Continuous Learner, Problem Solver, Lego Builder
Lara’s journey into advanced manufacturing didn’t follow a straight line, but it’s clear she’s exactly where she’s meant to be. After earning a Systems Engineering & Design degree from the University of Illinois Urbana-Champaign (UIUC), she began her career in a non-engineering role. But something didn’t quite click. Lara realized she wanted to apply her engineering skills in a way that made a bigger impact. That clarity inspired a bold pivot—one that brought her directly into the heart of manufacturing.
Now, Lara is a Systems Integration Engineer at MxD and part of a dynamic team evaluating and modernizing the Organic Industrial Base (OIB), the network of government-owned facilities within the Department of Defense (DoD) that manufacture, repair, and maintain military equipment. These facilities, including depots, arsenals, and ammunition plants, are crucial for supporting warfighter readiness and are a core part of the DoD's industrial infrastructure. Her role is hands-on and strategic. She works directly with stakeholders to understand their modernization goals, help them explore different manufacturing methods, and help scope high-priority projects. From there, she translates those needs into actionable requirements, crafting requests for proposals and reviewing technical deliverables to ensure each project delivers real value.
Her career path shows a fearless willingness to take on new challenges. In a field still largely dominated by men, Lara brings a fresh, curious perspective. She’s not only breaking barriers—she’s helping rebuild American manufacturing for a stronger future. With roots in entrepreneurship and a natural drive to succeed, she’s proving that the next generation of leaders in manufacturing will look, think, and lead differently. And that’s a good thing. This is why Lara is a Modern Maker.
Q&A with Lara
How did you find your way to working in advanced manufacturing?
Honestly, I just stumbled upon advanced manufacturing. I studied Systems Engineering & Design at UIUC, a program with no emphasis on manufacturing. My internships, though valuable, were short-term, which limited the opportunity to develop any lasting manufacturing skills. After college, I worked full-time at a medical device manufacturer and distributor, where I gained experience collaborating with manufacturers on requirements, deadlines, and product specifications, but no in-person hands-on experience with them. When I began exploring my next career opportunity, I discovered MxD. Despite lacking direct manufacturing experience, I was eager to embrace the challenge and expand my knowledge in this field.
What is the most challenging part of your job?
The most challenging aspect of my job is acquiring as much knowledge as possible about advanced manufacturing. As a key resource for the OIB, we are expected to provide informed, educated recommendations. This requires a deep understanding of the wide range of solutions and technologies available. Becoming a trusted source of knowledge is an ongoing challenge that demands continuous learning, and I recognize that there is still so much more for me to learn.
What is the best part of your job?
My team is one of the most rewarding aspects of my job. The engineering team at MxD is incredibly diverse, with each member bringing a unique skillset to the table. Working alongside such a talented group makes every day engaging and dynamic. It also means my peers are my greatest resource, and I have so much to learn from them. As a young professional, this is invaluable to my growth and development.
What would people be surprised to learn about manufacturing or your role in manufacturing?
I think people would be surprised by the OIB sites we visit. Most people aren’t familiar with what these sites are really like or the technology they use. There’s often an assumption that these sites are modern, but in reality, advanced manufacturing is happening alongside machinery that’s decades old, both playing a part in getting the necessary work done. It would be eye-opening for many to see just how much potential there is for modernization within the OIB.
What advice do you have for someone new to the industry or considering manufacturing as a career?
This industry can feel overwhelming, as it’s a continuous learning journey. Don’t be intimidated by the vast amount of information—take it one step at a time and absorb knowledge as you go. Just dive in and ask all the questions.
What makes you excited to go to work on Mondays?
Being surrounded by my teammates and having the opportunity to learn something new every day.
What are the three most important skills for your job?
Real-time problem-solving, strong interpersonal skills, and passion for learning!
If you didn’t have to work, how would you spend your day?
If I didn’t have to work, I’d start the day with a long walk, followed by a visit to a coffee shop. In the afternoon, I’d spend some time reading, catching up on tv shows, and taking care of some errands. My evening would be spent relaxing and catching up with friends.
What activity gives you the most energy?
It's not so much an activity, but when the weather is nice and I can be outdoors, it instantly boosts my energy.
What hobbies make you better at your career?
One hobby that doesn’t directly impact my day-to-day but played a big role in shaping me into an engineer is building with Legos. I love the possibilities with all the different Lego sets. I could easily spend hours building a set.
How does the work you do impact the world?
The work we do is a small but an important step toward improving American manufacturing. Small improvements that can be done at OIB sites turn into lessons learned that are just as applicable to small, medium, and large manufacturers across the country. These seemingly minor changes will ultimately lead to a greater impact—enhancing America’s manufacturing base.
