Preferred Minimum Qualifications: B. Tech/M. Tech/PhD
Preferred skills:
Expertise in CALPHAD, Open CALPHAD, pycalphad, and other CALPHAD-based solutions
Ability to analyze CALPHAD results and deduce thermophysical properties of multicomponent materials or alloys
Understanding of alloys used in the AM industry
Exposure to computational modeling of materials & microstructure analysis
Understanding of materials & microstructure and material properties
Understanding of phase diagrams
exposure with Monte Carlo algorithms and thermo-calc
Develop and execute industry-grade case studies demonstrating the capabilities of respective software platforms across Additive Manufacturing
Contribution to validation and verification of multiphase solver used in Additive Manufacturing
Contribution to Testing the robustness of our simulation software specialized for Additive Manufacturing
Data-driven training and testing of different case studies related to Additive Manufacturing
Contribution to understanding of the microstructure of alloys and deducing material properties
Contribute to the advancement of research and development initiatives aimed at enhancing computational modeling techniques and simulation accuracy.