Her Story
About Yosemite
I'm a research specialist for robotics engineering at the University of Illinois Chicago, and I've been in this field for about 4 to 5 years now. There's a little hesitation in that timeline because I've crossed over into a different sort of robotics, a different engineering field, but I've been in the engineering field for quite a few years overall. Before my current role, I worked in the medical industry for about 4 years doing engineering change control while I was finishing up my master's degree. That was an exciting opportunity because I got to work with different interdisciplinary teams, learning a lot about how change control worked and collaborating with people from many different backgrounds. After I completed my master's degree, I was in contact with my PI that I did some of my graduate research with, and I jumped into working at her lab because I was very passionate about robotics work. What I love about my current role is that not every day looks the same. I focus a lot on verification, validation, and testing, which really comes down to systems integration. I make sure that every component of whatever project is at hand is fully running and that the hardware and software components are communicating with one another. That involves doing hardware and software checks, creating coding scripts to ensure systems are communicating, and revising protocols. I'm never bored and I'm very grateful to be working in an environment that keeps me moving and keeps my mind working.
Her Interview
Ten minutes with Yosemite
01What do you attribute your success to?
I would attribute much, if not all, of my success to my willingness to sit with uncertainty rather than running from it. Research, engineering, and particularly personal growth all involve a lot of ambiguity. There are many moments where projects and life in general are just really unclear, where we feel super stretched beyond what feels comfortable. I've learned that some of the greatest growth happens when you're just really willing to stay curious and just keep moving anyway, instead of waiting for the moment everything feels certain. I also attribute a lot of my success to collaboration and being willing to be open with others. Some of the most meaningful opportunities and ideas in my life have come from conversations, sharing knowledge, mentorship, and that interdisciplinary teamwork that I talked about earlier. I really believe that innovation becomes so much stronger when people are willing to communicate openly and build, rather than operate from fear or competition. More than anything, I think that resilience is less about always feeling competent, and more about being willing to continue despite that uncertainty.
02What’s the best career advice you’ve ever received?
The best career advice I've ever received was actually something I read a long time ago that I integrated into my career. It was this passage from a book talking about how real power is power with, not power over. It was from Dr. Martin Luther King's definition of power as the ability to achieve purpose and effect change, which later I discovered these leadership frameworks centered around collaboration rather than control. Anyway, it stayed with me, and it changed my views on success and leadership, especially in engineering and research. It meant to me that meaningful innovation rarely happens alone, and that real progress is built collectively rather than competitively.
03What advice would you give to young women entering your industry?
Collaborate. That's the biggest advice that I have for them. Some of the best opportunities, ideas, and growth have come from collaborating. Ask questions openly, and when the questions come your way, make sure that you share your knowledge generously. With STEM, it's just so important. Collaborate, collaborate, collaborate.
04What are the biggest challenges or opportunities in your field right now?
I think one of the biggest challenges in my field right now, specifically for robotics engineering, is that it's experiencing a lot of gaps. Robotics is being applied to different fields and branching out into different types of areas right now. Since it's such a new area, there's not something that's so developed as many other areas of engineering. That's the biggest bottleneck for robotics right now - it's just so new. I think that's the challenge that is being presented right now, that it's just such a new pipeline for robotics.
05What values are most important to you in your work and personal life?
Authenticity and collaboration matter the most, absolutely the most to me, both professionally and personally. I really care deeply about spaces where people feel respected and supported in their growth. I truly believe that the best work comes from people being honest with one another and genuinely wanting to learn from each other, instead of constantly just grasping for some sort of recognition or some sort of control over the environment. Outside of work, I have always been drawn to storytelling or comedy. I really love spaces where people can be fully themselves and express themselves, and I think those experiences really shaped the way that I approach leadership and relationships, just as much as my engineering and technical background have. Above everything, and above all, I really value authenticity. I think there's a lot of strength in being able to show up as your best self, instead of feeling pressure to become a version of yourself that just doesn't feel real.
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