About

SHANE ATTEBERRY

Born & raised in Memphis, TN, I picked up an early love for puzzles—both the literal kind and the big-picture problems that don’t come with instructions. That instinct to figure things out only grew stronger over time.

I lived in Germany for a while, and those years reshaped how I approach challenges: with focus, adaptability, and a sense of perspective. After returning to the States, I earned my degree in Computer Science from Texas State University, combining a love for logic and structure with a drive to create smart, efficient systems that actually work.

What I enjoy most is taking on problems that don’t have obvious answers—breaking them down, testing solutions, and building something better from the inside out. Whether it's debugging code, streamlining workflows, or troubleshooting real-world issues, I’ve found that the key is staying calm, curious, and just a little bit relentless.

Going forward, I want to keep solving the tough stuff—ideally with people who are just as passionate about building, fixing, and improving as I am.

VAN ATTEBERRY

Born in Memphis and eventually pulled through Texas by way of Germany, I’ve always leaned into unfamiliar situations and figured it out on the fly.

I studied economics at Texas A&M, picked up computer science along the way, and fell into data after realizing I liked building things that actually make sense and actually work. Most of what I’ve learned didn’t come from class. It came from teaching myself the familiar data tools and applying them to real problems, like cleaning up thousands of lines of dirty public transit data or spotting breakdown patterns in NYC school buses.

 I like projects that start out a little messy and get cleaner the deeper you go. I’m looking to do meaningful work with people who care more about execution than ego.

If it’s complex, messy, or unclear, that’s usually where I want to be. I’m especially drawn to roles where I can apply what I’ve learned to help teams find clarity in the chaos—and keep learning as I go. 

MAX MORAN

Born & raised in Austin, TX, I've grown up in a fast moving and tech forward environment.

I got my bachelors in Statistics at A&M and my masters at UT San Antonio for Statistics & Data Science.

I've always had an intense interest in optimization and organization, trying to solve problems before they occur. So, math and computer science have been my jam for a long while.

With a couple years of experience, I have a lot of talent and passion for video production; the goal is to make really interesting data projects with captivating media along side it.

In my free time I like to run,  play pickleball, and sometimes I'll do some boxing against fellow founder Van Atteberry. It's a good alternative to a coffee break haha.

Attemorvis excites me because it gives me the opportunity to do what I do best, solve problems in a way that makes sense to me and is also so much fun. I can't wait to talk details and create something dope.

PATRICK SURVIS

I grew up in Austin, TX—land of weird ideas, tech startups, and people who build things just to see if they work. That environment shaped me early on. I was the kid who asked too many questions and took things apart just to figure out how they fit together. That curiosity led me to the University of New Mexico, where I earned my degree in Biochemical Engineering.

I’ve always been drawn to the places where systems overlap—where biology meets chemistry, where molecules meet machines. That’s exactly why I love what I do now. At Intel, I work in the chip lab, helping design and refine technologies that operate on a microscopic scale but power some of the biggest innovations in the world. It’s a job that constantly challenges me to think critically, move precisely, and solve problems you can’t always see with the naked eye.

What drives me is more than just technical work—it’s the story behind each breakthrough. Whether it’s improving efficiency, rethinking a process, or developing something brand new, I’m motivated by the potential to build tools that actually move the needle in people’s lives. Long-term, I want to keep exploring that intersection of biology and technology, and help engineer the future—one elegant solution at a time.