Position: Senior Software Engineer
Category: C++
English level: fluent
Years of experience: 8


Medical system for the monitoring of blood pressure and other patient parameters during 24 hours
Developed in 2022
Description: Developed a comprehensive medical system that enables continuous monitoring of blood pressure and other vital parameters for patients over a 24-hour period. The system is based on Nordic Semiconductors microcontrollers and utilizes BLE connection with a doctor's tablet for real-time data transmission and analysis. You were responsible for designing all stages of the system development, including electronic design, PCB layout, housing design, firmware development, and the creation of a multiplatform application for doctors to monitor patient data.
Skills demonstrated:
Expertise in embedded systems development using Nordic Semiconductors microcontrollers
BLE communication protocols for data transmission
Electronic design and PCB layout
Firmware development for real-time data monitoring
Cross-platform application development for data visualization and analysis
Environmental monitoring system based on Bosch gas sensors and ESP32-S3 microcontrollers
Developed in 2022
Description: Designed and implemented an environmental monitoring system using Bosch gas sensors and ESP32-S3 microcontrollers. The system collects real-time data on air quality and environmental parameters and transmits the data over a LoRaWAN wireless network for centralized monitoring and analysis. Your role involved the complete design of the product, including firmware development for the ESP32-S3 microcontrollers, integration of Bosch gas sensors, and the creation of a multiplatform application for data visualization and system control.
Skills demonstrated:
Proficiency in ESP32-S3 microcontroller programming and firmware development
Integration of Bosch gas sensors for environmental parameter monitoring
Implementation of LoRaWAN wireless network connectivity
Design and development of a multiplatform application for data visualization and control
Data analysis and visualization for environmental monitoring

Universal IoT Platform
Developed in 2018
Description: Designed and developed a universal IoT platform that enables seamless integration and management of various IoT devices and sensors. The platform allows users to monitor and control devices remotely, collect and analyze data, and create custom automation and alert systems. Implemented using microcontrollers and communication protocols such as MQTT and TCP/IP.