Technical Lead and System Architect for mission-critical embedded and communications infrastructure deployed under real operational field conditions.
Scope of work:
- Design and deployment of distributed autonomous systems with high-reliability requirements (99.9%+ operational uptime)
- Power management system architecture: autonomous operation, battery life optimization, failover logic
- Firmware and hardware integration for real-time embedded systems (bare-metal + RTOS-based, C/C++)
- Security architecture: cryptographic protocol implementation, authentication systems, encrypted communications
- Reverse engineering and protocol analysis of proprietary systems for integration and reliability analysis
- Technology transfer and large-scale replication: trained and certified 500+ engineers on developed systems and architectures
- Full delivery cycle: from hardware constraints → firmware → system integration → field deployment → monitoring
Stack:
Embedded & Systems:
C/C++, FreeRTOS, STM32/ARM, Linux, MCU/SBC, Device Drivers, Secure Boot
RF & Communications:
RF Engineering, SDR, LoRa, LTE, BLE/BLE GATT, RS485/CAN/LIN, Modbus
Robotics & UAV:
UAV/Swarm systems, FPV drones, VTOL engineering, ROS, Visual Servoing
Radar & EW:
FMCW Radar, Electronic Warfare, RF Security, Jamming Theory, CRPA Antennas, HPM/EMI
AI & Autonomy:
AI Agents, AI Automation, AI targeting/guidance, Signal Processing
Cloud & Software: Python, Node.js, Go, REST API, Redis, Docker, CI/CD, GCloud, DevOps
Hardware:
PCB Design, RF Design, Hardware Hacking, BMS Design
Leadership:
Systems Design, Engineering Management, Product Management, Technical Specifications
