🔧 Electronic Systems Architect | FPGA | IoT | Embedded System | Wireless & Satellite Communications | UAV Tech
📍 Tbilisi, Georgia | 📞 +995 599025179 | ✉️ [email protected] | LinkedIn

I am a Wireless Communication and Hardware Systems Architect with 10+ years of experience designing high-performance electronic systems. My expertise spans FPGA-based systems, SDR platforms, RF design, and digital signal processing for wireless communication, satellite systems, and UAV technologies.

💡 Key Expertise:
✔ FPGA design (Xilinx, Altera), Verilog, high-speed SER/DES interfaces
✔ SDR, MIMO, OFDM, AGC, and advanced digital signal processing
✔ RF & mixed-signal PCB design (Altium, HyperLynx, ADS, CST)
✔ Embedded systems, Linux, STM32, Zynq MPSoC UltraScale+

📌 Recent Innovations:
✔ Designed a wireless VR communication system (5 GHz, 60 GHz, 70 GHz) for HTC Vive and more
✔ Developed a UAV detection & tracking system for security applications
✔ Led the FPGA & hardware design of a satellite modem PHY layer with AES encryption
✔ Created a custom SDR platform in M.2 format for advanced wireless applications
✔ Designed and debugged a PCB for a ground terminal in a satellite communication system

🚀 What I Do:
I lead cross-functional engineering teams, define system architectures, develop cutting-edge wireless and electronic solutions, and drive hardware development from concept to production. My focus is on high-speed communication systems, signal processing optimization, and hardware acceleration for complex applications.

🔍 Looking to Connect?
I am always open to discussing innovative projects, FPGA, SDR, and wireless tech. I’m interested in collaborations, technical challenges, and exploring new opportunities in high-performance electronic systems. Let’s connect! 🚀

• FPGA: 🖥️ Altera | Xilinx
• Software & Tools: 🛠️ SystemVue | SolidWorks | Altium | HyperLynx | Matlab | C | Python | Verilog | Git | Linux Embedded System | Single Board Computer
• Hardware: 📡 SER/DES | ADC/DAC | STM32 | Digital Signal Processing Systems | MIMO/OFDM | Wireless Communications Systems | Hardware design and testing | RF and High-Speed Electronic PCB design | ADS

Wireless Communication and Electronic System Architect / Product Manager / TechLead

• 👥 Managed and mentored a team of 5 engineers to design and develop wireless indoor systems (5 GHz, 60 GHz, 70 GHz) for HTC Vive VR.
• 📡 Developed architecture and requirements for baseband and RF wireless ASICs.
• 🚀 Optimized FPGA-based communication systems using OFDM and MIMO technologies, improving reliability, throughput, and latency.
• 🧠 Developed software and algorithms for MIMO, AGC, OFDM, and baseband signal processing, using MATLAB, Python, and NVIDIA’s Sionna.
• 🔬 Designed and built high-speed 18-layer mixed-signal Electronic PCBs integrating Zynq MPSoC, RFSoC, DDR4, PCIe, Ethernet, HDMI, RF Transceiver (ADRV9009), and JESD204B.

Hardware Team Lead

• 🛰️ Led the design and development of a satellite antenna system, including phased array beam control and frequency converters (STM32).
• 🏗️ Managed project planning, installation, assembly, and testing (climatic, vibration).
• 🎯 Developed radar signal propagation algorithms and optimized antenna performance with Doppler shift and beam narrowing.

Senior Electronic Engineer / PCB Designer

• 🛰️ Implemented an SDR platform for a communication system with RF, AD9371 transceiver, and Zynq MPSoC UltraScale+.
• 🔧 Created test software for Zynq UltraScale+ SoC, optimizing PMIC and RF components using SI/PI analysis (HyperLynx).
• 🏗️ Prepared assembly documentation and ensured PCB readiness through debugging and integration.

Hardware & FPGA / TechLead

• 🔐 Developed a proprietary IP RTL protocol for data transmission (SER/DES > 2 Gbit/s) with real-time AES encryption.
• 🚀 Engineered a modem transmitter section with LDPC encoder, scrambler, modulator, and 4-channel DAC (TI) at 2.5 GSPS.

Principal Engineer / Architect

• 🛸 Designed a UAV detection system for security applications with coordinate determination and signal detection.
• 📡 Researched PHY standards (IEEE 802.11, LTE, DJI) and developed wireless signal detection algorithms.
• 🎯 Created a scalable network of passive UAV detectors using SDR (LimeSDR) and triangulation algorithms.

Robotic System Architect

• 🎥 Integrated DSP algorithms into the PHY layer and managed API protocol specifications.
• 🤖 Developed UAV flight control and object detection systems using cameras and AI.
• 📺 Designed and implemented real-time video transmission solutions with an FPGA-based object guidance system.

🎓 Master's degree, Radio Electronic Systems and Complexes
📊 Grade: 4.8/5

• Specialized in Radiolocation systems and complexes, focusing on developing radio electronic devices from conception to implementation.
• Studied analog and digital circuits and elements, including their characteristics, working principles, and limitations.
• Learned DSP algorithms for communications, navigation, and radiolocation.
• Studied system design principles for large radio electronic complexes, such as ground-satellite, multipositional, and wireless systems.
• Researched the Doppler beam narrowing algorithm for an onboard radar system.
• Modeled and optimized the location of radiating antennas in the phased array (FEKO and MATLAB) - Ku, Ka bands.
• Conducted radar system calculations and performance optimization.

• 🗣️ Languages: Russian (native), English (Upper)
  - 🛠️ Pet project (SDR Dev Board): Designed a high-performance SDR platform (M.2 form factor) featuring Artix 7 FPGA and AD9361.