Shivangi Aney

Develop a neural network based material model to increase the industrial applications of the material in the Aerospace industry FE implementation of the material model Validation of the material model with industrial data

Developed a constitutive model for fibre-reinforced aerogels Developed a framework of materials’ database Created project funding proposals Attended 2 conferences on machine learning applications conducted by DLR – Institute of Robotics and Mechatronics

Developed a constitutive model for cellulose aerogels which predicts the damage under tensile loading

Understanding designer's requirements and delivering Class A or CAS data within the specified time keeping in mind the engineering feasibility and craftsmanship constraints

Creation of a new variant of lift axle valve accommodating a less expensive solenoid (reduced cost by 5%) Concept design of the connector between the pneumatic valve body and solenoid actuator GD&T and documentation of drawings Validating manufacturing feasibility with the help of the supplier Creating CAD models of testing samples and getting structural analysis reports

Understand the basic rules and procedures highlighting the ergonomic concerns in the designing of vehicle cabin Optimize visibility through vehicle cabin (obstruction through A-Pillars and doors and visibility through indirect devices)

Project on „Design of single deck floating roof of a storage tank“ to optimize the ratio of the roof deck radius to pontoon width

Practical Introduction to FEM Software, Tensor Algebra, Fundamentals of Lightweight Design, Mechanics of Engineering Materials

Introduction to Aircraft Industry, Creativity and Innovation Management, Finite Element Methods, Computational Fluid Dynamics, Operations Research, IC Engines