$ whoami
Engineer · PhD in Communications Engineering
I work on satellite communication & networks and build AI-driven solutions for them — applying large language models, reinforcement learning and system-level simulation to link engineering, resource scheduling, network topology and traffic offloading.
// about
From link budgets to network-wide resource scheduling — I work across the full stack of satellite communication systems, turning complex constraints into buildable designs.
I bring LLMs and reinforcement learning into the engineering loop: accelerating link simulation, automating resource scheduling and optimizing topology design.
A PhD background in communications engineering keeps me grounded in first principles while exploring AI-native approaches to satellite networking.
Python, PyTorch, MATLAB and STK are my daily tools — from simulation models to prototype agents that actually run.
// research
Large language models, agentic workflows and AI-assisted engineering for aerospace systems.
RL for resource scheduling, dynamic decision-making and autonomous network operation.
Satellite communication & networks, link engineering and interference analysis for next-generation constellations.
Optimized allocation of spectrum, power and connectivity across satellite networks.
Constellation and network topology design balancing coverage, latency and cost.
Edge computing offloading and traffic steering between space and ground segments.
// ai in action
// stack
// experience
Working on satellite communication & networks — bridging system requirements, hardware constraints and network-level performance.
Applying LLMs and reinforcement learning to link simulation, resource scheduling, topology design, compute/traffic offloading and interference detection.
Research background in communication theory and signal processing, with a focus on practical, system-level engineering.
// contact
Interested in satellite communications, AI for aerospace, or building things at the intersection of both? Let's connect.