Brahmananda Swain

Brahmananda Swain

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location of Brahmananda SwainChennai, Tamil Nadu, India

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  • Timeline

  • About me

    Post Graduate Engineer - RNTBC India Ltd || Intersystem - Torque Pre Control || AMEsim || MATLAB || SolidWorks || Siemens NX || Bond Graph || AutoCAD || Simulink || ANSYS || Concerto.

  • Education

    • Kendriya Vidyalaya No. 1 Armapore, Kanpur (UP)

      2015 - 2016
      Higher Secondary Education Science with Computer Science
    • Kendriya Vidyalaya Masimpur, Cachar, Assam

      2013 - 2014
      Secondary Education 9.4 CGPA
    • SRM University

      2016 - 2020
      Bachelor of Technology - BTech Mechanical Engineering 78.09 Percentage
    • Anna University Chennai

      2021 - 2023
      Master of Engineering - MEng Mechatronics Engineering 8.01 CGPA
  • Experience

    • Renault Nissan Technology & Business Centre India

      May 2023 - now

      Position: Engineer for Model-Based System Simulation at CAE Test and Customer Performance [CAE-3].Zone of Work: 0D/1D System Simulation | Vehicle Dynamics | xEV Torque Management | Intersystem [Pre-Control Vehicle : Torque] Among the duties are the following: • Multi Body Dynamics: Skillful in creating precise mathematical representations of dynamic systems, including simulation and analysis using MATLAB scripting.• Hardware Modelling: proficiency in building precise physical models of systems for troubleshooting and predictive analytics.• Mechanics of motion: Proficiency in applying mathematical principles and inverse dynamics calculations to complex motion problems, such as vehicle movements and dynamics.• Behavior: Use dynamic analysis to predict how a vehicle would behave in various scenarios, guide tactical choices, and maximize torque and position.• The following cases Planning: Able to maximize resource use, avoid impediments, and design the best routes for mechanical systems and automobiles.Skills: Physical Model Design, Integration of Automotive Platform, Electric Vehicle Torque Pre-Control, Inertial Measurement (IMU) Data Analysis, Plant Model Validation, Co – simulation, MIL testing, SIL, Interface Microcontroller and FMU Study and Integration and Platform Modification. Tools Expertise: AMESim, MATLAB, Simulink, Motion Analysis, SolidWorks, Siemens NX, Bond Graph, AutoCAD, ANSYS, Concerto, 7-Zip, Notepad ++,MagicDraw & MS Office. Show less Role – Post Graduate Engineer Trainee at Customer Performance and CAE Test [CAE -3].Zone of Work – Intersystem [Vehicle Torque Pre – Control] Responsibilities include:• Multi Body Dynamics: Proficient in building accurate mathematical models of dynamic systems, including MATLAB scripting for simulation and analysis.• System Modelling: Expertise in creating accurate physical system models for predictive analytics and troubleshooting.• Kinematics: Expertise in tackling complicated motion issues, including vehicle motions and vehicle dynamics, via mathematical concepts and inverse dynamics computations.• Dynamics: Conduct dynamic analysis to forecast vehicle reactions under different situations, inform strategic decisions, and optimize torque and position.• Path Planning: Skilled in planning ideal paths for vehicles and mechanical systems, maximizing resource use and avoiding obstacles.Skills: Physical Model Design, Integration of Automotive Platform, Electric Vehicle Torque Pre-Control, Inertial Measurement (IMU) Data Analysis, Plant Model Validation, Co – simulation, MIL testing, SIL, Interface Microcontroller and FMU Study and Integration and Platform Modification. Tools Expertise: AMESim, MATLAB, Simulink, Motion Analysis, SolidWorks, Siemens NX, Bond Graph, AutoCAD, ANSYS, Concerto, 7-Zip, Notepad ++,MagicDraw & MS Office. Show less Role – Engineer Intern deployed at Customer Performance and CAE Test [CAE -3].Zone of Work – MBSE, Vehicle Dynamics, Basic Automotive Platform Study. Responsibilities include:• Multi Body Dynamics: Proficient in building accurate mathematical models of dynamic systems, including MATLAB scripting for simulation and analysis.• System Modelling: Expertise in creating accurate physical system models for predictive analytics and troubleshooting.• Dynamics: Conduct dynamic analysis to forecast vehicle reactions under different situations, inform strategic decisions, and optimize torque and position. Show less

      • Model Based Simulation Engineer

        Sept 2024 - now
      • Post Graduate Engineer Trainee

        Sept 2023 - Sept 2024
      • Engineer Intern

        May 2023 - Sept 2023
  • Licenses & Certifications

    • Cyber Security & Attacks

      Renault Group
      Dec 2023
    • Time Management Tips

      LinkedIn
      Feb 2024
    • System Thinking

      LinkedIn
      Feb 2024
    • Effective Listening

      LinkedIn
      Dec 2023
    • Communication Foundation

      LinkedIn
      Dec 2023
    • Getting started and Advance Multi-physical system modeling using AMESim

      Siemens
      Oct 2023
    • Together with Diversity

      Renault Group
      Dec 2023
    • MATLAB Onramp

      MathWorks
      Aug 2023
    • Build Your Logical Thinking Skills

      LinkedIn
      Feb 2024
    • Decision Making Strategies

      LinkedIn
      Feb 2024