Python: NumPy, Mathplotlib, SciPy, SymPy, Pandas, QuTiP, Kwant, Qiskit


M.Sc. Physics graduate student and experimental physicist specializing in magnetic and superconducting materials, with a strong focus on device applications including magnetic memory, reservoir computing, and quantum information technologies. Experienced in the design and characterization of superconducting and magnetic-material-based devices, with extensive expertise in RF measurement techniques. Proficient in cleanroom operations and the full spectrum of micro- and nano-fabrication processes, supported by a solid background in material characterization methods and theory. Skilled in programming, design, and advanced data analysis across multiple languages and platforms. Recognized for creativity, disciplined work ethic, and the ability to bridge abstract conceptual thinking with practical design and implementation.
Quantum Transport and Nanoelectronics Research Laboratory
Supervisor: Prof. Dr. İsmet İnönü KAYA
Nanomagnetism and Spin Applications Research Laboratory
Supervisor: Prof. Dr. Özhan ÖZATAY
Heavy Metal/Antiferromagnetic Metal Multilayer Thin Films
Antiferromagnetic Films and Nano-patterns Using Spin Pumping Effect
Experimental Physics of Functional Spin Systems Research Laboratory
Supervisor: Dr. Lin Chen
Thin Film Deposition & Etching: Sputtering, e-beam and thermal evaporation, CVD, MBE, wet etching, RIE/DRIE, PECVD
Cryogenic & Magnetic Measurements: Closed-cycle helium cryostats with superconducting magnets, dilution refrigerator cryostats for sub-Kelvin transport and RF measurements, VSM, PPMS, Electromagnets
Electrical & RF Characterization: Oscilloscopes, spectrum/signal analyzers, microwave and pulse generators, SMUs, nanovoltmeters, lock-in amplifiers, VNAs
Python: NumPy, Mathplotlib, SciPy, SymPy, Pandas, QuTiP, Kwant, Qiskit
Mathematica
MATLAB
Labview
C, C
Microsoft Office
Linux OS
LaTeX
OriginLab
SolidWorks
LayoutEditor
CST Microwave Studio
Ansys HFSS
COMSOL
Object Oriented MicroMagnetic Framework