Mohadeseh Ghorbani
Doktorand|Doctoral Student
- Professional title: Doctoral Student
- Academic title: Doctoral Student
- Telephone: +46 (0)10-1428440
- Email: mohadeseh.ghorbani@miun.se
- Visitor address: Akademigatan 1
- Room number: Q281a
- Location: Östersund
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- Employed at the subject:
- Mechanical Engineering
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- Research centers:
- Sports Tech Research Centre
PhD Student in Mechanical Engineering, Additive Manufacturing
PhD student at Mid Sweden University, affiliated with the Sports Tech Research Centre. My research focuses on the development of advanced Additive Manufacturing processes, particularly Electron Beam Melting (EBM), for high-performance materials.
Background
I hold a Bachelor’s degree in Solid State Physics and a Master’s degree in Applied Condensed Matter Physics. My academic background combines strong theoretical understanding with extensive laboratory experience.
Area of interest
Additive Manufacturing, Electron Beam Melting (EBM), process optimization, advanced alloys, and sustainable manufacturing.
My field is a good place for someone who enjoys peeling back layers of complexity. Additive manufacturing isn’t just engineering; it’s a sort of controlled alchemy. Metal powders, electrons, heat, crystallography, phase transitions, stubborn materials… all dancing together while you try to understand why a tiny change in temperature or scan strategy suddenly behaves like it owns the universe. Every sample we build carries a fingerprint of our decisions, our curiosity and our questions. So, this stage of my life is full of edges to explore.
Research
My doctoral research investigates the relationship between Electron Beam Melting process parameters and the resulting material properties in advanced alloys. The aim is to optimize process conditions for improved microstructure, surface quality, and mechanical performance. The project combines experimental manufacturing, computational analysis, and advanced characterization techniques to contribute to the advancement of sustainable and high-precision Additive Manufacturing technologies.