- Organized and maintained the equipment and cables in the Mechanical Room, Sound Room, and Light Room- Supported campus events by operating audio and lighting equipment, to enhance the overall event- Handled the technical setup of the events, by setting up cameras and live streams, which increased event attendance online- Collaborated with on and off-campus personnel, with clear communication, resulting in amazing events

- Curated content for Facebook and Instagram, by highlighting theatre events resulting in more engagement on social media and event attendance- Created event and post graphics, using Photoshop and Procreate, to create visual appeal and increase engagement- Collaborated with Brevard Music Group to promote upcoming music performances, using Facebook and Instagram, to increase attendance- Responsible for the upkeep of the Zen Room, by cleaning and organizing equipment, ensuring all equipment was in the right spot

- Researched and integrated scientific instruments into design to achieve customer-specific scientific goals and objectives- Allocated the Payload Budget for both instruments, using the Mission Concept Cost Estimate Tool (MCCET) and the Body Mounted In-Situ for the MSOLO and Probe Mounted In-Situ CER for the RTD- Implemented Mass Spectrometer Observing Lunar Operations (MSOLO) to the system to find the concentration in particles per million, generally 0.1 to 650 ppm for the elements and compounds in the regolith- Integrated the Resistance Temperature Detector (RTD) to measure sub-surface temperatures in Kelvin, from 20 K to 120 K - Designed Verification and Validation Plans for the payload to ensure mission continuity through autonomous programs - Performed trade studies and determined Technology Readiness Levels (TRLs) for both science instruments, with parameters like the ability to achieve science goals, cost, complexity, and risk - Determined Recovery and Redundancy plans for the instruments, by recalibrating, cooling down, and saving the data- Established the payload success criteria for minimum success, ideal success, and stretch goals, encompassing the number of samples, detection of the elements/compounds in the regolith, and detection of subsurface temperatures

- Led a team of 2 science students as the prime researcher, overseeing scheduling, task delegation, budgeting, and ensuring the rover met its scientific goals- Researched science goals from Artemis III, including analyzing concentrations of water-ice, Methane, Chlorine, Fluorine, Sulfur, and Carbon Dioxide found in the Permanently Shadowed Regions (PSRs), and identifying sub-surface temperatures - Analyzed technical papers to evaluate Artemis III candidate regions for volcanic volatiles, ice-water content, surface temperatures, illumination, and distance from the Schrödinger Crater- Utilized JMARS software for accurate geospatial information of the PSR, determining the final landing and science sites while adhering to the customer constraints of a maximum 15° slope and a 100-meter diameter- Applied predicted illumination data of the South Pole from the NASA Scientific Visualization Studio to aid in the selection of Peak Near Shackleton as the optimal landing and science region- Collaborated with the Lead Systems Engineer to develop a comprehensive Concept of Operations (ConOps) for the lunar rover mission, including Traverse Mode, Science Mode, and Idle Mode operations - Created the Mission Schedule for mission phases in a Gantt Chart, encompassing key operations (manufacturing, procurement, testing, Validation, integration, and launch) over a 5 year period, enhancing project tracking - Implemented a descope strategy to decrease the personnel in each project phase in response to a 22% budget decrease, maintaining the new budget, and preserving project effectiveness

- Managed transactions at the POS, by scanning, itemizing, and totaling customers products, ensuring accurate processes and a smooth checkout experience- Provided assistance for the customers in the self check out, by overriding and voiding, to streamline the self checkout process - Engaged in clear communication with customers and coworkers, to address questions, resulting in customer satisfaction and improved understanding- Maintained aisle organization in a retail environment by topping and blocking, ensuring products were accessible and visible - Cleaned and organized the shared workspace by keeping it clutter-free