Electrical-Electronics Engineer
I am an engineer and operations leader working at the intersection of physical machinery and digital systems. I leverage my electronics engineering background to solve manufacturing challenges and digitalize processes.
After working on 5G infrastructure projects at Huawei, I transitioned to the factory floor to manage the impact of technology on production and efficiency. I am currently leading the end-to-end modernization of technology and operations at Grünland Fleisch.
The core of my work is integrating OT and IT systems. I build stable, scalable, and user-friendly systems that form the digital backbone to support the company’s growth.
Core Competencies:
Technology & Operations Lead
Grünland Fleisch GmbH
· location_on Berlin, GermanyProduct Manager
Huawei Enterprise
· location_on Istanbul, Türkiye5G Core Network Product Manager | Türk Telekom Account
Strategic Infrastructure Development
Technological Training & Capacity Building
Cross-Generation Network Integration
Market & Competitive Analysis
Solar Energy Systems Intern
New Shine Energy
· location_on Izmir, TürkiyeExecuted site planning, grid integration, and hardware diagnostics for on-grid/off-grid solar power systems (5–200 kW).
Indoor/Outdoor Maintenance Staff
Yogi Bear’s Jellystone Park
· location_on Wisconsin Dells, WI, USAWork&Travel Program
Bachelor of Science — Electrical and Electronics Engineering
Karabük University · Karabük, Türkiye
Worked on array antennas, computational electromagnetism, and sonar.
Bachelor of Science — Electrical and Electronics Engineering
İzmir Katip Çelebi University · İzmir, Türkiye
Formed Devran Rocket Team and Feanor Rocket Team and worked on designing a low-altitude solid-fuel rocket. Worked as project manager in ‘Technology Community’. Carried out six different technology projects during this period.
Capacity Analysis of 6G Fluid Antenna Systems in High-Mobility Environments
2024-07IEEE International Symposium on Antennas and Propagation
Presented research on channel capacity gains of fluid antenna systems over conventional MIMO in high-mobility 6G scenarios. Demonstrated up to 3× capacity improvement with a 40% reduction in form factor.
Pioneered and actively contributed to the active electronically scanned array sonar project with the support of TÜBİTAK 2209-B program. Handled electronic board design, general and field-oriented phase shifting methods and beam steering methods for sonar.
Led the team that developed a UGCPW structured NS-SRR metamaterial based-planar sensor which has a resonant frequency at 7.125GHz. Improved the functionality of planar sensor with a LNA and a VCO and simulated on CST Microwave Studio.
Led the development of a stochastic optimization model for solid fuel rockets, optimizing design within environmental factors. Used Mathematica and Design of Experiment.