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Hi! I'm Moksh đŸ‘‹

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

You might be wondering how an Aerospace major ended up building a website from scratch and talking about high-level strategy. I'm a hardcore engineer at heart, but I've always been obsessed with the 'why' behind the 'how.' I'm an undergraduate at Texas A&M, and while my degree is in Engineering, I've realized that technical excellence only reaches its full potential when it's paired with a strategic vision that can scale it.

I don't really see a wall between 'technical' problems and 'business' problems. Whether I'm mapping a robotic trajectory or growing an organization's operations, I'm using the same analytical framework to solve problems. For me, the most impactful work happens when I can use my engineering mindset to drive strategic decisions—ensuring that a great idea doesn't just work on paper, but actually makes an impact in the real world.

This 'big picture' mindset is exactly why I'm a relentless learner. You can't solve multidisciplinary problems if you stay in one silo. I'm constantly upskilling to bridge that gap, which is why I spent my free time building this site using Next.js, TypeScript, and Tailwind CSS to understand the interaction between user experience, design, and coding complexity.

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!