Osman Mazinov

• Designed layered software architectures for industrial automation systems with a focus on reliability and long-term maintainability • Developed middleware APIs and backend services in .NET/C# for integration • Designed and implemented secure device communication • Collaborated with R&D teams to integrate industrial systems with remote monitoring and data collection solutions • Contributed to system architecture decisions, integration strategies, and backend service design

• Contributed to the design and development of secure enterprise web applications for Fortune 500 pharmaceutical clients • Designed and implemented automated inventory management systems for sensitive medical supply data across international markets • Ensured data integrity, GDPR compliance, and secure access control through RBAC and API security best practices

• Architected and developed mission-critical fintech microservices for a UK-based platform, focusing on high-throughput processing, fraud detection, and scalable API design • Built backend and middleware components for an aircraft passenger multimedia system, including hardware integration APIs and real-time content synchronization • Developed safety-critical computation services for aviation systems • Designed and implemented control software for automated industrial storage systems

• Developed enterprise applications (WPF, WinForms) integrating OpenCV and EmguCV for face detection and recognition

• Designed Hardware • Developed firmware for AVR and STM32 microcontrollers • Programmed PLCs and industrial controllers, including Raspberry Pi integration • Built a desktop diagnostic tool for frequency converter analysis (PID tracing, real-time charting) via Modbus RTU

• Managed the full development cycle of electronic devices, including schematic design and PCB layout • Developed firmware in Embedded C for Atmel AVR microcontrollers

• Designed and developed custom electronic devices and hardware components for industrial applications • 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.