Osman Mazinov

- IoT & Smart Product Development: Full-cycle software engineering for connected devices. - Middleware & Device Communication: Building high-level APIs (.NET) to interface with hardware and sensors; - Industrial Connectivity: Implementing protocols (MQTT, Modbus, TCP/UDP) for reliable device-to-server communication; - IoT Edge Integration: Low-level programming concepts applied to system integration. - Web-based HMI & Dashboards: Developing complex browser-based frontends for device control and monitoring;

- Full-Stack Development (Healthcare): Engineered web portals for pharmaceutical inventory management for leading international companies; - Backend Tooling: Designed and implemented server-side utilities to automate data processing workflows;

- Fintech Backend: Developed secure core services for a UK-based financial product; - In-Flight Entertainment System: Developed the backend and middleware for a passenger multimedia system. Implemented Hardware Control APIs; - Aviation Safety: Designed a solution for determining the runway slip coefficient, implementing complex calculation logic for airport safety; - Smart Storage System: Designed the control software for automated wire reel storage;

Wrote corporate WPF and Windows Forms applications in C#. Created internal product of the server-client application using ASP.NET MVC 5. Designing WPF desktop app using Open CV and EMGU for employee recognition for the company access control system.

- Embedded Systems & Firmware: Developed firmware and hardware solutions using AVR and STM32 microcontrollers; - Industrial Automation: Programmed PLCs and industrial controllers, including integration with Raspberry Pi based systems; - Diagnostic Software Tools: Developed a desktop application for frequency converter analysis (PID tracing and real-time charting) via Modbus RTU;

- Electronic Design & PCB Layout: Managed the full development cycle of electronic devices, including schematic design and PCB layout; - Embedded Firmware: Wrote specialized firmware in Embedded C for Atmel AVR microcontrollers;

- Electronic Design & Development: Modelled and developed custom electronic devices and hardware components for industrial applications; - Ship Automation Systems: Engineered automation modules and programmed PLC logic for critical ship systems;

Microcontrollers ASM programming (8051, AVR, PIC), FPGA CPLD Theory, biomedical systems, computer science (Pascal), economics

Power electronics, analog, digital and mixed circuits, computer science(informatics), electrical engineering, physics, physiology, physiotherapy.