Soham Sanathra

Aspiring Mechanical Engineering Student with interest in Computational Fluid Dynamics (CFD) and demonstrated proficiency in SolidWorks and New Product Development using mechanical design principles. Currently, I am expanding my expertise through a master's program at UBC, where I am honing my skills in CFD, FEA and contributing to the field through rigorous academic course and practical application. My academic pursuits are driven by a passion for innovation and a relentless quest for understanding the nuanced dynamics of fluid mechanics in engineering systems. Beyond my academic and professional endeavors, I like to play drums and do stargazing and try to find a pattern in them.

Mechanical Engineering student with extensive experience in design, manufacturing, and prototyping, currently pursuing a Master's in Mechanical Engineering at the University of British Columbia. At NanoSniff Technologies, I specialized in developing innovative devices for sample collection and vapor analysis, significantly enhancing detection capabilities. Notable projects include designing a spring-loaded portable device using SolidWorks and ANSYS, creating a compact flow cell for vapor collection, and engineering a liquid auto-dispensing system with high precision actuators and 3D printed components. Additionally, I developed a leak detection system and a gas flow circuit for sensor calibration. Proven ability to integrate analytical and practical skills, demonstrated through various technical roles and projects. Adept at utilizing CAD software, conducting detailed analyses, and improving product functionality and efficiency. Recognized for meticulous documentation and data analysis, contributing to optimal operational conditions and device performance. Passionate about leveraging engineering expertise to drive innovation and excellence in product development.

Currently enrolled in the Master of Engineering program in Mechanical Engineering at the University of British Columbia, I have undertaken a rigorous curriculum to deepen my expertise in advanced engineering concepts. The coursework includes Advanced Manufacturing, Computational Fluid Dynamics (CFD), Heat and Mass Transfer, Laser-Based Measurements of Fluid Flows, and Finite Element Analysis (FEA).

In Computational Fluid Dynamics, I gained proficiency in using OpenFOAM to solve complex fluid dynamics problems, enhancing my analytical capabilities. The Finite Element Analysis course allowed me to utilize ABAQUS to design and optimize a heat sink problem, showcasing my ability to improve thermal management solutions. Advanced Manufacturing provided hands-on experience with CNC lathes and mills, and I acquired practical skills in SolidWorks CAM, bolstering my manufacturing and design capabilities. The Laser-Based Measurements course involved using MATLAB to analyze combustion-related problems, integrating computational tools with experimental data for precise analysis.

Through this diverse and comprehensive coursework, I have developed a robust skill set that bridges theoretical knowledge with practical application, preparing me to tackle complex engineering challenges with innovative solutions.