Functioned as the systems administrator while completing research for the McNair Scholar’s program.Advisor: Kay Robbins, Ph.D.- Developed tools with MATLAB to measure synchronization in nonlinear systems.- Visualized neurological EEG data from human subjects.