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About

Jacob Rome is an emerging researcher at the forefront of two transformative fields: advanced additive manufacturing and in-space manufacturing. His work bridges cutting-edge fabrication techniques with the ambitious vision of autonomous orbital production systems, positioning him as a pioneer in next-generation manufacturing paradigms. Rome's most impactful contributions center on hybrid additive manufacturing, particularly the integration of electronics directly into 3D-printed structures. His research on ultrasonically embedded wires in multi-material parts — cited seven times and counting — alongside his work on automated laser soldering techniques for hybrid manufacturing environments, demonstrates a systematic effort to realize true 3D-printed electronics with embedded multifunctionality. These contributions address a fundamental challenge in advanced manufacturing: seamlessly coupling material deposition with electrical functionality layer by layer. Equally compelling is Rome's visionary work on orbital manufacturing. His 2023 roadmap for an on-orbit satellite factory concept, his most-cited work with 11 citations, articulates a credible ten-year pathway toward autonomous small-satellite production in low-Earth orbit, leveraging advances in low-cost launch and additive manufacturing. His 2025 follow-up continues accelerating this vision. For students and researchers interested in the future of manufacturing — whether terrestrial or extraterrestrial — Rome's portfolio offers an essential and exciting body of work.