Ing. Madhu Nanjipura Mahadevappa

1. C# application development for design automation in CATIA and Creo. 2. CATIA Automation with VBA. 3. 3D modelling and 2D drawing creation.

Extended Master Thesis: Topology optimization of fixed partial dentures 1. Topology optimization of porcelain-fused-to-metal dentures (PFMs) for stiffness maximization under volume constraints. 2. Fabrication of topology optimized PFM using additive manufactur- 3. Tools: CATIA, HyperMesh, Python, Abaqus, Abaqus Scripting Interface, LATEX

Topic: Topology optimization of multi-materials 1. Development and implementation of algorithms for multi-material topology optimization for stiffness enhancement under volume constraints. 2. Adopted Abaqus Scripting Interface for advanced finite element(FE) analysis. 3. Tools: Python, Abaqus, Abaqus Scripting Interface, L A TEX

Thesis topic: Implementation of an explicit material model for ice in SfePy. 1. Implementation of finite element material model in SfePy (finite element program) using Python. 2. Implemention of explicit solver (Euler Forward) in SfePy using Python. 3. Material model validation using suitable test cases. 4. Checking suitability of SfePy for incremental (non-linear) material models. 5. Tools: Python, Matplotlib, SfePy, L A TEX

1. Graduate Trainee: New Product Development, Unigraphics. 2. Application Engineer: Teamcenter, Engineering Change Orders. 3. Design Engineer: Design Conceptualization, 3D modeling, Detailing and Preparing Manufacturing Drawings as per ASME standards.

Finite element methods, Topology optimization, Boundary element methods, Fatigue and damage tolerence, Nonliner dynamics, and programming.

Design of machine elements, Finite element methods, Theory of machines, Mechanical vibrations and Strength of materials.