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About

Viktor Doychinov is a researcher whose work spans two compelling and complementary frontiers: advanced manufacturing for electronics and wireless communications for infrastructure robotics. His research addresses some of the most pressing engineering challenges of our time, bridging material innovation with practical deployment in complex environments. Doychinov's most-cited contribution, garnering 14 citations, demonstrates how light-based synthesis of metallic nanoparticles on 3D-printed substrates can revolutionize the production of high-performance electronic systems, pushing additive manufacturing beyond prototyping into genuine electronic functionality. This work represents a significant step toward miniaturized, reliable, and personalized electronics fabricated through digital workflows. Equally noteworthy is his sustained involvement in the Pipebots project, a multi-institutional initiative investigating robotic systems for inspecting the UK's aging underground pipe and duct networks. His investigations into radio wave propagation inside buried sewer pipes and wireless communications for subterranean robots directly address the challenge of commanding and powering robots in highly constrained, signal-degrading environments. His earlier work on wireless power transfer for gas pipe inspection robots further underscores his commitment to enabling truly autonomous underground robotics. Together, these contributions position Doychinov as an innovative researcher tackling critical infrastructure challenges through elegant electromagnetic and manufacturing solutions.