Amol kulkarni

I am working as an Early-Stage Researcher in the THREAD Project focusing on the topic 'Mesoscopic Modelling and Simulation of Wire Harnesses'.

IMWF • Comparison of Machine Learning results and Finite Element method results of Discrete Dislocation Dynamics (DDD) simulations • Image processing - phase detection from EBSD image • Scientific Computing and data processing to calculate resultant grain orientation and projections using Python • Data Visualization of Machine Learning (ML) results

• Project - Establish in-house resharpening and coating of drill tools for MIKRON Multistar -24 • Tool wear analysis (tool geometry damage and built-up edges) to determine optimum drilling parameters • Tool Geometry Optimization (3D CAD) • Reviewing thermal analysis of tool

• Product development - Topology optimization of scaffolding joints using FEM (Cuplok, scaffolding fittings) • 3D Modelling of scaffolding joints and fittings. • Design validation of jigs and fixtures Siemens NX

• Simulation-Analysis of Intake manifold to optimize performance • Design Validation of Venturi tube and Plenum chamber • Using proprietary simulation-analysis results to train ML model to predict optimum design dimensions

Master's Thesis on the topic Molecular Dynamics simulations to investigate solid solution hardening of Ni-X at high temperatures with machine learning-based inter-atomic potentials (Thesis grade - 1.7) Machine Learning | Scientific Programming Discretization Methods | Continuum Mechanics | Computational Material Science | Non-linear Computational Mechanics of Structures | Optimization of Mechanical Systems | Implementation and Algorithms for Finite Elements | Computational Human Body Modelling

Grade: 8.14/10 (First Class with Distinction) Activities and societies -Participant at IET KARMAVEER Expo at K.K.Wagh college of Engineering, Nashik -Participant in the I-Rise Exhibition at Gokhale Education Society's College of Engineering, Nashik Modules: - Finite Element Analysis | Numerical Methods and Optimization | Thermodynamics | Fluid Mechanics | Fundamentals of Programming Language | Mechatronics | Operational Research