PVStructural (PVS) (2022-2023):I designed and led the innovation of PVStructural (PVS), a cutting-edge web application for civil and structural engineers in the solar industry. I enhanced the tool’s functionality and user experience by integrating advanced database-driven design criteria, comprehensive analysis features, and customizable report options.

Analyzed the structural stability of 1000+ photovoltaic systems for both residential/commercial install. Managed permit revisions, assisted in training, and documented process to scale associate engineering team while maintaining quality assurance.Specialized in hazard prevention; identified blockages in internal operations to hasten quick and accurate output. Personally bolstered optimum working conditions for installers by actively listening to user needs.

Specialized in photovoltaic system design and installation management to optimize solar panel use and safety. Provided accurate PE reports and updated data from 30+ U.S. states.3D modeled electric vehicle solar-charging stations (Fusion360), performing a full FEA analysis. Optimized design requirements to lower peak power charges on business owners, provide fast charging, and offer shade for the user. Incorporated marketable design techniques to ease shipping and manufacturing costs.

I assisted in the programming and assembly of the first interactive, automated tie-dye system using the Baxter research robot at the USC Center for Advanced Manufacturing. I developed a control scheme for manipulating fabrics under varied conditions, yielding a mechanism in which the user may input their unique design choice, followed by the Baxter robot executing the twist and dyeing process. I supplied my Arduino Uno and assisted in the set-up of a motor control mechanism to pump the die at appropriate intervals.

I provided tutoring for K-12 students across all STEM fields and offered ACT preparation for motivated sophomores and juniors. With experience spanning from 2nd grade to graduating seniors, I specialize in supporting students from underprivileged communities, ensuring they receive the guidance and resources they need to excel.

I was responsible for drafting construction layouts in AutoCAD including demolition, erosion control, site grading, and detail sheet sets. Optimum water management with respect to metropolitan codes and regulations is well understood, alongside relevant construction procedures to accommodate these plans. I worked with landscape architects and civil engineers, combining my mechanical academia with construction related problem solving.

I helped create and print conductive ink onto flexible materials, with a common goal to build a new generation of flexible circuitry elements.