Badrinath Mekap

Deputy General Manager R&D at iNNOVA RUBBERS PVT,LTD
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Contact Information
us****@****om
(386) 825-5501
Location
IN

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Experience

    • Industrial Automation
    • 1 - 100 Employee
    • Deputy General Manager R&D
      • Mar 2022 - Present

    • Research Engineer
      • Sep 2020 - Sep 2021

      - To predict the durability of Car Bumper Stiffner (General Motors) during Impact loading condition. A Non - linear Transient Dynamic FEA, had been carried out to study the Stiffener Strength using Abaqus & Hyperworks - Design Optimization using Optistruct and DOE. - Optimization of Aircraft wing structure made up of composite material - To predict the durability of Car Bumper Stiffner (General Motors) during Impact loading condition. A Non - linear Transient Dynamic FEA, had been carried out to study the Stiffener Strength using Abaqus & Hyperworks - Design Optimization using Optistruct and DOE. - Optimization of Aircraft wing structure made up of composite material

    • Automotive
    • 1 - 100 Employee
    • Deputy Manager
      • Sep 2012 - Sep 2020

      Department: Advance Research Team Website address: www.dtrvms.com Product development & Project Management • Product development projects management through New Product Introduction (NPI) process. • Conceptualization of feasible technologies through collaboration with cross-functional teams. • Responsible for cost reduction in collaboration with procurement, Cost and vendor teams Initiatives & Team Management • Helped organization in recruitment drives by conducting technical interviews for R&D members • Nurturing new talent by providing Training and education Key Role: - Perform structural Durability and vibration analysis on engine mounts (Active Engine mounts, Hydraulic Engine mounts, dual isolation mounts, Conventional Engine mounts & Rear differential mounts) using Abaqus & Hyperworks - Predicting the desired static rate and Dynamic rate of Rubber bushing components by hardness tuning using Abaqus CAE and validating with Experimental test result - Perform structural optimization (topology, shape and size) at component level to improve the performance of vehicle under static and dynamic loads using Optistruct. - Predicting the Bulging/Puffing stiffness of MRE bushing using Abaqus CAE - Predicting MRE Durability life, total damage calculation subjected to fatigue load block cycle using Abaqus CAE

    • South Korea
    • Computers and Electronics Manufacturing
    • 700 & Above Employee
    • Reserch Engineer
      • Mar 2010 - Sep 2012

      Department: Noise and Vibration Lab, Cycle Module Group, Refrigeration Division. Website address: www.lge.com Key Role: 1. Experimental method of noise measurement for different components of refrigerator like Compressor, C - Fan, F - Fan, Refrigerant by using Bruel and Kjer measuring instrument. 2. Finding the main noise source from the experiment. 3. Experimental method of noise reduction. 4. FEM Modeling of Refrigerator components in Hypermesh 5. Performing Structural Analysis (Linear and Nonlinear) of Refrigerator components using Abaqus, Radios and Optistruct. 6. Performing Noise and Vibration Simulation (Dynamic Analysis: Modal, Frequency Response and Transient Dynamic Analysis) using Optistruct.. 7. Validation of Experimental noise results with CAE results. 8. Design Optimization (Topology, Shape and size) using Optistruct Hyperworks

    • Fea Analyst
      • May 2008 - Mar 2010

      www.timetooth.com TimeTooth Technologies is an engineering solutions organization which specializes in Computer Aided Engineering (CAE) driven product development (PD) process. Key Role: 1. Preparing Fem Models using Hyper mesh 2. performing Fem Analysis using or Radios/ Optistruct. 3. To take care of NVH Simulation (Dynamic Analysis: Modal, Frequency response and Transient Dynamic Analysis). www.timetooth.com TimeTooth Technologies is an engineering solutions organization which specializes in Computer Aided Engineering (CAE) driven product development (PD) process. Key Role: 1. Preparing Fem Models using Hyper mesh 2. performing Fem Analysis using or Radios/ Optistruct. 3. To take care of NVH Simulation (Dynamic Analysis: Modal, Frequency response and Transient Dynamic Analysis).

    • India
    • Appliances, Electrical, and Electronics Manufacturing
    • 1 - 100 Employee
    • Assistant Manager
      • Oct 2007 - Apr 2008

      Company Website: https://wilo.com/in/en Key Role : Structural Analysis of Pumps using Hyperworks and Ansyswork bench Company Website: https://wilo.com/in/en Key Role : Structural Analysis of Pumps using Hyperworks and Ansyswork bench

  • VJ Coresoft Pvt. Ltd
    • Pune Area, India
    • CAE Analyst
      • Jul 2006 - Sep 2007

      www.vjcs.com Key role : Fem Analysis using Ansys Workbench Simulation and Hyperworks www.vjcs.com Key role : Fem Analysis using Ansys Workbench Simulation and Hyperworks

Education

  • IIT Kanpur
    Master of Technology (M.Tech.), Mechanical Engineering, Solid Mechanics and Design
    2004 - 2006
  • Veer Surendra Sai University Of Technology (VSSUT,Formerly UCE), Burla
    Bachelor of Engineering - BE, Mechanical Engineering
    1999 - 2003

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