Richard Hague

Papers

Total Citations

H-Index

About

Richard Hague’s research sits at the intersection of advanced manufacturing, functional materials, and soft robotics, where he pioneers novel additive manufacturing techniques to create intelligent, programmable structures. His most cited work introduces a drop-on-demand 3D printing method for programmable magnetic composites, enabling soft robotic components with micron-sized magnetic fillers that impart two-way actuation—a breakthrough for adaptive, responsive devices. This paper has garnered 12 citations, reflecting its growing influence in the field. Hague also advances molten metal jetting, developing tailored droplet deposition strategies to print fully functional metal components for aerospace, healthcare, and robotics applications, with a 2025 paper already attracting 4 citations. Earlier, he demonstrated a reactive inkjet printing approach to fabricate 3D silicone elastomeric structures, laying groundwork for soft robotics and stretchable electronics. His work bridges materials science and digital fabrication, offering scalable routes to functional, multi-material devices. Hague’s contributions are defining new possibilities in 3D printing, from soft actuators to metallic parts, positioning him as a leading voice in next-generation manufacturing.