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Hi! I'm Moksh đź‘‹

I'm an engineering student at Texas A&M focused on the full lifecycle of innovation: from building autonomous robots and intelligent systems to defining the strategic vision that scales them for maximum impact.

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About Me

I've never been a big fan of taking the easy way out. Case in point: instead of dragging and dropping a five-minute template for this website, I chose to code the entire site from scratch using Next.js, TypeScript, and Tailwind CSS. Honestly, I just couldn't resist the urge to see exactly how it worked under the hood.

That hands-on curiosity is what drives me as an Aerospace Engineering student at Texas A&M. I'm a builder at my core, happiest when I'm diving deep into autonomous systems, intelligent software, and hard technical challenges. I love the actual process of solving complex engineering puzzles and writing code that makes physical hardware move.

But for me, the engineering is only half the story. I've realized that even the most brilliant code needs a solid macro-level vision to actually survive in the real world. That's why I like to pair my technical focus with a sharp strategic mindset. My goal is to operate right at that intersection—ensuring that the intelligent systems I build aren't just technically flawless on a whiteboard, but are actually optimized to scale and make a massive impact.

A Few Quick Curiosities

Some common questions about my background, work, and interests.

Beyond the math and code, I am motivated by community impact and organizational growth. Whether I'm leading 140+ students in TAMU ThinkTank or mentoring freshmen in STEM, I thrive when I can use my engineering mindset to scale organizations and create tangible opportunities for others.
I don't see a wall between technical and strategic problems. I apply the same analytical framework used in robotics to organizational operations and venture strategy. My goal is to ensure that mission-critical technology isn't just a prototype, but a scalable solution that succeeds in the real world.
I focus on systems that move, think, and scale—ranging from high-fidelity NASA simulations to autonomous navigation for rovers using ROS2. I'm most at home where complex physics meets software architecture. You can find a full breakdown of my technical execution on my Experiences Page.
I'm a big tennis guy—I played varsity in high school and still love getting out on the court for a match. I also play the flute, which is my favorite way to tap into my creative side. And if I have some free time, I'm probably geeking out over personal finance or following market trends. Just some fun ways I stay balanced outside of my studies!