Designing and testing advanced materials for aerospace applications, including developing precision-engineered pressure vessels and dust-proof enclosures for aerospace-grade material research and analysis.Conducting research in collaboration with Virgin Galactic LLC to study the effects of oxidizers on aerospace-grade polymers.Utilizing advanced characterization techniques, such as Dynamic Mechanical Analysis (DMA), Fourier Transform Infrared Spectroscopy (FTIR), Thermogravimetric Analysis (TGA), and Differential Scanning Calorimetry (DSC), to evaluate material properties.Collaborating with a multidisciplinary team to meet project objectives, providing technical expertise in material science and experimental design.Participating in regular meetings to brainstorm solutions, refine experimental protocols, and deliver actionable results for research development.

Designed CAD models in SolidWorks for vision systems, part-contact test devices, and other projects across production lines and testing environments.Prepared designs for 3D printing using FDM and stereolithography slicers, optimizing models for prototyping and production.Developed CAD drawings for high-vibration environments, ensuring precise locations for tapped holes and mechanisms enabling rotational and translational movement. These designs were fabricated in the company’s machine shop.

Authored two detailed 200-page manuals for a 6-sided area of interest vision system software, documenting settings, functions, and tools to differentiate between good and defective WFM resistors. These manuals serve as key references for engineers and operators.Designed color-coded Excel templates to visualize resistor plate grids, highlighting resistance values with gradients to ensure proper chemical usage and manufacturing processes. These templates are now standard for testing and new resistor plate creation.Configured a Prusa 3D printer with MMU2 attachment for multi-filament printing, enabling the production of cross-sectional resistor prototypes for device development.

Assisted teachers and students in preschool and elementary schools when time was available before and after the college semester. I worked before the 2022 college spring semester started, during spring break, and after the spring semester ended.

Starting as a concession team member, I quickly advanced to roles with increasing responsibility, eventually becoming Assistant Manager. My role included overseeing operations, including opening and closing the theater, managing ticket sales, and coordinating concession services. I was responsible for curating movie schedules, selecting and aligning trailers with upcoming films, and ensuring timely marquee signage and promotional materials updates. Additionally, I collaborated with staff to deliver excellent customer service and maintain a seamless theater experience for patrons. My ability to adapt, manage logistics, and handle scheduling contributed to the theater's successful operations.