
Mechanical Engineering student at the University of the District of Columbia with hands-on experience in engineering research, autonomous robotic systems, sensor integration, and experimental testing. Selected for the NASA Summer 2026 Internship, reflecting a commitment to academic growth and engineering excellence. Strong foundation in physics-based engineering and mechanical system design, with a strong interest in aerospace, research, and spaceflight technologies.
• Selected for the NASA Summer 2026 Internship through the UDC CAMSTAR program to support LiDAR technology development and testing.
• Assisting with research activities involving remote sensing, measurement systems, and engineering analysis.
• Collaborating with NASA engineers and researchers while gaining hands-on experience in aerospace technology.
• Conducted engineering research under faculty mentorship to analyze deformation and mixing of fluid regions in porous media.
• Developed computational models using Excel and MATLAB to evaluate geometric transformations and velocity fields.
• Applied engineering principles to study transport processes relevant to environmental and groundwater remediation systems.
• Presented technical findings through reports and presentations.
• Designed and built an autonomous firefighting rover capable of detecting and extinguishing flames using Arduino-based control and sensor integration.
• Developed custom CAD components and integrated flame detection, obstacle avoidance, and fire suppression systems.
• Programmed autonomous navigation and response functions while conducting testing, troubleshooting, and performance improvements.
• Earned 3rd Place in the UDC Autonomous Firefighting Robot Competition.