RESUME

• Courses taken mainly on: Quantum Information Processing, Qiskit, FPGAs, Superconducting Devices, Quantum Optics, Semiconductor Nanostructures

• Overall GPA: 3.70/4.00

• Honors: High Honors, Rectorate Award

• Courses taken mainly on: CMOS VLSI, FPGAs, Signals Processing, Numerical Methods, Microelectronic Circuits, Materials Science, Physical Electronics, Solid State Physics, Experimental Physics

• Courses taken mainly on: Operational Amplifiers, Control Systems, Nanoelectronics, Quantum Mechanics

• Turkish Diploma Grade: 95.24/100

• German Abitur Grade: 1.4/6.0

Principal Investigator: Prof. Andreas Wallraff

Supervisor: François Swiadek

• Developed an integrated design framework in Mathematica for the readout circuitry of the quantum processors.

Principal Investigator: Prof. Andreas Wallraff

Supervisors: Dr. Philipp Kurpiers, Josua Schär & Simon Storz

• Created CAD models and drawings for a new light-tight and bottom accessible 8-port sample holder using Inventor.

• Designed the 10mK temperature plate cabling compatible with the new sample holder and side port of the cryostat.

Principal Investigator: Prof. Andreas Wallraff

Supervisor: Dr. Sebastian Krinner

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• Used KiCAD to design PCB schematics and layout of a bi-directional current source of a superconducting RF switch.

• Developed C based Microcontroller firmware for PIC18F24J50 and Python based control software for the host PC.

• Stabilized temperature using LakeShore Controller 331 and adapted the LabView interface for temp. monitoring.

• Implemented analysis functions in Mathematica for Character Randomized Benchmarking of two-qubit gates.

Principal Investigator: Prof. Andreas Wallraff

Supervisor: Dr. Abdulkadir Akin

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• Developed arbitrary waveform generator for low latency quantum feedback system using Virtex-7 FPGA.

• Created functions in Visual Studio to program the AWG, converted them to DLL’s to build a LabVIEW interface.

Principal Investigator: Prof. Şenol Mutlu

Supervisors: Ozan Ertop & Zahid Sağıroğlu

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Paper (IEEE)

• Fabricated water-gated field effect transistor through photo-lithography using CVD deposited graphene on SOI.

• Developed a VB Script to program Impedance Analyzer and automate impedance measurements using macros.

• Analyzed the impedance data with MATLAB to extract the RC time constant and solution conductivity.

Principal Investigator: Prof. Özhan Özatay

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• Performed simulations COMSOL Multiphysics and Object Oriented MicroMagnetic Framework.

• Maintained membership forms and prepared official documents of the society.

• Designed social media graphics and the new web page: turquia1912.org.

• Co-organized a reception to celebrate Commemoration of Atatürk, Youth and Sports Day.

• Attended the Faculty Board meetings held biweekly and represented 2200 engineering students.

• Co-organized Graduation Ball and After Party 2019 for over 700 attendees.

• Projects implemented: Grad School Consultancy, Quick Start Guide to Department, Career Development Program

• Projects implemented: Undergraduate Research Program, Academy Seminars Video Series, Mentorship Program

• Conference organized and led: Bogazici Energy Summit (Received IBM Students for a Smarter Planet Award)

2019

Istanbul, Turkey

2019

Istanbul, Turkey

2018

Istanbul, Turkey

2018

Istanbul, Turkey

2016

Istanbul, Turkey

2014

Istanbul, Turkey

C/C++, Python, Qiskit, VBScript, LabVIEW, VHDL, Verilog, MATLAB, Wolfram Mathematica, OriginLab

AWR Microwave Office, COMSOL Multiphysics, LTspice, TINA-TI, ModelSim, IRSIM, OOMMF

KiCAD PCB Designer, Autodesk Inventor, SolidWorks, Vivado, Xilinx ISE, Magic VLSI

FPGA, Arduino, LakeShore Temperature Controller, RF Network Analyzer, Impedance Analyzer

Turkish (Native), English (Fluent), German (Fluent), French (Basic)