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Click here or scroll down to respond to this candidateCandidate's Name
PHONE NUMBER AVAILABLE Boulder, CO EMAIL AVAILABLE LINKEDIN LINK AVAILABLE EducationUniversity of Colorado, Boulder Street Address /2022 - 05/2024Master of Science in Mechanical EngineeringOsmania University Hyderabad, India Street Address /2015 - 04/2019 Bachelor of Engineering in Mechanical EngineeringSkills Mechanical Softwares: SOLIDWORKS, CATIA, AUTOCAD, Autodesk Inventor, Revit, CREO, ABAQUS and ANSYS. Programming Languages and Tools - Python, MATLAB, Adobe Photoshop, Microsoft Office. Core Competencies: Advanced CAD modelling, Design for Manufacturability (DFM), Geometric dimensioning and tolerancing(GD&T), Manufacturing techniques, 3D printing, linear and non-linear finite element analysis (FEA), Fracture Mechanics, Fatigue Analysis, Project Management, Systems Engineering principles, Strong analytical and critical thinking skills. Work ExperienceMechanical Engineer, Sneha Elevators LLP Hyderabad, India 07/2019 - 07/2022 Created detailed 2D and 3D drawings of elevator cabins using AutoCAD & SOLIDWORKS and design documentation for car frames, guide rails, motor housing and door operators of medical, domestic, and industrial elevators. Created bill of materials (BOM), facilitated efficient procurement process and coordinated inventory management ensuring cost- effective resource utilization and seamless project execution. Conducted design review meetings to ensure the compliance of component drawings and assembly drawings with project standards. Performed risk assessment activities- tolerance analysis, DFMEA, risk reports and simulated use testing to resolve residual risk for products under development and post-production, as required. Boosted structural efficiency by 15% and cut weight by 5% of support brackets, columns and cabin frame by conducting FEA analysis on ANSYS utilizing the static stress analysis and optimizing the design. Analyzed manufacturing processes and conducted cost estimation for elevator components, including cabin frames, guide rails, and door operators, resulting in accurate budget forecasts and informed decision-making for resource allocation. Achieved a 10% reduction in material costs by implementing value engineering techniques to optimize elevator car components while adhering to performance and safety standards. Headed a 3-member team for the shift from weld fixtures to bolt fixtures of a 3-story elevators main frame and support columns to address assembly issues achieving a 72% conversion rate resulting in a reduction of assembly time by 15%. Collaborated with cross-functional teams to address the problem of maintenance of misalignment of doors caused due to wear and tear. Contributed to the ideation, development and testing of new product concepts to validate design concepts and functionality. Supported the sales staff by providing engineering consultation during the development of proposals and quotations. Conducted regular review meetings to drive alignment with project goals while fostering effective communication and ensuring continuous improvement in efficiency.Mechanical Engineering Intern, Nuclear Fuel Complex Hyderabad, India 05/2018 - 08/2018 Analyzed separation force, peak axial force, stresses and strains on tube and mandel during the pilgering process applying the theory of plasticity. Developed a program on MATLAB for the calculation of slip and identified an optimal range of tube diameters to eliminate slip resulting in enhanced mechanical efficiency during pilgering. Graduate Assistant Component Design, University of Colorado, Boulder 01/2023 05/2023 Assisted faculty with lab sessions and played an active role in guiding students with their design projects. Mentored students by conducting office hours, providing timely assistance and clarifications. ProjectsStructural Analysis of I-35W Mississippi River Bridge 09/2023 11/2023 Performed FEA assessment on ABAQUS to analyze stress distribution and structural integrity of the bridge before collapse. Conducted experimental failure scenarios of ABAQUS for various loading cases to study the dangers of undersized gusset plate and the effect of buckling on it.Development of in-house bike storage 09/2022 12/2022 Modeled and fabricated a prototype based on user inputs and gathered feedback on its functionality and usability to refine the design. Produced a prototype and developed a financial model to support its launch as a market-ready product. Baja SAE 06/2016 - 02/2017 As a vice-captain, led a 25-member team overseeing design, analysis and vehicle fabrication. Received "Innovation Award" for designing and implementing an innovative four-wheel steering mechanism in an All-Terrain Vehicle. |
