Hamit Efe Çınar

Efe Çınar

PhD Student in Computer Science at the University of British Columbia

I am a PhD student in Computer Science at the University of British Columbia, advised by Prof. Kevin Leyton-Brown. Before that, I completed a double major in Computer Science and Engineering and Industrial Engineering at Sabancı University. My research interests lie in Algorithm Configuration, Algorithmic Game Theory, Knowledge Representation and Reasoning, and Multi-Agent Systems.

Education

University of British Columbia

Vancouver, Canada

Sep 2026 - Present

Ph.D. in Computer Science
Supervisor: Prof. Kevin Leyton-Brown

  • Research areas: Algorithm Configuration and Algorithmic Game Theory

Sabancı University

Istanbul, Turkey

2021 - 2026

B.S. in Computer Science and Engineering, Minor in Mathematics
B.S. in Industrial Engineering
Full Tuition Scholarship

  • GPA: 3.98/4.00
  • Top 3 GPA in the Faculty of Engineering and Natural Sciences

Uppsala University

Uppsala, Sweden

Jan 2024 - June 2024

Erasmus Exchange Program
Computer Science and Mathematics

Research Interests

Algorithm Configuration

Automatically tuning and selecting algorithms instead of hand-tweaking them. I am interested in configuration procedures with provable guarantees, algorithm selection, and empirical performance models for solvers of hard combinatorial problems.

Algorithmic Game Theory

Computation in settings where participants act strategically. I am interested in mechanism and market design, equilibrium computation, and using learning methods to design rules that lead to good collective outcomes.

Knowledge Representation and Reasoning

Logic-based representations that enable automated reasoning. I am interested in declarative problem solving such as Answer Set Programming, and in combining symbolic reasoning with learning for more explainable AI.

Multi-Agent Systems

How autonomous agents coordinate, communicate, and plan together. I am interested in decentralized planning under uncertainty, epistemic reasoning about what agents know, and fair, effective coordination mechanisms.

Awards & Honors