cv

For full CV, click on PDF button on the top right corner. You can also check "publications" tab for more details on papers.

Basics

Name Oguzhan Kubilay Ulger
Label PhD student
Email kubi@nyu.edu
Phone (646) 236-8657
Summary PhD student in Electrical Engineering working on task-oriented multiterminal compression with an interest in statistics, data science, and wireless communications.

Education

  • 2020.09 - Present

    Brooklyn, NY

    PhD in Electrical and Computer Engineering
    New York University
    Advisor: Elza Erkip, Related Courses:
    • Information Theory, Mathematical Statistics, Detection and Estimation Theory, Probability and Stochastic Processes.
    • Machine Learning, Deep Learning, Data Structures and Algorithms, Algorithmic Machine Learning and Data Science.
    • Wireless Communications, Linear System Approach to Wave Propagation, Digital Signal Processing.
  • 2014.06 - 2020.09

    Istanbul, Turkey

    BSc in Electrical & Electronics Engineering
    BSc in Physics (Double Major)
    Bogazici University
    Related Courses:
    • Statistical Signal Processing, Digital Communications, Image Processing.

Experience

  • 2020.09 - Present
    Research Assistant
    NYU Wireless
    Working on foundations of Task-Oriented Multi-Terminal compression problems (with Prof. Elza Erkip.)
    • One-shot characterization for compression with side information of uniform sources (ISIT 2024).
    • Robust Multiterminal Neural Compressors (ISIT 2024, Learn to Compress Workshop).
    • Single-shot bounds for a Source Coding problem with multiple objectives. (Allerton 2023).
  • 2019.09 - 2020.06
    Bachelor's Thesis
    Bogazici University
    Studied Physical Layer based spoofing detection schemes (with Prof. Ali Emre Pusane
    • Worked on a Channel State Information based Physical Layer Authentication scheme for an autoregressive channel model (TSP 2020).
  • 2019.06 - 2019.08
    Research Intern
    Max Planck Institute for Intelligent Systems
    Design and actuation of MRI-driven small-scale robots towards medical applications.
    • Performed Experiments on actuation and localization of ferromagnetic micro robots in MRI systems.
    • Developed localization algorithm to detect and track artifacts caused by ferromagnetic particles is MRI images.

Publications

Honors and awards

Skills

Programming & Software
Python
PyTorch
MATLAB
C++
Analytical Skills
Statistics
Probability Theory
Information Theory
Wireless Communications

Languages

Turkish
Native speaker
English
Fluent

Interests

Research Interests
Statistics
Data Science
Information Theory
Wireless Communications