I'm an aeronautical engineering senior at the University of Texas at Austin, specializing in out-of-atmosphere operations and simulation. What does that mean for you? I've taken almost every physics and math course under the book, up to literal rocket science! With me, you may learn the fundamentals and applications of complex mathematics and applied physics, then step back from the numerical haze to see the big picture.
As an aeronautical engineer, much of my focus is on the pure physics...
I'm an aeronautical engineering senior at the University of Texas at Austin, specializing in out-of-atmosphere operations and simulation. What does that mean for you? I've taken almost every physics and math course under the book, up to literal rocket science! With me, you may learn the fundamentals and applications of complex mathematics and applied physics, then step back from the numerical haze to see the big picture.
As an aeronautical engineer, much of my focus is on the pure physics and mathematics of spaceflight. However, to accurately design a mission, an engineering also needs a thorough understanding of statistics, computer science, electronics, RF signals, and much more. I would be thrilled to pass this knowledge onto you; anyone and everyone can benefit from the systems-level thinking that defines an engineer's problem solving approach.
In high school, I was an individual events captain in Speech & Debate with many tournament wins and a national qualification in Extemporaneous speaking. In college, I've led several design teams and served as the social organizing chair for a professional engineering fraternity. Combining that with my several industry internships and academic experiences, I'm an expert in formal presentation both in impromptu speech ('talking shop' with coworkers and peers) and prepared presentation. Whether you need to communicate quantified engineering requirements or give an elevator pitch to industry recruiters, I'll be your biggest supporter.
