About Me

Rehired to develop the core graphics library and GPU driver for the avionic display system of Turkey’s flagship 5th-generation national combat aircraft program. The software operates in the highest-criticality flight partition, targeted for DO-178C DAL-A certification.

In addition to graphics driver and library architecture, serve as Team Lead for the specialized engineering group developing a dedicated avionic compiler tool targeted for DO-330 TQL-1 qualification (Tool Qualification Level 1—the highest qualification level for tools capable of introducing or masking catastrophic errors in airborne code).

Operated as an independent software consultant specializing in low-level graphics architectures and high-performance simulation backends. Successfully secured and delivered on two demanding software engineering contracts for London-based clients within six months, architecting cross-platform rendering pipelines and deterministic simulation engines.

Spearheaded low-level graphics and simulation engine engineering for the company’s flagship product, ActiveMatter—a real-time XR simulation platform engineered for mission-critical hard-skill technical training. Built real-time rendering pipelines using Vulkan and OpenGL, optimized memory layouts for zero-copy frame dispatch, and implemented high-throughput socket communication layers.

Engineered in the Advanced Technologies Department, focusing on high-performance 3D visualization and real-time simulation systems. Designed strategic planning and battlefield visualization architectures for military-grade operational scenarios, bringing cutting-edge graphical situational awareness and tactical computation capabilities to defence forces.

Focused on mission-grade data transmission, telemetry streaming, and visual monitoring frameworks for aerospace communication systems:

• Contributed to satellite Ka-band and Ku-band high-throughput data transmission systems.
• Engineered high-level data distribution architectures communicating directly with low-level RF hardware.
• Designed a custom hardware-accelerated GUI visualization framework for real-time hardware telemetry monitoring and diagnostics under RTOS constraints.

Led and managed the development of Simulair, an extensible distributed simulation framework for autonomous aerial and ground robotics. Built photorealistic rendering viewports and synthetic sensor simulation environments, pairing high-fidelity physics models with real-time graphical viewport pipelines.

Developed low-level C++ motion capture drivers and cross-platform SDKs for wearable spatial motion tracking hardware, streaming high-frequency kinematic orientation data directly into interactive graphics environments.