Teaching

Courses

• EE 420 / EE 653

  Phased Array Systems for Radar and Wireless Communications*

  Sabancı University · New course · senior elective, dual-coded with a Ph.D. section (same content)

  Antenna arrays, array signal processing, RF front-ends and link budgets, radar and communication waveforms — synthesized into an end-to-end phased-array system in MATLAB.

  2027–28 Fallplanned

  Antennas & phased arraysRadar, EW & GNSS systemsSemantic signal processing & communications

• EE 306

  Introduction to RF and Microwave Design*

  Sabancı University · Junior core · with the EE 306R laboratory

  Where circuits meet waves: transmission lines, the Smith chart, S-parameters and impedance matching, then high-frequency amplifiers designed in ADS and measured on a network analyzer.

  2026–27 Springplanned

  Antennas & phased arraysAntenna metrology & diagnostics

• EEE 452

  Antenna Engineering

  Bilkent University · Senior elective · sole instructor

  Full course content, exams and a term project, including a dedicated antenna-measurement week and a near-field measurement field trip.

  2024–25 Fall ↗

  Antennas & phased arraysAntenna metrology & diagnostics

• MATH 242

  Engineering Mathematics II

  Bilkent University · Instructor across EEE, PHYS and CHEM cohorts

  Authored exam questions and supplementary handouts.

  2024–25 Spring ↗2025–26 Fall ↗

* EE 306 and EE 420 are core, recommended components of Sabancı EE's RF Integrated Circuits & Systems Course Track — EE 306 as the junior-year bridge from circuits to waves, EE 420 as the senior-year system apex.

Undergraduate projects

• ENS 491/492

  Build a Wall That Steers Radio Waves

  Sabancı University · Graduation project · EE + CS · team of 3

  A low-cost, electronically reconfigurable surface at 5.8 GHz with a calibrated digital twin, steered for a task rather than for gain: keep a phone's Wi-Fi link alive behind an obstacle and follow the user as they move.

  2026–27 Fall + Springteam forming

  Goal-oriented EM designAntennas & phased arrays

• PURE

  Programmable Wireless Worlds: an Interactive Simulator for Reconfigurable Intelligent Surfaces

  Sabancı University · Undergraduate research project · 2–3 students

  An open-source Python simulator of RIS-assisted wireless links: array factors, indoor coverage maps, phase optimization, and an interactive dashboard.

  2026–27 Fall ↗team forming

  Goal-oriented EM designComputational electromagnetics

Interested in joining a project? See Contact.

Graduate supervision

• Yiğit Yaren · M.Sc. · ongoing
  TBD (co-supervised, Bilkent University)
• Bera Alkan · M.Sc. · ongoing
  Substrate-Integrated Waveguide Metasurface Antennas for Radar and EW Applications (co-supervised, Bilkent University)
• Atahan Karabey · M.Sc. · ongoing
  Varactor-Controlled Metasurface Antennas for Radar and EW Applications (co-supervised, Bilkent University)
• Enes Koç · M.Sc. · 2025
  Novel methods for fast and accurate solutions of EM integral equations (co-supervised, Bilkent University)
• Doğaç Dilek · M.Sc. · 2025
  A surface dipole-based framework for fast and efficient EM scattering (co-supervised, Bilkent University)
• Seçil Eda Doğan · M.Sc. · 2021
  A hierarchical machine-learning-based method for efficient EM scattering (co-supervised, Bilkent University)

Open M.Sc. and Ph.D. positions in the group: see Contact.