My Professional Career

I chose to pursue a degree in Applied Physics at West Virginia Wesleyan College, where I graduated Magna Cum Laude. Initially driven by scientific curiosity, I gradually discovered a passion for applying this knowledge to systemic innovation.

This focus took shape through my research on gamma-ray attenuation, funded and recognized by the SURE (Summer Undergraduate Research Experience) program, which concentrated on lightweight materials for radiation shielding with applications in aerospace, medical, and nuclear fields.

The combination of hands-on experiments, simulations, and technical analysis earned me the Outstanding Physics/Engineering Award and reinforced my commitment to purpose-driven research with real-world impact.

My academic journey was complemented by a transformative research experience on gamma-ray absorption, funded and recognized by the prestigious SURE (Summer Undergraduate Research Experience) program. I investigated the performance of various materials in shielding against gamma radiation.

This study has significant applications in aerospace, medical, and nuclear sectors — particularly in space missions, where weight is a critical factor. Discovering materials that are both lightweight and effective can enhance astronaut safety without compromising mission performance.

The project combined laboratory experimentation, computational simulations, and technical analysis, earning me the Outstanding Physics/Engineering Award and establishing me as a promising young scientist.

The results deepened my technical understanding of nuclear physics and revealed the surprising performance of lightweight materials like plastic — demonstrating that unconventional solutions often exceed expectations. The project culminated in a 25-page report detailing methodologies and applications, further strengthening my commitment to research-driven engineering.

Transformative Research Project

What excites me most about systems engineering is its ability to integrate modeling, optimization, and practical applications to deliver tangible results. It is the ideal environment for someone like me, who thrives at the intersection of science and leadership. In the long term, I envision leading transformative projects in industries that shape how we live, travel, and consume resources.

Whether designing aerospace systems that reduce waste and enhance safety or developing logistical structures for humanitarian aid delivery, I aim to contribute solutions that are both intelligent and ethical.

My career goes beyond the laboratory. What sets me apart as a future engineer is not only academic rigor but also the leadership I have demonstrated across diverse contexts.

I approach research with curiosity and a sense of purpose. It’s not just about solving problems, but how we solve them — and for whom.

Resident Assistant

As a Resident Assistant, I helped foster a safe and inclusive environment by resolving conflicts, organizing educational events, and building a strong sense of community.

Leadership Experience

As a collegiate soccer player for four years and captain of the NCAA Division II men’s soccer team, I developed a discipline that perfectly complements my academic journey. I learned to inspire teammates, lead under pressure, and stay focused during critical moments — skills directly applicable to project management, scientific research, and team coordination in engineering.

I was recognized not only for my achievements but also for my character. I received the Individual Spirit & Sportsmanship Award and was invited to deliver the graduation prayer at West Virginia Wesleyan College’s Baccalaureate ceremony.

Inclusion and Intercultural Dialogue

In parallel, I served as Vice President of the International Student Organization (ISO) and as a leader in the Fellowship of Christian Athletes (FCA), promoting inclusion, intercultural dialogue, and personal development grounded in faith.

I was also selected as an Ambassador for the Brazilian Sports Exchange Program (BASE Academy), assisting Brazilian athletes in adapting to U.S. academic institutions. Additionally, I received the Individual Spirit & Sportsmanship Award and was invited to deliver the graduation prayer at West Virginia Wesleyan College’s Baccalaureate ceremony.

These experiences taught me to navigate different cultures, mediate diverse perspectives, and lead with purpose and empathy.

My leadership philosophy is grounded in humility, service, and valuing people. I lead by example.

I listen first, speak with purpose, and strive to foster a sense of belonging and shared responsibility within every team I work with.

Every individual is unique, and part of leadership is learning to communicate and collaborate effectively with diverse personalities.

I am currently pursuing a Master’s in Systems Engineering at Virginia Tech, focusing on systems optimization and data-driven decision-making strategies. I have a particular interest in applications related to logistics, supply chain resilience, aerospace systems, and advanced manufacturing — areas where operational efficiency can drive significant social and economic impact. I am motivated to leverage my analytical background, research experience, and leadership skills to tackle large-scale challenges at the intersection of engineering and innovation.

Master’s in Systems Engineering at Virginia Tech