Experience

Principal Investigator: Prof. Ali Bozbey
Supervisor: Prof. Ali Bozbey, Prof. Mehmet Ünlü

• Quantum Logic & Gate Design: Implemented single- and two-qubit Clifford logic gates on a 5-qubit flux-tunable transmon architecture using pulse-level control.

• QPU Calibration: Automated calibration workflows for quantum processors and benchmarked qubit couplings, including SWAP-type and cross-resonant interactions.

• JPA Characterization: Conducted experimental characterization of an in-house Josephson Parametric Amplifier (JPA) in three-wave and four-wave mixing modes at a 12 mK base temperature.

• Quantum Optics & Noise: Demonstrated single-mode and two-mode squeezing, vacuum squeezing photon sources, and quantum-limited noise profiles to validate parametric amplification characteristics.

• Methodology: Applied circuit quantum electrodynamics (cQED) and Hamiltonian-based analysis to interpret experimental outcomes and guide measurement strategies.

Principal Investigator: Prof. Ali Bozbey
Supervisor: Prof. Ali Bozbey, Prof. Mehmet Ünlü

• Designed superconducting RF components including resonators, filters, waveguides, and ports for quantum circuits.

• Performed verification of RF integrated chips using high-level test and measurement equipment.

• Conducted academic research focusing on quantum mechanics and the implementation of superconducting RF components in quantum systems.

Principal Investigator: Prof. Ali Bozbey
Supervisor: Prof. Ali Bozbey

• Designed technology packages and components for a mixed-signal superconducting RFIC process.

• Developed PCell macro components for superconducting layout processes utilized in RSFQ digital and quantum circuits.

• Implemented automated Design Rule Check (DRC) scripts for transition into a new superconducting manufacturing processes.

Course: Circuit Analysis I Laboratory
Instructor: Dr. Itır Köymen

• Assisted and guided students in constructing and testing electronic circuits during weekly lab classes.

Course: Computer Programming I
Instructor: Çiğdem Ada

• Assisted, guided, and graded students in writing C programs during weekly lab classes.

• Grade Point Average: 3.60/4.00
• Related Elective Courses: Quantum Computing, Superconductor Electronics, FPGA in Quantum with Superconducting Qubits
• Projects and Courses on: RF Direction Finding, Electromagnetic Theory, Digital Design, Communications and Signal Processing, Control Systems, Analog Electronics