• Recipient of competitive internal and external funding• Scientific writing, presentation, and technical reporting • Performed newly synthesized materials benchmarked against existing solutions published in technical papers and patents• Developed suitable microstructure by additives and grain refinement for hard magnet applications• Developed annealing strategies to control microstructure and crystallographic phases.• Performed microstructure, magnetometry, and crystallographic analysis for developed thin film, bulk, and powders. • Budget management, writing technical reports, and publications within the deadline• Trained 2 technical staff on thin film and bulk processing and microscopy Projects:ICYS, NIMS | A search for novel alloys for high-performance permanent magnet | 2019 - 2022• Discovered novel and cost-effective hard magnetic bulk compound with superior intrinsic magnetic properties than benchmark compound at elevated magnet operating temperature: This compound is considered a candidate for next-generation magnets. (The published worked highly cited and awarded for 15th NIMS President Development Award, Japan) SCOPE | Research & development of electromagnetic interference suppressor for high SHF band | 2019 – 2022Developed noise suppression materials to absorb radiation pollution for 5G communications (Patent ref. #: 20210141)KAKENHI | A search for Sm-based novel alloys for high temperature permanent magnet applications | 2021 - 2023 Granted exclusive access to a state-of-the-art facility with the world’s largest extreme high magnetic field >100 T to characterize the origin of the large anisotropyMulti-level recording HAMR (co-funded by Seagate) | 2022 – presentFabrication of magnetic recording media by sputtering and nanofabrication methodAccelerated discovery of optimal processing inputs for the synthesis of new materials by Python programming

I was engaged with teaching duties to undergraduate students. I worked as a visiting researcher at NIMS to continue my research on SmFe12-based materials between 04/2019-07/2019.

I enhanced the intrinsic magnetic properties of SmFe12-based compounds. The investigation is held in bulk and in the model-thin film. I introduce a new fast and cost-effective way to determine the intrinsic magnetic properties of hard magnetic compounds by aiming to accelerate the discovery of new magnets. This new micro-sampling technique includes the FIB-based lift-out process to a c-axis textured single grain and it provides direct measurement of magnetic properties of a heterogeneous sample.Keywords: Bulk (induction melting), Thin film (co-sputtering), microfabrication (FIB lift-out), microstructure (SEM, TEM, EBSD), crystallography (XRD), DSC, magnetic properties (PPMS, SQUID).

During my Ph.D., I seek a novel magnet for medium energy applications. I did an intensive collaboration with other universities and industrial partners in the frame of the European FP7 project. I was also responsible for budget management. My results are published in 6 peer-reviewed scientific journals. My Ph.D. projects are:Development of medium grade permanent magnet: ☆ La-Co-Fe and Y-Co-Fe based magnet (RCo5-based system)☆ Material genome: Invention of new magnetic materials based on first supercomputer-generated recipes (Heusler alloys) ☆ Phase diagram analyses on intermetallic Mn-GaKeywords: Bulk (arc melting), nanocrystalline (ball milling, mechanochemistry), magnetic properties (SQUID, PPMS, Mossbauer), microstructure (SEM) and crystallography (XRD). I got to experience bulk and powder metallurgy and the investigation of their I used origin pro and Full Prof programs for data analyses.

I worked as a visiting researcher for a month in Claudia Felser's group. My research topic was Heusler alloys.

I worked there as a teaching and research assistant during my master. I did more than 250 hours lab teaching and tutorial section for physics students. 2011-2012: (180 hours/year) Lab sessions of the General Physics experimentSpring 2012: (90 hours/semester) Lab sessions of the Experimental PhysicsMy master topic was Synthesis of non-brittle Fe-Pt powder with high magnetic anisotropy by electric discharge, and investigation of their magnetic and structural properties.

I was a trainee in Optic Laboratory, in UME (National Metrology Institute).