Andrey Anistratenko
Electronic Engineer @ UVIONIX Innovations
About
Electronic hardware engineer. Experienced in circuits and PCB design for embedded systems, testing, debugging and repair electronics. Focused on Nvidia Jetson family hardware for robotics.Skilled in lab instrumentation (oscilloscope, logic analyzer, thermal analysis and other) and test automation using SCPI.Use Python, Bash and Linux Device Tree for hardware development.Prototyping with CAD tools and 3D printing.Additional experience in small-scale IT systems: network and server setup, IP surveillance, intercoms, telecommunications, PABX, RF and audio systems.Hobby: smart home technologies, Hi-Fi audio.
Bulgaria
Plovdiv
Information Technology & Services
JIRA, Electronic Engineering, PCIe, USB3.0, NVM Express (NVMe), I2C, Electronics Design, Electronics Hardware Design, Printed Circuit Board (PCB) Design, Hardware Development, Electronics, Electrical Design, Hardware Design, Circuit Design, Electronic Circuit Design, Hardware Architecture, Altium Designer, EasyEDA, Python (Programming Language), FastAPI
Experience
Electronic Hardware Engineer
Bulgaria
Designed electronic schematics and PCB layouts for commercial embedded flying robots with computer vision, machine learning, object detection, GPS-less autonomous navigation and mapping. Integrated and developed hardware based on NVIDIA Jetson Orin, STM32 MCUs, cameras, LiDAR, and high-speed interfaces (PCIe, USB 3.2), I²C, SPI, UART, NVMe storage. Lightweight drone PCB motherboard with >1000 components, 8 layers, impedance control, thermal distribution. Developed power management solutions and peripheral interfaces. Created Linux Device Tree overlays and Bash scripts to support hardware bring-up and system integration. Prepared documentation, test setups, and scripts for bring-up, validation, debugging, and production support.

Electronics Circuit and PCB design engineer with Python backend development
Visioniks
Bulgaria
-Engineered and designed circuits, multilayer high-speed PCBs, and enclosures for Nvidia Jetson module arrays (Jetson Server). -Designed and assembled a 2U Rack chassis for 56 Nvidia Jetson modules, equipped with interfaces such as Ethernet, PCIe NVMe SSD, USB, UART, I2C, SMBus, and PMBus for advanced monitoring and control. -Prepared production documentation (Gerber files, BOM) and collaborated with the PCB manufacturing facility. -Created a 3D model for the server chassis and components, facilitating manufacturing and 3D printing processes. -Developed a Python-based CLI tool and API utilizing FastAPI for system management. -Tested and maintained a broad array of IT hardware, including servers, motherboards, power supplies, switches, routers, and IP cameras, to ensure optimal performance and reliability. -Installed and configured various Linux-based systems and network devices.

System Administrator
Moldova
Administration of small IT systems - networks, Windows and Linux servers and workstations. Planning, installing and support infrastructure: Microsoft Active Directory LDAP with DHCP and DNS, LDAP, Fileserver, RAID storage, WiFi EAP, VPN, NGinx, Nextcloud, ESXI and Proxmox for virtual servers, Veeam backup, GrayLog logging, Milestone and MotionEye video software.

Network and IP video Engineer
Moldova
Planning, installation, administration and support small networks and IP video systems. Use hardware - Mikrotik, Dlink, Hikvision, Dahua, Tiandy, Audinate and other. Use software - Hikvision, Dahua, Milestone, MotionEye on Windows and Linux servers. Designed, installed, and launched approximately 30 systems with more than 100 cameras.

Head of IT Support and Repair Department (Service Desk)
Moldavian Power Plant
Moldova
Organization of single point of contact with users, processing incidents and requests in accordance with ITIL standards. Monitoring of IT infrastructure and engineering systems of the data center.

Deputy Head of Telecommunications Department
Moldavian Power Plant
Moldova
Project Manager for Telecommunications System Reconstruction - dispatcher communication systems (Industronic), optical lines, and security, fire alarm systems. Responsible for the development of technical specifications and finding optimal solutions. Participated in budget planning for the department.

Head of Telephone, Technological, and Operational-Dispatch Communication Department
Moldavian Power Plant
Moldova
Led the planning and design of communication systems reconstruction, technical specifications, preparing tender documents, evaluating technical solutions, and quality control of work. Design integration of systems: PBX Avaya-Nortel, NMS monitoring, phone recording, NTP time synchronization, and telephone call tariffication. Managed a team of engineers, guiding projects to successful completion.

Lead Engineer of the Communication Equipment Repair Group
Moldavian Power Plant
Moldova
Planning, installed and mainteined telecom systems: -5 PBX ‘Avaya-Nortel’ with 2000 ports: analog, ISDN BRI, PRI, H323, SIP, E&M. -IP distributed call recording system for analog and digital phones and radio stations. -distributed call tariffication system ‘Tariscope’ from 5 PBX. -ISDN conference system ‘Telros’ for 120 users. -SIP gateways ‘Audiocodes MP’ for branche offices. -faults monitoring by NMS SolarWinds.

Engineer of the Communication Equipment Repair Group
Moldavian Power Plant
Moldova
Designed and implemented a RF cable television network for campus. Maintained the ISDN PRI MUX between PABX. Communication cable testing with the 'Fluke 990DSL' analyzer. Managed the Panduit structured cabling system (SCS) of an office building.

Engineer of PLC groupe
Moldavian Power Plant
Moldova
Implemented a radio communication system for 300 stations ICOM: -Designed and calculate the radio network, coverage and sanitary zones. -Installed, configured, and maintained the radio equipment. Installed and administered Panasonic PBX. Maintenanced Power Line Carriers communication.

Electronic Repair Engineer
Tiraspol, Transnistria autonomous territorial unit, Moldova
Hardware and software repair of various consumer electronics - mobile phones, notebooks, computers, tablets, DECT phones. Repair BGA chips, firmware and software upgrade, measure with oscilloscope, logic and spectrum analyser.
Andrey Anistratenko's Contact Information
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