Class of 2026
Major: Electrical Engineering
Minor: Robotics & Autonomous Systems
Hometown: Bethesda, Maryland
High School: Walt Whitman High School

What Made You Decide to Attend UMD?
I chose the University of Maryland after being admitted into the LSAMP Bridge Program, which gave me the opportunity to live on campus and participate in preparatory workshops the summer before my freshman year. This head start, combined with my acceptance into the Flexus/Virtus program under the Women in Engineering Department, provided me with an instant community of supportive peers and mentors from day one. Maryland’s reputation for excellence in engineering and its vibrant campus life, filled with diverse clubs ranging from sports to tech, made it the perfect fit for me. The University’s commitment to mentorship and its wide array of activities solidified my decision, making it clear that UMD was the ideal place to pursue both my academic ambitions and personal growth.
 
Best Experience with a Class or Project
One of my best class experiences at UMD was in ENES100, where I collaborated with seven other engineering students to design and construct an autonomous over-terrain vehicle. This hands-on course was not just about building; it was about innovating alongside peers who were as eager as I was to see what we could create. We spent many late nights in the lab, tweaking code and refining our robot, driven by a shared commitment to success. This energizing environment fostered a deep appreciation for collaborative problem-solving and the real-world application of our studies. The class impacted me so much that it inspired me to join technical clubs on campus, seeking more opportunities to innovate and grow with like-minded engineers. ENES100 wasn’t just a class; it was a pivotal experience that shaped my academic passions at Maryland. You can now find me working with Robotics @ Maryland on campus.
 
Favorite Class In Major
ENES100: Introduction to Engineering Design
 
Favorite Class Out of Major
ENES210: Entrepreneurial Opportunity Analysis and Decision-Making in 21st Century Technology Ventures
 
Student Organizations/Extracurricular Activities
Center for Minorities in Science & Engineering (CMSE)
Flexus & Virtus LLP
Institute of Electrical and Electronics Engineers (IEEE) UMD Student Branch
ECE DEI/Human Relations Committee
Louis Stokes Alliance for Minority Participation (LSAMP) Bridge Program
Louis Stokes Alliance for Minority Participation (LSAMP) STEM
Society for Professional Hispanic Engineers (SHPE) UMD Chapter
Robotics @ Maryland | Terraformers Team
UMD Club Tennis
 
Favorite On-Campus Event
Maryland Day is my favorite on-campus event! 
 
Favorite Research or Study Abroad Experiences
I spent a winter semester abroad in Germany, immersing myself in Berlin’s vibrant "Silvester" New Year's fireworks tradition before studying Environmental Engineering with Renewable Energy in the city of Kassel. This experience enriched me both culturally and academically through various excursions and cultural events. Back at UMD, my favorite research involves working in the Motion and Teaming Laboratory, where I am part of a team researching the coordination of large swarms of kilobots, conducting experiments by testing algorithms in complex simulations. Additionally, I’m engaged in research at the Army Research Laboratory in the Adelphi Laboratory Center, focusing on microelectronics. At ARL, I refine various sample-prepping techniques and conduct diverse experiments, gaining hands-on experience that deepens my understanding of practical engineering applications.
 
Cool Engineering Experience
One of my standout experiences at UMD has been my involvement with Robotics @ Maryland, specifically as part of the Terraformers team tasked with building an autonomous Mars Rover for national competitions. Working in the Robotics Autonomy Lab within the IDEA Factory, I've been inspired by the innovative engineers around me and projects like the Spot robotic quadrupeds developed nearby. As a member of the electrical subteam, I designed systems such as a decontamination system using electromagnetic vibrations and applied power distribution and software engineering skills to develop complex systems like a functional robotic arm. These hands-on experiences have provided invaluable insights and practical skills that extend far beyond traditional classroom learning, continuing to fuel my passion for engineering.

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