Shima Rastgordani

-Collaboration on different proposals of damage and fatigue studies of additively manufactured biometal products -2D, 3D simulation of micromechanical structures via Abaqus, Phase Field softwares -Applying Deep Learning methods to predict material's mechanical properties using Python

-Consultation for the technical design team according to ISO, DIN and Commodity Export Standards -International Trade Communication and Documentation: PI, CI, CO -Research on improving international customer Regulations

-Customer evaluation for additive manufacturing technologies in biomedical applications -Research, design and evaluation of product cycle according to international market -Reeingineering prospective products -Boosting project goals and priorities by collaborating with marketing and operations Depts.

-Implementing the GTN damage model into ABAQUS (User material subroutine written in Matlab), DOE optimization with Minitab -Advancement of piezoresistive biosensors for human motion monitoring

-Research and development on Reeingineering inline products in a supervised team -2D and 3D design using Catia and Abaqus softwares and documentation reports -Studying API, ASME, ASTM, ISO, DIN Standards and documentation

Thesis: Micromechanical Investigation of Bi-phase Titanium Alloy (Grade 5) Characteristics with Biomedical Application

Thesis: Investigation of Aluminum Sheets Formability by Erichsen Test