From a young age, I’ve always been fascinated by how things work. Whether it’s the way machines come together to perform a specific function or the grand mysteries of the universe, I’ve found myself asking big questions and seeking out answers. This curiosity led me to pursue a major in mechatronics and robotics, a field that combines mechanical engineering, electronics, and computer science to develop solutions that make a real impact. But the more I dive into my studies, the more I realize that the quest for understanding is not just about technology—it’s about connecting ideas across different fields and exploring how they work together to solve complex problems.
Growing up in a rural town with fewer than 60 students in my graduating class, I’ve always been used to small spaces, limited resources, and making the most of what I had. I worked a variety of small jobs to help support my family—whether it was refereeing soccer games or working at a local diner. Moving from a town of just 3,000 people to a state university with more than 170,000 students was a huge transition. The shift from a tight-knit community where everyone knows each other to a massive campus full of strangers was daunting. But it also ignited a sense of ambition and purpose in me. I’ve always had big dreams and the determination to chase them, no matter the challenges I faced. The contrast between my small town and the opportunities at a large state school has only reinforced my commitment to learning, growing, and giving back to my community. This scholarship would help me bridge that gap, allowing me to continue my education without the constant pressure of financial struggles, so I can focus on making those big dreams a reality.
I believe it’s important to better understand the nature of our universe because the more we know, the more we can improve our lives and solve real-world problems. One episode of Mindscape that really inspired me was Sean Carroll’s conversation with theoretical physicist Sabine Hossenfelder about the search for a theory of everything. In the episode, they discuss how the universe’s fundamental laws might eventually be uncovered, and how understanding these laws could lead to breakthroughs not just in physics, but in areas like energy, medicine, and technology. This conversation helped me see that the pursuit of knowledge in any field—whether it’s physics, robotics, or neuroscience—ultimately aims to make the world a better place. By understanding the universe’s basic principles, we can innovate in ways that have a real, lasting impact. As someone studying mechatronics, I want to use these kinds of insights to develop technologies that address big challenges, like sustainability and healthcare, and to help create solutions that make a difference in people’s lives.
One episode of Mindscape that really inspired me was Sean Carroll’s conversation with physicist Kip Thorne about time and black holes. Listening to Thorne describe how gravity can warp the fabric of space and time challenged my thinking and deepened my understanding of how the universe works on a fundamental level. It reminded me that everything in our universe is interconnected—from the smallest particle to the largest cosmic structures—and that our job as humans is to keep exploring, keep questioning, and keep learning. That episode solidified my belief that a deep understanding of the world requires more than just technical knowledge—it requires creativity, curiosity, and a willingness to challenge what we think we know.
Another episode that left a lasting impression was Sean’s conversation with neuroscientist David Eagleman on how the brain shapes our perception of reality. As someone who is passionate about technology and robotics, I found the discussion fascinating because it made me think about the human side of innovation. Technology isn’t just about building machines—it’s about understanding how those machines can be used to improve lives. Whether it’s in healthcare, education, or sustainability, technology should be used to create solutions that truly help people. Eagleman’s insights pushed me to think beyond the mechanical and computational aspects of my work and consider how technology can better connect us to the world around us.
Growing up in a small town, I didn’t always have access to cutting-edge technology or the opportunities that students in larger cities might have. But that didn’t stop me. I joined robotics clubs, competed in state and national competitions, and worked tirelessly to teach myself the skills I would need to pursue a career in mechatronics. As a member of the Choctaw Nation, I’ve always been aware of the challenges that come with being part of an underrepresented community in STEM. But those challenges have only fueled my desire to succeed and help others like me break into these fields. I want to be a role model for young people who may not see themselves in engineering or technology careers and show them that they, too, can make a difference in the world.
Listening to the Mindscape podcast has reinforced my belief that the pursuit of knowledge is a lifelong journey that requires a willingness to approach problems from multiple perspectives. It has reminded me that science, technology, and philosophy are all interconnected, and that the most profound solutions often come from blending insights from diverse disciplines. This is the approach I want to bring to my career in robotics—creating solutions that combine engineering, technology, and human understanding to address the pressing issues facing underserved communities.
The Mindscape Big Picture Scholarship would provide invaluable support in helping me achieve this vision. It would allow me to continue my education without the constant stress of financial burdens, enabling me to focus on my studies and explore these big ideas. I’m excited about the potential to contribute to a future where we can use technology to solve real-world problems, improve quality of life, and give back to communities that need it most. This scholarship would not only help me pursue my academic and career goals, but also allow me to take that knowledge and give back—just as others have given to me along the way.