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Why did you choose Aeronautics and Astronautics?
I chose Aeronautics and Astronautics due to my passion for math, science and solving complex engineering challenges. I have always been fascinated by both the aero and astro sides of the industry and the incredible growth taking place within it. I want to be at the forefront of that innovation, helping push the boundaries of space exploration to make a sustained presence on the Moon and Mars a reality.

Best event or organization you’ve participated in within AAE?
Joining Purdue Orbital in Fall 2025 gave me hands-on engineering experience on the Tiger Team, culminating in the launch and recovery of our 4-inch rocket, Tiger Cub, at LDRS 44 (one of the biggest rocketry events in the US), achieving a 14,000 feet apogee. Over the design cycle, I modeled and assembled components in Autodesk Fusion across 5 iterations to validate our SRAD motor integration, ran propulsion simulations in OpenRocket and RASAero, and conducted extensive structural testing, including parachute pop tests and fin shear analysis. Manufacturing the vehicle with in-house machinery and tracking its flight via TeleMega GPS provided invaluable skills that have elevated my growth in AAE.

Best event or organization you’ve participated in outside of AAE?
Participating in the Vertically Integrated Projects (VIP) program during my freshman year on the Electric Vehicle Kart team was my favorite experience outside of AAE. As part of the pit crew, I helped in optimizing the drivetrain system, including the gear, brake, and chain drive, for the EV Grand Prix while enhancing overall mechanical subsystem reliability. I also collaborated cross-functionally with our marketing team to help secure funding and raise project visibility. It was a really impactful early opportunity at Purdue to take direct ownership of engineering design, integration, and team management.

Why did you want to be an AAE Ambassador?
I want to be an AAE Ambassador to guide prospective students and their families through their college search. Representing the School of Aeronautics and Astronautics and inspiring future engineers means a lot to me. One of the reasons why I came to Purdue was because an upperclassman told me that Purdue values collaboration over competition, a culture I have experienced firsthand. As an ambassador, I want to be a approachable resource and mentor, sharing that collaborative mindset while helping students navigate the rigor of college and aerospace engineering.

Favorite place on campus?
My favorite place on campus has to be either the Neil Armstrong Hall of Engineering (ARMS) or Mackey Arena. ARMS is the heart of AAE on campus, and walking by the Apollo models is always inspiring and serves as motivation to me. A close second is always going to be Mackey Arena on game days as the atmosphere is one of the best I have ever experienced.

Favorite class you’ve taken thus far and why?
My favorite class I have taken thus far has to be AAE 251, which is the Introduction to Aerospace Design. As someone passionate about the complete design, build, and test cycle, this course was an exciting bridge to higher-level engineering. The hands-on project work was a highlight, specifically getting to design a rocket concept tailored for the Artemis II mission, which allowed me to grow on the fundamentals and create unique designs.

What is one piece of advice you would give to a potential AAE student?
My one piece of advice would be to get involved in student organizations or undergraduate research early. Do not worry if you do not feel like an expert on day one, no one expects you to be. Joining hands-on teams right away allows you to learn by doing, bridge the gap between classroom theory and real-world application, and build confidence while managing the academic rigor of AAE.

Who is someone you look up to in the Aero/Astro industry and why?
Someone I look up to in the Aero/Astro industry is Eugene Kranz, the iconic NASA Flight Director during the Apollo program. Leading Apollo 11 to the first lunar landing and orchestrating the successful recovery of Apollo 13 demonstrated calm under pressure and decisive leadership. His commitment to excellence and team trust serves as a benchmark for how I try to approach high-stakes engineering challenges.b.

What motivates you to succeed?
Failure is what motivates me to succeed as it acts as the ultimate feedback loop, showing me exactly where I need to iterate, adapt, and refine my approach. Additionally, seeing the accomplishments of my peers drives me to set higher standards for myself and contribute meaningfully to our collective success.

What is your ultimate career goal?
My ultimate career goal is to found an aerospace company focused on advancing space exploration and accessibility. After gaining industry experience, I plan to pursue an MBA to build strong business leadership skills and launch a venture that drives meaningful innovation across the aerospace industry.

What do you like to do when you’re not studying/in the lab or classroom?
When I am not in class or the lab, I stay active by working out and playing basketball. I am also a huge sports fan, you can usually find me at any Purdue sports games, following F1, or spending time with friends.

Favorite Fun Fact about Purdue?
My favorite fun fact about Purdue is the Bell Tower curse and how walking under the Bell Tower before graduating means that you will not graduate in four years.