Computational wind engineering and AI research engineer in the field of urban climate modelling

Characterization of wind flow in Roughness sublayer of urban atmosphere.Use of artificial intelligence and CFD simulations to build surrogate models for in-canopy wind flow parameterization

Chair of statik und dynamik• Simulation of dynamic fractures using Continuum Damage Material point method (PFFMPM)• Crack Simulation of rock for understanding its permeability and aperture under loading• Web-app development for 2d truss dynamics solver in python flask and html

• Establishment of development process for Disc brake and Drum brake systems (ABS & CBS) across all motorcycles of brands Bajaj, KTM & Husqvarna.• Validation of brake system subcomponents for structural integrity using FEA• Design Optimisation of brake system parameters to improve brake performance, sensory response, vehicle dynamics and efficiency using python• Establishment of validation criteria for handlebars and leg guards of motorcycles using reverse load calculation and machine learning linear regression technique• Fatigue life prediction of engine hangers and generation of stress cycles for validation

• Worked on the computational heat transfer on a disc gutter wheel• Created a mathematical model to compare its thermal efficiency against normal wheels