Master of Engineering in Aerospace Engineering
Aug 2023-Dec 2024 at the University of Virginia, Charlottesville, Virginia Cumulative GPA: 4.00 of 4.00
Relevant Coursework: Combustion, Gas Dynamics, Control Systems, Linear State Space Systems, Experimental Robotics, Engineering Math, Finite Element Analysis, Turbulence & Multi-Phase Flow,
Risk Analysis
Bachelor of Science in Aerospace Engineering
Aug 2020-May 2024 at the University of Virginia, Charlottesville, Virginia Minor: Computer Science | Cumulative GPA: 3.95 of 4.00
Relevant Coursework: Aerospace Propulsion, Astronautics, Flight Vehicle Dynamics, Aerodynamics, Aerospace Structures, Thermodynamics, Fluid
Mechanics, Aerospace Materials, Computer Aided Design
Project & Component Engineering Intern at Aerojet Rocketdyne
May 2024-Aug 2024
I modernized and validated a data reduction software originally developed in C by converting it into MATLAB.
This upgrade enabled the software to output several key parameters, events, and graphics shortly after solid motor static fire tests,
thereby streamlining the data analysis process for both customers and company test engineers.
Additionally, I developed and maintained comprehensive indentured parts lists for two major programs using Windchill PLM software.
This ensured accurate documentation and version control for over 500 individual components, resulting in approximately a 10% reduction
in the time required to resolve issues.
Furthermore, I conducted a thorough analysis of existing propellant ingredient specifications and identified that a requalification
plan was unnecessary. This oversight saved the company and the program an estimated $100,000 and several months of testing and validation.
Propulsion Team Lead for Senior Capstone Project
Aug 2023-May 2024In a leadership role, I spearheaded a multidisciplinary team of 10 engineers in the development and execution of a student-researched M-class solid propulsion system for a high-powered rocket. My responsibilities encompassed the formulation of safety, manufacturing, and testing procedures for our solid propellant, inspired by MIT's Cherry Limeade formulation. Coordinating research efforts using tools like OpenRocket and OpenMotor, I optimized motor performance and predicted flight characteristics, ensuring a holistic and successful approach to advancing rocketry capabilities. In a project lead role, I developed safety, manufacturing, and testing procedures while creating requirements, risks, & budget tables to ensure the prototype propulsion unit was completed by the end of the year.
President of the UVA High-Powered Rocketry Club
Apr 2023-Jun 2024
I am leading the full design of a Level 2 High-Powered rocket including a payload with several sensors,
wireless data transmission, an Arduino microcontroller, and a GUI for live plotting and analysis,
targeting an apogee of around 4000 ft.
In a pivotal leadership role, I orchestrated the acquisition of approximately $14,000 in funding,
recruited certified mentors, and directed a team of over 20 members in the comprehensive design,
manufacturing, and testing of a rocket to reach an altitude of 10,000 ft. for the team's debut in the Spaceport America Intercollegiate
Rocketry Competition in 2024.
Leveraging Solidworks and a rocket trajectory simulator, I designed and modeled an airbrakes system for the competition rocket
to get as close to the target apogee as possible. I developed a numerical simulation that predicts the apogee of the rocket given position and velocity,
which is being used in the control algorithm for the airbrakes system.
I oversaw the research and development of a hybrid rocket engine during the early phases of design and analysis. I worked directly on the Oxidizer system,
researching and applying engineering principles on piping, valves, and injectors for a nitrous oxide hybrid rocket system.
National Security Solutions Technical Intern at KBR
May 2023-Aug 2023I researched a signal processing tool tailored for sub-Nyquist rate sampling, assessing its applicability to current and future projects. In MATLAB, I rigorously tested novel signal processing techniques, successfully reconstructing diverse signal types at rates ranging from 3% to 50% of the Nyquist rate, with an impressive success rate of up to ~80%. Additionally, I contributed to the tool's advancement by developing an enhanced GUI, facilitating efficient sampling, analysis, and reconstruction of waveforms or signals. This project required adjustable parameters, and findings were meticulously documented, culminating in presentations to executives and industry partners.
Program Lead at the Forge Academy
Aug 2021-May 2023In a teaching role, I instructed a class of 15+ students each semester in data cleaning, analysis, visualization, and machine learning using Python. My proactive approach to student enrollment involved conducting persuasive class pitches, participating in event tabling, and leveraging social media strategies, surpassing class sign-up expectations. To ensure a continually enriched learning experience, I consistently produced and refined lessons on GitHub and Git-Books on a weekly basis, demonstrating a commitment to dynamic and responsive teaching methodologies.
Undergraduate Teaching Assistance at UVA
Aug 2021-May 2023I graded quizzes and worksheets for an extensive cohort of 80 or more students. I presented comprehensive grade distributions to the professor for thorough assessment. To create an organized and accessible learning environment, I maintained and updated a daily-updated website for students. This platform served as a repository for class notes, solutions, worksheets, and a chronological timeline of lessons, ensuring students had seamless access to essential materials throughout the course.
President of Theta Tau
Aug 2022-Jan 2023I revitalized and reorganized the fraternity following a probationary period. This involved implementing comprehensive training sessions for both current and prospective members, resulting in improved chapter dynamics and heightened adherence to national and regional fraternity standards. Additionally, I led executive meetings to meticulously plan and execute impactful service events with organizations like Habitat for Humanity, alongside professional development initiatives. Notably, I doubled the average chapter attendance by introducing incentive programs and engaging activities for existing members. These initiatives included reducing due payments based on attendance, implementing social study hours, and fostering collaborations with other professional organizations, contributing to a more vibrant and participatory fraternity experience.
Research Assistant at the nanoSTAR Institute
Jun 2022-Aug 2022Leading a cutting-edge research initiative, I worked on a project focused on enhancing a nano-scale drug delivery system, specifically targeting PC3/PIP (prostate cancer) cells. My role encompassed extensive research and testing of various methods, with a particular emphasis on entrapment of metal cations inside multilayered liposomes through reverse-phase evaporation. This approach aimed to destroy cancer cells with minimal collateral damage. Notably, I successfully created calibration curves to precisely measure entrapment rates, achieving up to 20%. Translating scientific discoveries into broader impact, I presented the technology and research findings to a discerning scientific audience.
Data Analyst Intern at Cherry Technologies
Jun 2021-Jan 2022In a pivotal role, I orchestrated the development and maintenance of a Python script for loan valuations, drastically reducing processing time from several hours to seconds, analyzing over 20 separate loans effortlessly. My data-driven contributions extended to gathering and cleaning 6500+ rows of collections data. After thorough data analysis, I gave insightful recommendations for resource optimization within the collections department. I rewrote nearly half of Cherry's frequently used SQL queries for a database refactoring efforts, ensuring operational efficiency amidst significant database changes. Furthermore, I played a key role in risk management by monthly analysis of merchant and customer data, contributing to the update of risk reporting presentations for executive members, including the CEO, CTO, and Head of Risk.
Launch Vehicle Specialist at the Virginia Aerospace Scholars and Technology Scholars
Nov 2019-Jun 2020As a student of VASTS, I consistently produced eight APA-formatted technical reports and proposals bi-weekly, covering diverse topics such as risk management and lunar and Martian missions. Demonstrating dedication and expertise, I invested 70 hours in a week-long, intensive summer academy, contributing to the design of a crewed, self-sustainable Martian outpost. I got the opportunity to collaborate with NASA officials for guidance and worked within a sub-team of 16 individuals to calculate orbital trajectories and transits. Culminating in a significant achievement, I presented the final mission to Mars to top NASA officials through a virtual presentation panel.
- Tripoli Level 1 High-Powered Rocketry Certification
- Solidworks
- Autodesk Inventor
- Autodesk Fusion 360
- ANSYS
- Autodesk CFD
- FEA
- OpenRocket
- OpenMotor
- BurnSim
- CFD
- MATLAB
- Python
- C++
- Java
- ROS
- Arduino
- pandas
- scikit-learn
- Windchill
- Signal Processing
- Machine Learning
- Git
- SQL
- Sensor Integration