• Collaborated on a project for the Smithsonian Institution, researching the use of recycled plastics as a sustainable construction material.• Analyzed the economic feasibility of implementing recycled plastics in construction, including cost-benefit analysis and market potential.• Presented research outcomes to stakeholders and contributed to reports supporting eco-friendly construction practices for Smithsonian projects.

• Designed and implemented an aquaponics system prototype, incorporating Arduino-based sensor integration to optimize nutrient distribution and water flow.• Conducted detailed calculations for nutrient distribution and water flow to optimize system performance.• Collaborated with cross-disciplinary teams, ensuring effective communication between engineers and project stakeholders.

• Co-founded a student-led organization dedicated to developing an innovative wave-powered desalination system for the U.S. Department of Energy's Marine Energy Collegiate Competition.• Led a team of 25 students, managing project timelines and coordinating research and development efforts. Achieving key milestone, driving the team’s successful participation in the 2025 competition.• Developed partnerships with faculty and external stakeholders, leading to increased visibility and securing up to $20,000 in funding for our work.

• Interned with a focus on enhancing rural transportation accessibility through Intelligent Transportation Systems (ITS) for the U.S. Department of Transportation. • Gained hands-on experience with Microsoft PowerPoint, Word, and Excel, and developed familiarity with Tableau for data analysis and visualization.