➢ Worked with robotic platforms, including Crazyflie, ArduPilot, Pixhawk, and CrazySwarms. ➢ Designed an in-house aerial platform based on ESP32 for a national robotics competition, Defend the Republic (DTR), achieving the highest score (72 vs. 4) by leading a team of 6 students in designing and controlling autonomous LTA vehicles.➢ Enhanced aerial robot manipulation capabilities by integrating cable mechanisms and shifting the paradigm in payload transportation with no human intervention, using MATLAB, C++, Python, and ROS.➢ Published 6 papers in top-tier robotics conferences and journals, contributing to a 60% increase in SwarmsLab's citation count in aerial transportation and manipulation research.➢ Mentored 3 master's and 10 undergraduate students, resulting in 5 co-authored papers and a 30% increase in collaborative research output.➢ Developed control systems that improved drone delivery accuracy and reduced human intervention by 100%, utilizing machine learning algorithms for optimized action cable manipulation and motion planning.➢ Applied advanced machine learning algorithms to autonomous navigation and object identification, improving detection accuracy by 18% and reducing computation time by 12% in swarm robots.➢ Led cross-functional teams in solving real-world robotics challenges, enhancing project efficiency by 62% through optimization and streamlined workflows across 2 main funded projects.➢ Engaged in outreach programs such as Prelusion, Choices, and Cadmen High School, and served as a counselor for a robotics club, inspiring +300 future engineers and promoting STEM education in underrepresented communities.

I successfully guided students through the intricacies of algorithm design, resulting in a notable improvement in their analytical and problem-solving skills. I received positive feedback from students and faculty for the effective integration of practical examples and real-world applications into the curriculum. ➢ Led a team of 9 undergrad students in delivering comprehensive courses on the Design and Analysis of Algorithms.➢ Developed and implemented innovative teaching strategies to enhance student understanding of complex algorithms and their applications.➢ Collaborated with 3 faculty members to align course content with the latest research and industry trends.

I was part of the welcome team, where I mentored all new graduate students at Lehigh University. We prepared the introduction to the campus resources and activities. We facilitated conversations on transition issues and told the path to being a successful graduate student.Achievements:➢ Recruited 3 master's students to work in our lab, mentoring them from the beginning to be active in research and training them to assist in developing my research.➢ Played a key role in acclimating new students to the university environment, helping them to quickly integrate and thrive academically and socially.➢ Received positive feedback from mentees for providing valuable support and guidance during their initial adjustment period.

➢ Led the development of cutting-edge innovation projects, focusing on 3D printing technology, and managed a cross-functional team of 12 engineers and designers to drive the creation of breakthrough products and solutions.➢ Spearheaded the creation of Mexico's first 3D printer, reducing production costs by 25% and accelerating prototyping timelines by 40%, contributing to the region's technological advancement in additive manufacturing.➢ Played a pivotal role in developing the Pretty Hand, a low-cost prosthesis, improving accessibility to affordable healthcare solutions for underserved communities, benefiting over 100 patients within the first year of release.

IT strategies for process improvement in AIESEC, Internal communication management in AIESEC Colombia chapter Tolima.