Magnetic materials, nanotechnology, condensed matter, sensors, magnetocaloric effect, shape memory alloys, giant Magnetoimpedance (GMI)

Courses Taught

• Introduction to Physics (Physics 100). UTFSM
• General Physics (Physics 110). UTFSM
• Experimental Physics Undergraduate (FIS 200). UTFSM
• Experimental Physics Postgraduate (FIS 300). UTFSM
• Laboratory of Advance Physics (FIS 469). UTFSM
• Topics in Condensed Matter. Introduction to nanofabrication and characterization techniques (FIS 495). UTFSM
• Topics in Condensed Matter. Computational methods for applied problems (FIS 495). UTFSM
• Topics in Condensed Matter. Fundaments of ultrahigh vacuum and Cryogenic (FIS 495). UTFSM
• Electronic Physics (Physics 290). UTFSM
• Electricity and Magnetism (Physics 201). Bogazici University.
• Solid State Physics (Physics 462). Bogazici University.
• Solid State Physics II (Physics 641). Bogazici University.
• Introduction to Research I (Physics 491). Bogazici University.
• Introduction to Research II (Physics 492). Bogazici University.
• Special Topics in Physics: Nanofabrication. Bogazici University.
• Special Topics in Physics: Sensors and Actuators. Bogazici University.
• Mathematics I, Mathematics II and Computation (as an instructor). UNC

Undergraduate’s final research project and research internship:
• Sevde Arpaci, “Numerical analysis of experimental magnetocaloric parameters” (Bogazici)
• Kerim Ture, “Remote Control of the R&S ZVA40 Vector Network Analyzer” (Bogazici)
• Ufuk Kilic, “Micromagnetic simulation of the effect of microwave field on magnetic multilayers under external magnetic field” (Bogazici)
• Erkam Bodur, “Analysis of the change of entropy and refrigerant capacity in NiMnSn samples exhibiting magnetocaloric effect” (Bogazici)
• Adnan Basar, “Micromagnetic simulation of the ferromagnetic resonance in magnetic nanostructures” (Bogazici)
• Mary Wang, “Electrodeposited wires for GMI applications” (M.I.T)
• Brian Baum, “LabView programming” (M.I.T)
• Helena Liu, “Magnetic characterization of FeNi nanostructures” (M.I.T)

Master Thesis
• M. Hasan Kilinç “Dynamic properties of soft magnetic materials in the shape of thin films and ribbons” (Bogazici)
• Sema Guvenc “Magnetoelastic and magnetocaloric effect in Heulser alloys” (Bogazici)