Mehdi Farahbakhsh

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About

Dr. Mehdi Farahbakhsh is a pioneering researcher at the intersection of robotic fabrication and additive manufacturing, whose work is reshaping how we think about 3D printing in construction. His primary research areas include robotic 3D printing process optimization, interlayer bond strength analysis, and the development of novel fabrication strategies for architectural elements. Dr. Farahbakhsh’s most significant contribution is his groundbreaking study on how robotic 3D printing process parameters affect interlayer bond strength, a critical factor for ensuring structural integrity in printed components. This work, published in 2022 and garnering 39 citations, provides essential guidelines for achieving code-compliant, durable prints. He further pushes the boundaries of the field with his innovative "PRINT in PRINT" strategy, which introduces a nested robotic fabrication method using dissolvable formwork to create complex, stackable columns. This approach, though newer with 3 citations, demonstrates a visionary leap toward overcoming traditional construction limitations. Dr. Farahbakhsh’s research is vital for students and professionals aiming to bridge the gap between experimental 3D printing and real-world, building-code-compliant construction.