Lighter Than Air Research and Exploration

I started working at LTA in 2020, the summer of my sophomore year at Akron. The aerospace engineering program at the Akron requires three full time internship rotations. During these rotations I worked full time at LTA, usually 40-55 hours a week. During regular academic semesters I continued to work at LTA, averaging around 20-25 hours a week. I greatly enjoyed my time at LTA and learned an incredible amount about software, GN&C, and airships. Leaving was a difficult decision due to all the great people there. However, I wanted to pursue graduate school and an amazing opportunity at NASA Glenn arrived. I left LTA just before my three year anniversary.

Traveling

LTA has three primary locations: Sunnnyvale CA, Akron OH, and Gardenerville NV. I had the opportunity to travel to Sunnnyvale thirteen times throughout my years at LTA. On most trips I was developing, testing, or integrating my newly developed sensor system. On two trips I helped the hangar technicians with large scale manufacturing tasks such envelope installations. Below I have included some of my favorite photos and memories from my time in CA. Pan over each image for a brief explanation.

Blimp ride!
Moffet Field from the air
Flyover SF Bay
Our shadow
CA coast
Embedded computation nodes ready for installation
Wiring up all connections on ground before installation
Prototyping computation nodes
Lidar dome manufacturing
Hangar One
Enjoying downtown Sunnnyvale!
Exploring the Google campus
First test of the lidar system
The fine food of Dish 'n Dash
Lidar installed on Pathfinder 1
Beautiful P1 tail section

Akron

Smooth sailing outside the airdock
Akron airdock
Gust testing over cylindrical body for CFD validation
Foggy morning at the airdock
Setting up a smaller sim for general use
Setting up pressure sensors for CFD validation on subscale model
World's biggest quadcopter, coined the "Burrito"
Mainframe build
On top of the airdock
World's biggest quadcopter, coined the "Burrito"
Sketching some thoughts for a helium purity sensor