Student Supervision
Research Supervision and Leadership Experience
I supervised more than 50 students in their BSc-, MSc semester-, and MSc- theses, research assistantships, and group projects. All of them successfully completed their projects. The titles of these past and current projects are presented below, and the types of the projects are categorized and indicated with the color code. Awarded theses are underlined.
Student Projects that I supervise in Spring 2024 at ETH Zurich
§ Cyrill Durrer, MSc thesis project
Ion-Trap Readout using Ultra-Fast qCMOS Camera
§ Lucas Gibson, BSc thesis project
State Identification of High Number of Ions using EMCCD Camera
§ Severin Bochem, Research assistantship
Control Software Implementation for Interfacing RFSoC in Quantum Experiments
§ Marvin Schwander and Julian Caredda, BSc group project
Low-Noise Measurement and Feedback System for Quantum Optics Experiments
§ Roger Serrat, MSc semester project
Ion-Control Pulse Synthesis using RFSoC FPGA
Completed Student Projects at ETH Zurich
§ Cédric Bugnon and Lazzaroni Lorenzo, BSc group project, Fall 2024
Integrating FPGA-Based Signal Generation Hardware into Experiment Control Systems
§ Severin Bochem, BSc thesis project, collaboration with Zurich Instruments, Fall 2024
HDL Framework for Real-time Quantum Error Decoding
§ Maria Schnuck, BSc thesis project, Fall 2024
FPGA-Based Phase Stabilization of an Optical Lattice
§ Luka Milanovic, MSc semester project, Fall 2024
Adaptive FIR Filter Implementation for the Cancellation of Acoustic Resonances
§ Shijia Chen, MSc thesis project, Spring 2023
A Low-Noise Eight-Channel Arbitrary Waveform Generator for Quantum Gas Experiments
§ Kevin Mondoloni, MSc semester project, Spring 2023
Noise Reduction and Characterization of a DAC Board for High-Precision Control of Quantum Gas Experiments
§ Liu Yu, MSc semester project, Spring 2023
FPGA-based Frequency to Voltage Converter for a High Precision Laser Frequency Stabilization
§ Philipp Girardin, MSc semester project, Spring 2023
Extending an RFSoC FPGA-based Measurement System for Superconducting Qubits
§ Noah Tajwar, MSc semester project, Spring 2023
A High-Speed Arbitrary Waveform Generator for Qubit Control and Readout
§ Batuhan Keskin, Research assistantship, Spring 2023
Using Direct Memory Access to speed-up PC-FPGA communication for Quantum Measurements
§ Bahadir Dönmez, MSc thesis project, Fall 2022
A Multi-channel FPGA-based Analog Signal Generator for Controlling Quantum Gas Experiments
§ Michael Theodorou, MSc semester project, Fall 2022
Arbitrary Waveform Generation using RFSoC for Controlling Quantum Experiments with Superconducting Qubits
§ Jan Erne, MSc semester project, Spring 2022
Real-Time Histogram Generation for Superconducting Qubits-based Quantum Experiments using Xilinx RFSoC FPGA
§ Robin Müller, BSc semester and graudation projects, collaboration with FHNW
Real-Time Quantum State Identification using RF-SoC FPGA (semester project, Fall 2021)
Fast Resonator and Qubit Frequency Calibration using RF-SoC FPGA (graduation project, Spring 2022)
Robin Müller obtained Siemens Excellence Award with his graduation project
§ Mathews Melvin, MSc semester project, Spring 2022
Digital Micromirror Device and FPGA-based Laser Beam Stabilization System
§ Mustafa Enis, MSc semester project, Spring 2022
FPGA, Dual-Cameras and Analog Feedback-based System for Low-Latency Laser Beam Stabilization
§ Doruk Bekatli and Sevket Baturay, BSc group project, Spring 2022
RFSoC FPGA-based Signal Synthesis to Control Quantum Experiments with Trapped Ions
§ Stefano Marti Granados, MSc semester project, Fall 2021
Real-time Laser Beam Profiling for Quantum Simulations with Ultracold Atoms
§ Max Glantschnig, Research assistantship and MSc semester project, Spring 2021
Low Latency Implementation of a Resource Utilization Optimized State Discrimination Algorithm
§ Simon Dörrer, BSc thesis project, Spring 2021
Implementation of PC-FPGA Communication for an RFSoC FPGA-based Quantum Measurement System
§ Michele Marti, MSc semester project, Spring 2021
Measurement System for Superconducting Qubits using RFSoC FPGA
§ Tobias Hächler, BSc thesis project, Spring 2021
Analog gain control for a Red Pitaya-based PID controller
§ Giacomo Bisson, MSc semester project, Fall 2021, Spring 2021
FPGA Based Fast Camera Readout and Laser Beam Profiling
§ Lukas Pahl and David Pahl, BSc group project, Spring 2021
A Low-noise and Scalable FPGA-based Analog Signal Generator for Quantum Gas Experiments
§ Yin Xiaorui, BSc thesis project, Spring 2021
Digital Micromirror Device and FPGA-based laser beam stabilization system for cold-atom based quantum experiments
§ Liberto Beltran, MSc semester project, Fall 2020
Qubit Initialization of a Superconducting Qubit using a Neural Network on an FPGA
§ Pratyush Anand, MSc semester project, Fall 2020
Calibration of a Gaussian Laser Beam via Fast Readout using FPGA and Camera, for Feedback Stabilization
§ Adithyan Radhakrishnan, Research assistantship and MSc semester project
State Identification of Multiple Trapped Ions using FPGA and Python-based Control Software (MSc semester project, Fall 2020)
Controlling FPGA-based Quantum Measurement System with Python-Drivers. (Internship, Fall 2019 – Summer 2020)
§ Nader Mostaan, Research assistantship, MSc student, Spring 2019
Memory-Efficient Labview Interface for FPGA-based Signal Processing in Quantum Experiments.
§ Nick Schwegler, MSc thesis project, Fall 2018
Towards Low-Latency Parallel Readout of Multiple Trapped Ions
§ Bahadir Dönmez, Research assistantship, BSc student, Summer 2018
Arbitrary Waveform Generator for Quantum Feedback System
§ Kevin Reuer, MSc thesis project, Spring 2018
Real Time, Single Shot, Dispersive Readout of Superconducting Qubits using a Field Programmable Gate Array
§ David Hälg, Phd Student, a project in his PhD study, Spring 2018
FPGA-based Fast Feedback for Rapid Flipping of Parametric Phase States
§ Karl Haebler, Research assistantship, graduate student, Spring 2017
Implementation of a High-Precision Correlator for Quantum Experiments using FPGA
§ Stefania Lazar, Research assistantship, MSc student, Fall 2016
Implementation of a Segmented Averager for the Measurement of Quantum Experiments using FPGA
Completed Student Projects at EPFL
§ Jonathan Narinx, MSc thesis project, Spring 2015
High Performance ASIC implementation of Real-Time Depth Map Estimation Hardware
Exchange master student, Jonathan Narinx, received best master project award from Liege University, Belgium. The project continued as a part of his PhD thesis project in EPFL.
§ Halima Najibi, MSc thesis project, Spring 2015
Real-Time Large Angle-of View-Depth Estimation Using Multiple Disparity Estimation Engines and a Parallax-Tolerant Stitching Hardware
§ Bilal Demir, Research assistantship, graduate student, Summer 2015
Full HD Resolution Disparity Estimation using Virtex-7 FPGA
§ Zeynep Sueda Turk, MSc semester project, Spring 2015
Multiple Baseline Trinocular Disparity Estimation System
§ Efe Karabeyli, MSc semester project, Spring 2015
Hand Tracking Using Depth Estimation System
§ Luis Gaemperle, MSc thesis project, Spring 2014
Development of a Real-Time System for High-Resolution Depth Map Estimation
§ Xavier Gremaud, Internship, Spring 2014
Implementation of a Graphical User Interface using QT for Depth Estimation System.
§ Jonathan Masur, MSc thesis project, Spring 2014
Real-Time Free Viewpoint Synthesis Using Stereo Camera Depth Map Estimation Hardware
§ Raffaele Cappoccia, MSc thesis project, Fall 2014
Real Time Hardware Implementation of Multiple Camera Depth Map Estimation
§ Ipek Baz, MSc thesis project, Fall 2013
Hardware-Oriented Multiple Camera Disparity Map Estimation
§ Irem Boybat, Research assistantship, BSc student, Summer 2013
Adaptive Window Size Disparity Map Estimation Algorithm
§ Baris Atakan, Research assistantship, BSc student, Summer 2013
Comparison of Disparity Map Estimation Algorithms using Matlab
§ Elif Erdede, Research assistantship, BSc student, Summer 2012
Enhanced Omnidirectional Image Reconstruction Algorithm and its Real-Time Hardware
Completed Student Projects at Sabanci University:
§ Arin Zeyneloglu, Research assistantship, BSc student, 2021 – 2022
Calibration of six Azure Kinect for volumetric video generation
§ Gökhan Sayilar, Research assistantship, BSc student, Fall 2009 – Spring 2010
A Reconfigurable Hardware for One Bit Transform-Based Multiple Reference Frame Motion Estimation
§ Kerem Seyid, BSc thesis project, Fall 2009 – Spring 2010
One Bit Transform-Based Multi-Frame Motion Estimation Hardware
§ Burak Erbagci and Özgür Karakaya, BSc thesis project, Fall 2009 – Spring 2010
An Adaptive Bilateral Motion Estimation Algorithm and its Hardware Architecture
§ Konuralp Gürcan and Yigit Dogan, BSc thesis project, Fall 2008 – Spring 2009
A High Performance Hardware Architecture for One Bit Transform-Based Motion Estimation