Bhopal, Madhya Pradesh, India
Hello! I am Umang Rai, a result-oriented professional with over 2 years of experience in Finite Element Analysis and mechanical design. My journey has equipped me with a strong academic foundation and practical skills in applying the Finite Element Method (FEM) to solve complex engineering challenges. I am passionate about leveraging my expertise in simulation tools and mechanical systems to drive innovation and efficiency in engineering projects. I am currently seeking opportunities in Pune and Bangalore where I can contribute to an organization of high repute. Throughout my career, I have successfully spearheaded the development of mechanical systems, from initial concept design to full-scale machine commissioning. My technical proficiency in tools like SOLIDWORKS, ANSYS, and AutoCAD, combined with my ability to collaborate with cross-functional teams, has enabled me to deliver high-performance systems that meet safety and performance criteria. I take pride in my achievements, including leading projects that significantly increased production efficiency and developing training programs that enhanced team productivity. Key Achievements: - Successfully led a project that increased production efficiency through advanced automation technologies, significantly reducing operational costs. - Developed a comprehensive training program for junior engineers, improving their understanding of finite element analysis and design principles. - Played a pivotal role in launching a new product line, contributing to an increase in market share within the first year. - Achieved a significant reduction in machine downtime through proactive maintenance strategies and continuous monitoring of equipment performance.
Spearheading the end-to-end development of mechanical systems—ranging from initial concept design to full-scale machine commissioning at client sites. Driving the end-to-end machine design lifecycle, including specification finalization, budgeting & layout development using AutoCAD, while collaborating with cross-functional teams (CFTs) and generating BOMs for long lead-time components. Conducting in-depth feasibility assessments for retrofit projects by delivering comprehensive technical reports, accurate cost estimates, and optimized layout plans to enable informed project decisions. Engineering high-performance systems by calculating optimal line speeds, designing heating elements, developing 3D models in SolidWorks, and selecting precision components such as gearmotors, servo motors, gearboxes & couplings. Executing mechanical simulations such as flow analysis, static load testing in SolidWorks, and robotic movement studies using MOTOSIM to ensure design accuracy and performance reliability. Facilitating collaborative design reviews with cross-functional teams, documenting key outcomes through MoMs, and incorporating feedback to drive iterative enhancements. Leading procurement initiatives for materials aligned with custom system requirements, ensuring timely availability and adherence to project milestones. Overseeing on-site machine assembly and mechanical integration during shop floor testing, including fine-tuning components and compiling structured feedback for quality improvements. Commissioning machines at customer locations, ensuring smooth implementation, performance verification, and timely project delivery.