Online · Ankara, TR / Software-Design & Systems Engineer
I'm Hayri KILIÇ. I design software, multilayer hardware, embedded systems and AI-based solutions to defense, aerospace and space standards, from the schematic to the field test.
> Software-Design Engineer & Consultant · EMGE · upu.io▍
From copper traces to firmware, from the test lab to the AI model. With backgrounds in electrical, computer and industrial engineering, I treat the system as one whole.
Multilayer boards built around advanced communication protocols — schematics, simulation and EMC-aware layout.
Bare-metal and RTOS firmware, drivers and hardware-integrated GUIs on STM32, ESP32, PIC and i.MX 8.
End-to-end design, reverse engineering and verification of defense, aerospace and space systems to MIL-STD and DO standards; ATP/ATR, FMECA, CDR, EMI/EMC and environmental tests.
Image processing, embedded machine learning, IIoT data pipelines and electronic-warfare applications — intelligent, resilient systems from sensor to signal, from the field to the decision.
Each channel is a role; the high level is the time spent there. Click a channel, sweep the cursor through time.
Oct 2024 — Present
EMGE A.Ş. & upu.io · Ankara
Two companies I work with in parallel: EMGE A.Ş. (Kazan) and upu.io (Yenimahalle). End-to-end design, development, reverse engineering and verification of critical systems compliant with MIL-STD. Multilayer hardware built on advanced communication protocols, embedded software and fully integrated GUIs; ATP/ATR, FMECA and CDR processes, EMI/EMC and environmental testing.
Examples of systems I have built to military standards, from tank turrets and howitzers to electro-optical systems and aircraft. Programme names and details are confidential; this only shows what I can do.
Electronics and embedded software for multi-button, ergonomic control grips that let the commander and gunner of turreted armoured vehicles run weapon and sensor systems with one hand.
Design, integration and verification of the command chain that runs from the grips to the control panel and drive electronics of tank and armoured-vehicle turrets.
Control electronics and embedded software for howitzers: heavy artillery that fires at high angles to provide indirect fire support to units at the front.
Real-time embedded image processing that detects and tracks targets in day and thermal camera feeds and overlays information on the image.
Hardware, embedded software, design rules and documentation for hand control units that drive gimbal-type electro-optical and infrared camera systems.
Electronics, embedded software and test cases for throttles, stick grips and auto-throttle systems on aircraft and air platforms.
⚠ Because of confidentiality obligations, programme names, customer details, source code and design files are not shared. The illustrations represent the type of system, not actual designs.
Hardware, embedded software and integration for industrial R&D projects backed by TÜBİTAK 1501 and KOSGEB.
A patent-subject current sensor that reads running, ready, off and fault states without touching the machine’s hardware; an IoT Andon Tower that shows the state with light and transmits it wirelessly; and a gateway that collects data from every machine on the floor and forwards it to the factory server.
Signal flow
A decision support system that treats production planning and resource allocation holistically with AI — minimising stoppages, delays and idle resources while optimising cycle times.
An AI-driven production planning system for building cyber-physical production systems and running smart factories.
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Mine and object detection from ground penetrating radar signals with neural networks and deep learning, running on resource-constrained embedded hardware. The subject of my M.Sc. thesis and three publications.
Object Detection From Ground Penetrating Radar Data Using A Deep Learning
H. Kılıç, H. E. Koçer · Akdeniz 10th International Conference on Applied Sciences · Kyrenia · pp. 95–96
Object Detection from Ground Penetrating Radar Data Using Machine Learning on an Embedded System
H. Kılıç · Selçuk University, Graduate School of Natural and Applied Sciences
Mine Detection Through Ground Penetrating Radar Data Utilizing Artificial Neural Networks
H. E. Koçer, H. Kılıç · Journal of Data Science · vol. 5, no. 1, pp. 26–33
Mine Detection Through Ground Penetrating Radar Data Utilizing Artificial Neural Networks
H. E. Koçer, H. Kılıç · ICONDATA’22 · 5th International Conference on Data Science and Applications · Fethiye
Technical writing on embedded systems, AI, IoT and security — in Turkish.
Write to me about a project, collaboration or consultancy in defense, IoT or AI. Or try the terminal.
HK-26 bootloader v2026.1 — link established.
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