Sarthak Umesh Joshi
Design Engineer @Precimax Engineers Limited
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WORK HISTORY
Design Engineer @Precimax Engineers Limited
Navi Mumbai, IN
Led preparation of 2D & 3D design and fabrication drawings using AutoCAD and SolidWorks for hot-dip galvanizing plants and associated equipment.Performed structural and design calculations for plant structures and components, ensuring compliance with international standards and ISO requirements.Supported execution of multiple projects simultaneously, coordinating with project managers to resolve design clashes and avoid schedule delays.Reviewed and validated drawings and calculations before approval, reducing design revisions and rework during fabrication and installation stages.Checked materials and equipment documentation against drawings, specifications, and purchase orders to ensure technical and quality compliance.Conducted inspection of incoming materials and fabricated equipment, identifying non-conformances early and supporting corrective actions.Collaborated with cross-functional teams (design, quality, procurement, manufacturing) to improve design clarity, manufacturability, and execution efficiency.Actively participated in technical meetings and design reviews, contributing practical solutions based on shop-floor and site requirements.
EDUCATION
Arizona State University
Master of Science - MS, Mechanical Engineering
Pillai College of Engineering
Bachelor of Engineering - BE, Mechanical Engineering
ABOUT SARTHAK UMESH JOSHI
As a graduate student in Mechanical Engineering at Arizona State University, I’ve focused my studies on modern manufacturing methods, finite element analysis (FEA), and applied machine learning. I\'m actively seeking opportunities in mechanical design, process engineering, and simulation-driven product development.My hands-on experience as a research contributor and CAD design associate (CSWA certified) has complemented my academic training and deepened my understanding of simulation, GD & T, and multi-material manufacturing. From optimizing rocket nozzle efficiency using ANSYS Fluent to validating FEA results of 3D-printed brackets through tensile testing, I’ve consistently translated theory into measurable impact—achieving performance gains of up to 70% and validation scores of 91%.I’m especially interested in the intersection of mechanical design and digital simulation. I enjoy diagnosing inefficiencies, refining prototypes using FEA, and communicating insights through tools like MATLAB and Python. My technical skillset includes CAD (SolidWorks, Creo), ANSYS, MATLAB, and statistical tools such as ANOVA and Latin Hypercube Sampling.I aspire to work in environments where innovation is driven by data-backed design, efficient manufacturing, and real-world validation. I thrive in cross-functional teams and am eager to lead simulation and design projects that reduce waste, improve performance, and ensure manufacturability.Let’s connect—I\'m open to opportunities where I can apply my skills in CAD, FEA, and thermal analysis to deliver real engineering value. Feel free to message me if you\'re hiring or interested in collaborating.
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