Pavan Kulkarni

- Work independently to develop customized workflows, utilizing code/no-code approach to enhance efficiency and user experience across CAE portfolio. - Establish comprehensive documentation systems that aid in future automation initiatives. - Collaborate with cross-functional teams to understand requirements and implement solutions that address specific business needs effectively.

- Principal software engineer for XIPA (a high performance finite element model build technology using ML) https://xitadel.com/xipa/. - Responsible for product development, framework design, implementation of CAE customized solutions using process automation and ML integration. - Coordinate with customers for project requirement, taking inputs, giving quality and timely deliverables. - Manage agile team to delegate tasks and ensure development meets standards.

“Numerical simulation of realistic loading scenarios on PV modules” - Enhancement, calibration and validation of the numerical model with experimental results on the different layers for various loading scenarios in in ABAQUS CAE Tools: ABAQUS CAE, ABAQUS Scripting, Python, Pandas, Matplotlib, MS Office suite and others

- Used python to add elevation capabilities for the simulation model to map and optimize the dynamic operation of discrete heat and cooling networks. Tools: Python, Pandas, Matplotlib, Data analytics, Git, PyCharm IDE

- Restructuring of the audio modules and XML files using C. - Static library development to read the dynamic library files for copying and replicating data using C. Tools: Advanced C, MS Visual studio 2008, SVN, MS Office suite

- Handle structural, full vehicle low and high speed crash, durability analyses. - Propose improvised solutions by analysis using post-processing, documentation, report generation to customers. - Customize using python scripts to automate FEA model build for crash and similar deck builds. - Support India Automotive OEMs for CAE process automation tasks.

Finite Element Analysis, Structural Optimization, Material Modelling and Simulation, Continuum Mechanics, Computational Dynamics, Numerical Methods for Thermo and Fluid dynamics, High-Performance Computing, Advanced Programming Techniques, Simulation and scientific computing and others