I develop high-performance embedded and desktop software that communicates flawlessly with the hardware layer. Using Flutter, C/C++, and AI tools, I create innovative solutions centered on compatibility and user experience (UI/UX).

I design my projects with a holistic architecture, from embedded software pushing hardware limits to modern interfaces the end-user interacts with. I combine my clutter-free, highly focused UI/UX philosophy with strong background technologies to build stably running systems.

• Cross-Platform Development: Using Flutter and Qt/C++, I design high-performance desktop and mobile interfaces that communicate in real-time with IoT devices and embedded systems.
• Hardware and Software Integration: I build low-latency software bridges that directly talk to the hardware layer for processing sensor data, device management, and automation processes.
• AI-Supported Production Flow: By integrating modern artificial intelligence tools into my development process; I create error-free and scalable products through rapid prototyping, algorithmic debugging, and code optimization.

I build highly available network and server infrastructures for complex systems. With my expertise in servers based on capacity, virtual machines, local service installations, and network management, I offer reliable IT solutions that connect hardware and software.

I construct the IT architecture from scratch, starting from the physical server layer, step by step on a scalable structure. First, I lay a stable foundation by optimally utilizing system resources, then I transform this powerful hardware and network infrastructure into a secure center where the IoT projects I develop can communicate uninterruptedly.

• Server Installation and Virtualization: I set up the basic server architecture from bringing up physical hardware (bare-metal) to operating system configurations. By configuring virtual machine (VM) and container (Docker) technologies on it, I prepare isolated, secure environments with balanced resource consumption.
• Network Configuration and Communication: I regulate the communication of the established server infrastructure with local and external systems. I ensure low-latency communication of the system by creating network bridges, router configurations, and local segmentations to optimize data flow.
• IoT Integration and Local Services: I turn this server environment, whose network infrastructure has been completed, into the heart of edge hardware and IoT devices. I integrate self-hosted services without external dependency, where data is securely processed locally, for smart automations (Home Assistant) and device management (dashboards).

I manage microcontroller (MCU) systems, precision sensor networks, PCB design, and power management processes end-to-end. With my engineering practice, I produce reliable electronic hardware that communicates flawlessly with software and operates uninterrupted and stably in the field.

The foundation of the systems I develop is the most accurate and stable transfer of data obtained from the physical world to the digital environment. In my projects, I treat the hardware not just as a tool, but as a robust core that carries the software architecture, resists external conditions, and ensures the system's 24/7 survival.

Energy Installation and Monitoring: I build the energy infrastructure, which is the lifeblood of the system, and make it viewable in the digital environment. By providing instantaneous consumption and voltage monitoring on grid or alternative supply sources, I ensure the energy efficiency and uninterrupted operation of the hardware.

MCU Systems and Sensor Networks: As the brain of the system provided with energy infrastructure, I utilize microcontrollers (ESP series RISC-V based) suitable for the project's capacity. By building sensor networks that read the physical world with high precision, I ensure performance and cost optimization with correct component selection.

Circuit Design (PCB) and Power Management: I design custom circuits (PCBs) to bring the prepared prototypes to industrial standards so they can operate in the field for many years. For the safe operation of systems, I create signal isolation, relay control, and stable power distribution infrastructures at the component level.

Hardware-Software Integration (Firmware): I ensure that the produced physical hardware talks flawlessly with the desktop/mobile interfaces and local servers (IT layer) I developed. With the embedded software I wrote using C/C++; I take the data from the hardware level and transmit it to the software layer without delay and securely.