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CV - Aravind Kamsanahally Sriramamurthy

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Aravind K S
Aravind K S

My CV for search of opportunities in the domain of CAD based Software Development, 3D Parametric Modelling, Visual Programming, Structural Design & Analysis, Fracture Mechanics, FE Tool Development.

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Aravind KAMSANAHALLY SRIRAMAMURTHY Chez Harshavardhan AMIN 150 Rue Baraban 69003 Lyon, France Email : aravind4391@gmail.com Telephone: +33 (0) 7 58 73 48 32 LinkedIn: aravind-kamsanahally-sriramamurthy-5681a718 Nationality: Indian Availability: Immediately DOMAINS: CAD based Software Development, 3D Parametric Modelling, Visual Programming, Structural Design & Analysis, Fracture Mechanics, FE Tool Development. PROFESSIONAL EXPERIENCE 2017 RHINOFORYOU (CAD Software Engineer – Research & Development) Lyon, France (9 months) GAZ TRANSPORT & TECHNIGAZ (GTT): Development of Software Source Code for Parametric 3D Modelling and its GUI ? Utilization of visual programming utility ‘Grasshopper’ of Rhino 3D in developing parametric 3D models for various types of LNG Carrier Tanks with the complete assembly generation of its safety layers and their associated parts. ? Linking the Source code in Grasshopper for parametric modelling with the C# WPF User Interface that has been developed in Visual Studio aided by an XML Database. ? Management of Source code development for the Calculations and User Interface for various versions of the software. TOOLS: Rhinoceros 3D, Grasshopper, Microsoft Visual Studio, Microsoft SQL Server Management Studio. (3 months) SAINT-GOBAIN Groupe - Development of Parametric Design Software for Megastil? Beam Trusses. ? Implementation of 3D Parametric Modelling of truss work with various cross-sections combined with real-time structural analysis of the beams and their joints. ? Utilization of Analytical and Finite Element formulation in the algorithms thus enabling lower computation time accompanied by an improved GUI when compared to the previously existing software that had to be replaced. TOOLS: Rhinoceros 3D, Grasshopper, ABAQUS Explicit. 2016 AIRBUS GROUP (Master Thesis Internship) Bengaluru, India (6 months) Development of Abaqus User Sub-routine to predict orthotropic crack initiation in metals. ? Utilization of Fortran Sub-routines in Abaqus USDFLD to implement and test a crack initiation prediction hypothesis on orthotropic metals to validate with the commercial material definition software MATFEM. TOOLS: ABAQUS Explicit, MATFEM, MS Excel. 2013-2014 Indian Institute of Science (Research Assistantship) Bengaluru, India (9 months) Qualitative Assessment of 2D & 3D Failure Criteria of Composite Lamina Based on Initiating Failure Mechanism ? FE models of Composite Laminates on ANSYS are subjected to In-plane loading to perform a predictive study on the modes of failure based on the Initiating Failure Mechanisms by using MATLAB for the analysis. ? Published with Dr. G.Narayana Naik at ‘Aerospace Structures Technologies- Progress & Outlook 2014’, Indian Space Research Organization, Thiruvananthapuram, India. TOOLS: ANSYS APDL, MATLAB, MS Excel, LaTeX. 2011 Hindustan Aeronautics Limited (Industrial Internship) Bengaluru, India (2 months) Honeycomb Composites Division, Aircrafts Division ? Hands-on training experience in the manufacturing of Autoclave cured Composite floor board panels and its associated components for Advanced Light Helicopter HAL Rudra (ALH-WSI). ? Knowledge sharing sessions on all the major manufacturing processes for Combat aircrafts. EDUCATION 2014-2016 Institut Supérieur de l'Aéronautique et de l'Espace (ISAE-SUPAERO) Toulouse, France Master of Science in Aerospace Mechanics and Avionics (Aerospace and Aeronautical Structures) ? Subjects: Computational Solid Mechanics, Non-Linear FEM, Airframe Materials, Composites Mechanics & Manufacturing, Composite Design & Modelling, Fracture Mechanics and Viscoplasticity, Aeroelasticity, Advanced Structural Dynamics, Advanced Flight Dynamics, Architecture and Structure of Launch Vehicles, Aircraft production and Maintenance, Quality and Project Management.
2009-2013 P E S Institute of Technology (PES University) Bengaluru, India Bachelor of Engineering in Mechanical Engineering ? Subjects: Basic Aerodynamics and Flight Dynamics, Material Science and Metallurgy, Mechanics of Machines, Theory of Vibrations, FEM, Machine Design, PLM, Heat and Mass Transfer, Manufacturing processes. PROJECTS ISAE-SUPAERO Toulouse, France 2015-2016 Semi-Analytical Mechanical Modelling of Fragmentation with Cohesive Zones (Team Research Project) ? To implement the predictability of crack initiation and study the dynamic behaviour of a brittle rod under constant tensile load by making use of the analytical formulation for crack initiation energy hypothesis in MATLAB. TOOLS: MATLAB, MS Excel, LaTeX. 2014-2016 Other projects: Structural Design of a Quadcopter for International Micro Air Vehicle Competition 2015 – 2nd Semester ? Multicultural design team involving the dimensioning and modelling of a Quadcopter drone frame on CATIA to meet the requirements of the International Student competition IMAV 2015. TOOLS: CATIA V5, ABAQUS, MS Excel. Dimensioning and modelling of a co-cured Composite CWB (Airbus Design Project) – 2nd Semester ? Utilization of Composite Laminate Theory for Lay-up design and dimensioning of the Central Wing Box with co-cured stringers followed by modelling of the Wing box in CATIA. TOOLS: AIRBUS CLT Dimensioning Tool (MS-Excel), MATLAB, CATIA V5. P E S Institute of Technology Bengaluru, India 2012-2013 Analysis of Dynamic Behaviour of Space Deployment Mast in Orbit. (Undergraduate Thesis Team Project) ? ANSYS APDL modelling and analysis to obtain the natural and forced modes of vibration with the application of Transient and Harmonic loads at the base of a deployed Satellite mast (cantilever) in space. TOOLS: ANSYS APDL, MATLAB, MS Excel. 2009-2013 Other projects: Prediction of solidification behaviour of large sized cylindrical Al-2014 alloy castings using ProCAST – 7th Semester ? Studying the solidification patterns in large castings of Aluminium through simulations on ProCAST by varying the positions and dimensions of the Gates and Feeders. ? Published with Dr. C.S.Ramesh at ‘International Conference on Material Science and Material Engineering’, March 2014, Chicago, Illinois, USA. TOOLS: ProCAST, MS Excel. Modal Analysis of Thin Plates using FEM in MATLAB and ANSYS Workbench – 6th Semester ? Development of MATLAB code in simulating and obtaining the modes shapes and natural frequencies of simply-supported or Clamped thin plates for multiple materials. TOOLS: ANSYS APDL, MATLAB, MS Excel. 2010-2011 SAE Aero Design West 2011 (International Student Competition) Fort Worth, USA Fabrication of a Radio-controlled UAV with a take-off weight of 18 kg ? Team of 10 students involved in the design and fabrication of Remote controlled drone using Balsa wood And Aluminium. Worked on Fuselage truss design and fabrication including landing gear integration. ? Secured the 5th position in the World and 1st among the Asian teams at the event and also won the ‘Systems Engineering Award’ by National Aeronautics and Space Administration (NASA). TOOLS: ANSYS APDL, MATLAB, MS Excel, MS Flight Simulator. TECHNCIAL SKILLS LANGUAGE PROFICIENCY CAD/CAE : Rhinoceros 3D, ABAQUS Suite, CATIA V5, ANSYS 12, NASTRAN-PATRAN, SAMCEF, AutoCAD. English: Bilingual Programming : C#, VB, SQL, MATLAB, FORTRAN, PYTHON. French: Intermediate working Software/OS : Visual Studio 2017, Microsoft Office Suite, Latex, Windows/Linux. German: Beginner Kannada, Hindi: Native EXTRA-CURRICULAR INTERESTS Associations ? Webmaster & Board Member of EUROAVIA Toulouse (2015-2016). ? Co-founder and Board Member of the PESIT Photography club (2010-2012). ? Head of Infrastructure team for the PESIT Techno-Cultural festival (2012). ? Organizing Committee Member of ‘SPACE UP 2012’, an Open Space conference on Space Science and Technologies held by ‘Dhruva Space’ (2012). Hobbies: Football, Badminton, Swimming, Cricket, Photography, Piano, Drums

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CV - Aravind Kamsanahally Sriramamurthy

  • 1. Aravind KAMSANAHALLY SRIRAMAMURTHY Chez Harshavardhan AMIN 150 Rue Baraban 69003 Lyon, France Email : aravind4391@gmail.com Telephone: +33 (0) 7 58 73 48 32 LinkedIn: aravind-kamsanahally-sriramamurthy-5681a718 Nationality: Indian Availability: Immediately DOMAINS: CAD based Software Development, 3D Parametric Modelling, Visual Programming, Structural Design & Analysis, Fracture Mechanics, FE Tool Development. PROFESSIONAL EXPERIENCE 2017 RHINOFORYOU (CAD Software Engineer – Research & Development) Lyon, France (9 months) GAZ TRANSPORT & TECHNIGAZ (GTT): Development of Software Source Code for Parametric 3D Modelling and its GUI ? Utilization of visual programming utility ‘Grasshopper’ of Rhino 3D in developing parametric 3D models for various types of LNG Carrier Tanks with the complete assembly generation of its safety layers and their associated parts. ? Linking the Source code in Grasshopper for parametric modelling with the C# WPF User Interface that has been developed in Visual Studio aided by an XML Database. ? Management of Source code development for the Calculations and User Interface for various versions of the software. TOOLS: Rhinoceros 3D, Grasshopper, Microsoft Visual Studio, Microsoft SQL Server Management Studio. (3 months) SAINT-GOBAIN Groupe - Development of Parametric Design Software for Megastil? Beam Trusses. ? Implementation of 3D Parametric Modelling of truss work with various cross-sections combined with real-time structural analysis of the beams and their joints. ? Utilization of Analytical and Finite Element formulation in the algorithms thus enabling lower computation time accompanied by an improved GUI when compared to the previously existing software that had to be replaced. TOOLS: Rhinoceros 3D, Grasshopper, ABAQUS Explicit. 2016 AIRBUS GROUP (Master Thesis Internship) Bengaluru, India (6 months) Development of Abaqus User Sub-routine to predict orthotropic crack initiation in metals. ? Utilization of Fortran Sub-routines in Abaqus USDFLD to implement and test a crack initiation prediction hypothesis on orthotropic metals to validate with the commercial material definition software MATFEM. TOOLS: ABAQUS Explicit, MATFEM, MS Excel. 2013-2014 Indian Institute of Science (Research Assistantship) Bengaluru, India (9 months) Qualitative Assessment of 2D & 3D Failure Criteria of Composite Lamina Based on Initiating Failure Mechanism ? FE models of Composite Laminates on ANSYS are subjected to In-plane loading to perform a predictive study on the modes of failure based on the Initiating Failure Mechanisms by using MATLAB for the analysis. ? Published with Dr. G.Narayana Naik at ‘Aerospace Structures Technologies- Progress & Outlook 2014’, Indian Space Research Organization, Thiruvananthapuram, India. TOOLS: ANSYS APDL, MATLAB, MS Excel, LaTeX. 2011 Hindustan Aeronautics Limited (Industrial Internship) Bengaluru, India (2 months) Honeycomb Composites Division, Aircrafts Division ? Hands-on training experience in the manufacturing of Autoclave cured Composite floor board panels and its associated components for Advanced Light Helicopter HAL Rudra (ALH-WSI). ? Knowledge sharing sessions on all the major manufacturing processes for Combat aircrafts. EDUCATION 2014-2016 Institut Supérieur de l'Aéronautique et de l'Espace (ISAE-SUPAERO) Toulouse, France Master of Science in Aerospace Mechanics and Avionics (Aerospace and Aeronautical Structures) ? Subjects: Computational Solid Mechanics, Non-Linear FEM, Airframe Materials, Composites Mechanics & Manufacturing, Composite Design & Modelling, Fracture Mechanics and Viscoplasticity, Aeroelasticity, Advanced Structural Dynamics, Advanced Flight Dynamics, Architecture and Structure of Launch Vehicles, Aircraft production and Maintenance, Quality and Project Management.
  • 2. 2009-2013 P E S Institute of Technology (PES University) Bengaluru, India Bachelor of Engineering in Mechanical Engineering ? Subjects: Basic Aerodynamics and Flight Dynamics, Material Science and Metallurgy, Mechanics of Machines, Theory of Vibrations, FEM, Machine Design, PLM, Heat and Mass Transfer, Manufacturing processes. PROJECTS ISAE-SUPAERO Toulouse, France 2015-2016 Semi-Analytical Mechanical Modelling of Fragmentation with Cohesive Zones (Team Research Project) ? To implement the predictability of crack initiation and study the dynamic behaviour of a brittle rod under constant tensile load by making use of the analytical formulation for crack initiation energy hypothesis in MATLAB. TOOLS: MATLAB, MS Excel, LaTeX. 2014-2016 Other projects: Structural Design of a Quadcopter for International Micro Air Vehicle Competition 2015 – 2nd Semester ? Multicultural design team involving the dimensioning and modelling of a Quadcopter drone frame on CATIA to meet the requirements of the International Student competition IMAV 2015. TOOLS: CATIA V5, ABAQUS, MS Excel. Dimensioning and modelling of a co-cured Composite CWB (Airbus Design Project) – 2nd Semester ? Utilization of Composite Laminate Theory for Lay-up design and dimensioning of the Central Wing Box with co-cured stringers followed by modelling of the Wing box in CATIA. TOOLS: AIRBUS CLT Dimensioning Tool (MS-Excel), MATLAB, CATIA V5. P E S Institute of Technology Bengaluru, India 2012-2013 Analysis of Dynamic Behaviour of Space Deployment Mast in Orbit. (Undergraduate Thesis Team Project) ? ANSYS APDL modelling and analysis to obtain the natural and forced modes of vibration with the application of Transient and Harmonic loads at the base of a deployed Satellite mast (cantilever) in space. TOOLS: ANSYS APDL, MATLAB, MS Excel. 2009-2013 Other projects: Prediction of solidification behaviour of large sized cylindrical Al-2014 alloy castings using ProCAST – 7th Semester ? Studying the solidification patterns in large castings of Aluminium through simulations on ProCAST by varying the positions and dimensions of the Gates and Feeders. ? Published with Dr. C.S.Ramesh at ‘International Conference on Material Science and Material Engineering’, March 2014, Chicago, Illinois, USA. TOOLS: ProCAST, MS Excel. Modal Analysis of Thin Plates using FEM in MATLAB and ANSYS Workbench – 6th Semester ? Development of MATLAB code in simulating and obtaining the modes shapes and natural frequencies of simply-supported or Clamped thin plates for multiple materials. TOOLS: ANSYS APDL, MATLAB, MS Excel. 2010-2011 SAE Aero Design West 2011 (International Student Competition) Fort Worth, USA Fabrication of a Radio-controlled UAV with a take-off weight of 18 kg ? Team of 10 students involved in the design and fabrication of Remote controlled drone using Balsa wood And Aluminium. Worked on Fuselage truss design and fabrication including landing gear integration. ? Secured the 5th position in the World and 1st among the Asian teams at the event and also won the ‘Systems Engineering Award’ by National Aeronautics and Space Administration (NASA). TOOLS: ANSYS APDL, MATLAB, MS Excel, MS Flight Simulator. TECHNCIAL SKILLS LANGUAGE PROFICIENCY CAD/CAE : Rhinoceros 3D, ABAQUS Suite, CATIA V5, ANSYS 12, NASTRAN-PATRAN, SAMCEF, AutoCAD. English: Bilingual Programming : C#, VB, SQL, MATLAB, FORTRAN, PYTHON. French: Intermediate working Software/OS : Visual Studio 2017, Microsoft Office Suite, Latex, Windows/Linux. German: Beginner Kannada, Hindi: Native EXTRA-CURRICULAR INTERESTS Associations ? Webmaster & Board Member of EUROAVIA Toulouse (2015-2016). ? Co-founder and Board Member of the PESIT Photography club (2010-2012). ? Head of Infrastructure team for the PESIT Techno-Cultural festival (2012). ? Organizing Committee Member of ‘SPACE UP 2012’, an Open Space conference on Space Science and Technologies held by ‘Dhruva Space’ (2012). Hobbies: Football, Badminton, Swimming, Cricket, Photography, Piano, Drums