New York City Metropolitan Area
I'm a mechanical engineering student at the Georgia Institute of Technology, passionate about cutting-edge technologies such as robotics, electric vehicles, sustainable innovation, and advancements in rocketry. I thrive on tackling complex problems and am excited to contribute to innovations in the engineering and technical world.
Summer 2026
New Glenn Subassemblies
• Engineered, modeled, and optimized the structural layout of the vehicle’s baseboard in SolidWorks to improve accessibility to complex wiring systems, enhancing routine maintenance and overall system integration efficiency • Reviewed and analyzed previous design iterations to identify structural and functional inefficiencies, recommend design improvements, and implement modifications to enhance mechanical performance, and system reliability • Integrated electronic packaging into the sheet metal design of the vehicle, optimizing component layout, thermal management, and maintainability to support reliable electrical system integration within mechanical constraints • Constructed a LiDAR tower capable of vertical and horizontal rotation using a motorized system to achieve a wider field of view; utilized SolidWorks for design and tolerancing to ensure precise movement and structural stability
• Utilized Root Cause Analysis (RCA) to identify and resolve assembly line defects, contributing to a 15% reduction in recurring faults by collaborating with quality and design teams to implement design improvements • Executed mechanical testing of vehicle components, focusing on evaluating material properties, structural integrity, and failure modes under simulated real-world loading conditions to guide engineering decisions and optimization • Developed and optimized CAD models in Creo, applying GD&T standards and DFMA methodologies to ensure dimensional accuracy, optimize assembly sequences, and minimize manufacturing variability • Contributed to corrective actions utilizing 5 Whys analysis and Fishbone diagram, helping achieve a 20% decrease in defect recurrence by supporting the development of solutions aligned with quality and manufacturing capabilities
• Design and develop detailed prototypes for vehicle headrest mount, utilizing advanced CAD software. Applied engineering principles to test and refine the design, focusing on load distribution, and material selection • Hands-on experience with CATIA for advanced 3D modeling, FEA (Finite Element Analysis) for structural simulations, MATLAB for data analysis, and 3D printing and advanced machining techniques for rapid prototyping and manufacturing processes • Collaborate with team members and actively contribute to development and problem-solving processes enhanced communication and teamwork in an engineering environment