Seattle, Washington, United States
Structural Engineering graduate student at the University of Washington, passionate about designing resilient and sustainable infrastructure. My academic foundation is rooted in advanced structural analysis, reinforced concrete and steel design, and sustainable construction methods. I’ve had the opportunity to apply my knowledge during hands-on internships, where I contributed to BOQs, site coordination, and structural modeling using tools like SAP2000 and AutoCAD. These experiences helped me connect theory to real-world challenges, working alongside multidisciplinary teams to deliver practical solutions. Whether it's optimizing a design for efficiency or ensuring safety through code-compliant detailing, I’m driven by the impact that thoughtful engineering can have on communities. I'm currently seeking internship opportunities where I can contribute meaningfully to structural design projects while continuing to learn from experienced professionals. Let’s connect if you’re working on exciting infrastructure projects—or if you simply want to talk bridges, buildings, or how structural engineering can shape a better future.
• Conducted detailed quantity estimation to ensure precise project budgeting and cost control for Villas, Townhouses, G+2, G+4, Buildings ad extension works. • Learned construction site activities supervision, ensuring adherence to safety standards, quality benchmarks, and regulatory compliance. • Coordinated with project managers, engineers, and contractors to streamline workflows and facilitate smooth project execution. • Monitored project progress, identifying and addressing any issues or delays to keep the project on track. • Prepared and maintained comprehensive project schedule, documentation, including reports and records.
• Incorporated shredded single-use PET plastic water bottles as reinforcing fibers to mitigate plastic waste and improve concrete performance. • Conducted experimental testing on hardened concrete to evaluate mechanical properties, shrinkage behavior, and shear capacity. • Reduced concrete shrinkage by 37% through the combined application of industrial by-product materials and PET plastic fibers. • Increased the post-crack energy of the concrete by more than five times compared to conventional mixes. • Enhanced the shear capacity of reinforced concrete beams by 33% compared to conventional concrete.
As a part of the WattBuds mentoring program, I had the opportunity to guide and support 30 individuals in achieving their personal and professional goals. Through one-on-one mentoring relationships, I provided insights, advice, and encouragement to my mentees, enabling them to develop their skills and knowledge. It was a rewarding experience to witness their growth and success, and I am proud to have contributed to their achievements.
• Developed comprehensive structural layouts for a G+4 residential building, ensuring optimal design and functionality. • Conducted thorough structural analysis using SAP2000 to validate design integrity and safety. • Collaborated with architects and stakeholders to align structural designs with project requirements. • Applied engineering principles and best practices to create efficient and cost-effective structural solutions. • Produced detailed design documentation and reports to support project execution and compliance.