Your mission

• Develop RNC (Robust Network Control) models for optimizing UAV communication, navigation, and swarm coordination
• Build real-time simulation models to test network resilience under electronic warfare (EW), jamming, and cyber threats
• Design and implement mathematical and AI-driven models for network reliability, redundancy, and adaptive routing
• Work with multi-agent reinforcement learning (MARL) and AI-based control systems to enhance UAV swarm intelligence
• Optimize control algorithms for UAV path planning, traffic balancing, and fault tolerance
• Integrate RNC models into UAV test environments (ROS2, Gazebo, AirSim, MATLAB Simulink)
• Collaborate with network engineers, AI specialists, and embedded teams to improve UAV mission efficiency
• Conduct real-world validation and HIL (Hardware-in-the-Loop) testing for model accuracy

Your profile

• 3+ years experience in network control modeling, autonomous systems, or real-time UAV simulation
• Strong background in control theory, network optimization, and robust system design
• Proficiency in MATLAB, Simulink, Python, C++, or Julia for RNC model development
• Experience with graph-based network modeling, probabilistic control, and AI-enhanced network management
• Familiarity with SDN (Software-Defined Networking), UAV swarm communication protocols, and decentralized control
• Understanding of fault-tolerant systems, electronic warfare countermeasures, and cyber-resilient networks

• Experience in military UAV swarm control, MANET/FANET modeling, and distributed AI optimization
• Background in network security, AI-driven adversarial testing, and self-healing networks
• Knowledge of 5G/6G, LoRa, mesh networking, and hybrid communication architectures

Why us?

Join us to shape the future of AI-driven defense!

Do you feel that you fit the description, but don't think you fulfill all the criteria 100%? Apply to us anyway.   
We look forward to receiving your detailed application via our online form.  

The world is changing. Exponential technologies are enabling new types of security threats. We are committed to staying ahead by building nimble, scalable, and cost-effective defences. We are looking for passionate developers who are eager to create exceptional products, safeguard our freedom, and strengthen the resilience of democracies.