Some of my projects
Masters Project
My thesis, titled "The Development of a High Speed Water Tunnel," focuses on designing a large-scale facility aimed at enhancing the research capabilities of our Fluid Mechanics Research Institute, IIHR-Hydroscience and Engineering. The project's centerpiece is a meticulously designed test section measuring 1 meter by 1 meter by 4 meters. This tunnel is engineered to achieve a working velocity of 4 meters per second when enclosed, and 3 meters per second with a free surface. By creating this high-speed water tunnel, we aim to provide researchers with a sophisticated tool for experimentation, facilitating advancements in fluid dynamics and contributing valuable insights to the field. This endeavor not only promises to elevate our research capabilities but also fosters innovation in hydraulic studies.
Hand Built Bikes
As a passionate hobbyist, I dedicate my time to building bike frames, utilizing both chromoly steel and titanium materials. Each frame I create features fully custom geometry tailored to the rider's needs, ensuring exceptional performance and comfort. The entire process, from tube bending to tin welding, is handled by me, allowing for a high level of craftsmanship and attention to detail. Currently, I'm in the exciting phase of developing a full suspension titanium frame, which promises to enhance the riding experience with its lightweight and durable characteristics. This project not only challenges my skills but also deepens my appreciation for the art and engineering behind bike design.
Turbojet Engine
For my final project in the Propulsion Engineering class I took, I embarked on an exciting challenge: building a turbojet engine. The objective was to create a working jet engine that could effectively harness the power of a unique fuel mixture. I chose to utilize propane and kerosene, combining their properties to achieve optimal performance. The design process involved careful calculations and adjustments to ensure proper airflow and fuel delivery, allowing for a stable and controlled burn. Throughout the project, I documented each step, from the initial design sketches to the final assembly and testing phases. This hands-on experience not only deepened my understanding of combustion principles but also reinforced the importance of precision in engineering. Ultimately, the project was a culmination of my learning and experimentation, and I was thrilled with the results.
