TEAM SEVEN stands for Trajectory Efficient Autonomous Mission for Surveillance Endurance and Vehicle Energy Needs 

The goal for the project was to design a control system in order to increase the efficiency of any aircraft flying a mission in austere environments in locations such as mountain ranges. In order to be able to safely and efficiently fly in such dangerous terrain, flight boundaries and pathing algorithms had to be designed to be reliable. Part of my role was defining where the aircraft could fly and the best place to do so. I also was responsible for the plotting package in order to be able to visualize these solutions to ensure the user knew what the system was outputting.

To see more of my work on this project, please visit my portfolio page, or teamsevencontrols.com

• Led team as Scrum Master

  • Managed team of seven to ensure we met program deadlines

  • Prioritized work to meet critical stakeholder needs

• Consistently communicated system performance and requirements verification to team of over a 50, frequently interacting with team leads and company management

• Selected by executive leadership to perform advanced analysis and development of future programs’ requirements

• Built Framework to run development test analysis

  • Adaptable to development test configurations and extensible to allow for new assessment tools

  • Diagnosed root causes of problems using intimate understanding of product

  • Leveraged multiprocessing techniques to ingest terabytes of data continuously, consistently, and stably

  • Reduced system assessment time from 120 working hours to occurring nearly instantly, as soon as tests are finished

• · Diagnosed root causes of problems using intimate understanding of product

• · Leveraged multiprocessing techniques to ingest terabytes of data continuously, consistently, and stably

• Trained in model based systems engineering (MBSE) and sysML

• Effectively aggregated and built a library of standards in order to streamline MBSE work in company

• Collaborated with team to build sysML templates for radar platforms

• Developed enterprise tool to model satellite reliability and manage operation risk in C++ and Qt

• Took user feedback to improve user experience and streamline tasks on tool

• Wrote detailed documentation in order to export the tool to the company at large

Complex Analysis (2023)

Fourier Series (PDEs) (2021)

Multivariable Calculus (2020-2021)

• Taught classes when professor was unavailable

• Led virtual and in person recitations in order to establish understanding  of material

• Graded exams and homework assignments