Vamshi Mekala

Highly motivated Automotive Software Tester with 2.5 years of experience in Hardware-in-the-Loop (HiL) systems, test automation, and ECU validation. Proficient in using Controldesk (dSPACE), Vector tools, Python, ODIS, and EXAM, with a strong understanding of automotive communication protocols and bus systems. Experienced in managing end-to-end software development and testing lifecycles within automotive environments.

Analysing the thermal behaviour (BTMS) of batteries and different nanofluid coolant materials with respect to different temperatures in thermal network design used in electric vehicles. Structural Analysis of Simply Supported Composite Panel with Transient Loading Thermo-Structural Analysis of a Combustion Chamber Casing Vibrational Analysis of a Payload Structure

Development of a workflow to reduce the computational effort of a 3D FE simulation to predict the wear and life of a circular saw blade. Several 2D profiles are created from the 3D geometry to perform the explicit 2D FE simulations. Optimization of the entire mesh by deleting superfluous elements and creating new nodes and elements. Revising the 2D profile mesh for better simulation results. All tasks are performed by developing a set of Python scripts for implementation in Abaqus CAE.

Development of an application with Python as the middle layer that connects the frontend with the data of the backend server.

Main focus: Linear, Non – Linear, Coupled – Finite Element Methods, Structural Dynamics, Analysis of Structures, Thermodynamics of materials.