* Simulated MBD of IC Engines and e-Drives using AVL excite and Altair flux software* Expertise in automation of NVH subsystems through tcl-tk scripts & Python* Experienced in full vehicle 1st & 2nd order vibration analysis (TPA) in HIP areas (Seat, handlebar, footstep, mirror) to ensure rider comfort

* Experienced in end-to-end execution of two-wheeler & three-wheeler powertrain system projects for assessment of NVH (in terms of vibration and acoustic criteria)* Proficient in conducting low-frequency vibration and high-frequency acoustic simulations of powerplants using modal analysis, dynamic stiffness analysis, and ERP analysis techniques. * Skilled in addressing issues related to structural and airborne noise, as well as engine+frame contributions* Proficient in NVH testing and CAE modal correlation (VTF, NTF) - MAC on component & engine level* Topology and topography optimization of engine brackets, vehicle gussets, and frames.* Competent in mass optimization of powertrain structural components to achieve NVH targets like modal frequency, vibrations and acoustic using optistruct.* Developed Matlab, Octave code & GUI for analyzing NVH performance of powertrains - few codes are 1D driveline torsional analysis and FFT calculator of test combustion data at different RPMs, signal filters, spectrogram etc.

* ERP analysis of engine covers and, vehicle gussets & frames.* Proficiency in using NVH preprocessing tools like Altair Hypermesh, Simlab and analysis tools like Optistruct, Simcenter3D, Ansys, Abaqus, AVL Excite.* Engine + frame model acoustic analysis & post-processing of octave band plots in simcenter3D.

* Experienced in mathematical modelling of nonlinear hyperelastic materials and nonlinear finite element codes* Programming skills in COMSOL Multiphysics (Mathematical interface, Matlab Livelink), UMAT and UEL of Abaqus that requires Fortron scripting, Python, Matlab and Mathematica* Strong background in continuum mechanics theories and mathematical modelling of biological tissues & rubbers* Course works - Finite Element Analysis, Advanced Mechanics of Solids, Advanced Finite Element Analysis, Computational Heat & Fluid Flow(CFD), Constitutive Modelling in Continuum Mechanics, Finite Elasticity, Mechanics of Viscoelastic Materials

• Participate in team feasibility review and confirm organizational ability to inspect all specified characteristics, clarify ambiguities in GD&T and evaluate adequacy of current production & Quality infrastructural facility for manufacturing and control of the product.• Design process layout and plan the machine selection (Lathe, HMC, VMC)• Check the design of tools and fixtures for machining facilities.• Check the Attribute gauge Design using Taylor’s Equation and qualifying the gauge.• Conduct MSA studies and approve gauges for use in line.• CFT member in preparing machining documents namely Process Flow Chart, Process FMEA, Operating standard, Control plan. • Conducting Initial process capability study (feasibility study) for Process critical and customer critical dimensions and proving it.• Proving the fixture, Tools and machine programming for the new NPD parts and send the sample to customer.• Documentation of all major 18 elements of PPAP.• Create a new cell and arrange PPAP audit and close necessary NC points given by customer on-time. • Update APQP time plan and raise red flags when process is found fall short of time, quality or cost targets. • Ramp up NPD parts & achieve the necessary P, D, C, Q & S targets within 3 months and handover the cell to production.* Capital equipment - planning, selection, installation and proving.

The influence of curing temperature on the mechanical properties of aluminium alloy wheel has been investigated on various stages of the painting process.

Developed a software application based on a mathematical model to predict force-deflection curves for collapsible spacers.