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About

Fabian Mager is a researcher specializing in wireless control systems, cyber-physical systems, and smart manufacturing, with a particular focus on enabling reliable, low-latency feedback control over low-power multi-hop wireless networks. His work addresses one of the most pressing challenges in modern industrial and robotics applications: closing feedback loops quickly and dependably without the cost and rigidity of wired infrastructure. Mager's most influential contribution, "Wireless Control for Smart Manufacturing" (2020, 69 citations), examines how wireless technologies can unlock flexibility and scalability in next-generation assembly lines. Complementing this, his highly cited "Feedback Control Goes Wireless" series (2018–2019, accumulating over 50 citations across versions) established foundational guarantees for stability when operating feedback loops over resource-constrained wireless networks — a critical theoretical advance for real-world deployment in robot motion control and swarm coordination. His 2022 work on overload-resilient wireless control further extends these contributions by addressing scalability challenges when network bandwidth becomes a bottleneck for multi-agent cyber-physical systems. Through rigorous theoretical frameworks paired with practical system design, Mager has meaningfully advanced the field's understanding of how wireless networks can meet the stringent timing and reliability demands of autonomous systems and industrial automation.