- Developed a comprehensive JavaFX application to collect, process, and visualize LiDAR sensor data.- Developed a C# / .NET Framework application to automatically align APD Sensors implementing safety features to prevent damage from user misinput.- Reduced data processing times > 600x by analyzing software for bottlenecks and building a multithreading + parallel processing engine.- Utilized GIT and MVC Architecture, practicing under the SDLC. Communicated with stakeholders and participated in regular design reviews.- Utilized Python Socket.IO for developing a Client/Server interface responsible for managing 3 motion controllers. - Wrote internal tooling BASH scripts to automate APD testing and accelerate development.- Wrote documentation and built unit tests using Java JUnit 5.

• Developed a full-stack JavaFX application for processing and visualizing raw LiDAR sensor data in large datasets. • Lowered sensor data processing times over 600x, utilizing Java multithreading.• Created a custom heat map and digital image processing library in Java.• Wrote unit tests with Java JUnit 5, utilizing the Gradle build system. • Utilized MVC software architecture in development.• Wrote internal tools utilizing Python.• Maintained multiple Git repositories through development and documentation.• Showcased application development through multiple design reviews.

• NASA RockSatX 2024 mission software lead. • Developing radio-based mesh networking systems, async telemetry, sensor reading using UART, SPI, and I2C, and timed event actions for a series of experiments to be launched on a rocket to space at NASA Wallops in August 2024. Also developing electrical circuitry and prototype PCBs.• Participated in numerous public speaking events.• Mentored a group of students through software development in embedded hardware.

• Responsible for software development and engineering electronic circuits, researching and planning projects, documentation, daily routine tasks and maintenance, and testing.• Built electronic circuits and software for a claw arm using Arduino microcontrollers.• Led the research and development of a new retrofit controller for a pre-80's CNC Lathe.• Managed production of 3D-printed parts with Resin SLA and FDM printing methods. • Created processes for development and production.

• Conceptualizing a visual infographic on NASA's Artemis III moon landing mission.• Writing and researching NASA mission directories and structure, completing research essays weekly between August and mid-September.• Systems engineering for a Lunar Rover expedition, utilizing LiDAR terrain mapping and navigation systems, NASA DSN for communication, radioisotopic thermal generation, cosmic radiation detection, and subsurface water detection

• Prepared food and beverages in a fast-paced environment• Communicated with, and serviced customers• Restocked supplies

• Delivered excellent communication skills including eloquence, active listening and interpersonal skills• Used time management skills to fulfill quotas of 20-25 houses per hour

• Learned and maintained proficiency in first responder skills such as First Aid and CPR to offer individuals in distress optimal support.• Closely monitored activities related to the pool area, identified safety issues throughout shift

• Built meaningful connections with students from diverse backgrounds• Mentored students through homework, projects, test preparation, papers, research, and other academic tasks