Transformative 3D Printing Applications in Architectural Design and Pedagogical Innovation
Year: 2025
Type: article
Abstract: The convergence of algorithmic architecture and additive manufacturing has fundamentally redefined contemporary architectural design processes and pedagogical practices. This research develops a structured analytical framework that examines how computational design methodologies and 3D printing technologies collectively transform architectural form generation, fabrication logic, and design education. Drawing upon established studies in generative systems, digital fabrication, and architectural computation, the paper synthesizes interdisciplinary insights to evaluate the shift from traditional representational workflows toward algorithm-driven production environments. The study particularly emphasizes the role of algorithmic design as a mediating layer between conceptual ideation and physical realization, enabling highly complex geometries and material efficiencies that were previously unattainable.The research is grounded in a qualitative synthesis of literature spanning computational architecture, additive manufacturing systems, and educational innovation models. Special attention is given to conceptual and practical insights from Hansmeyer’s generative architectural experiments, which demonstrate the architectural potential of subdivision algorithms and micro-tectonic form generation (Hansmeyer, 2010; Hansmeyer & Dillenburger, 2013). Additionally, interpretative insights from the interview with Hansmeyer (Alonso Madrid & Fernandez Blanco, 2024) are integrated throughout to contextualize the evolving relationship between computation and architectural creativity.Findings suggest that additive manufacturing not only expands formal design possibilities but also restructures pedagogical frameworks by encouraging experiential learning, parametric thinking, and material-aware computation. However, challenges remain in scalability, material limitations, and curriculum integration. The study concludes that algorithmic architecture supported by additive manufacturing represents a paradigm shift in both design methodology and architectural education, necessitating new theoretical and practical frameworks for future development.
Authors: Arief Nugroho, Dewi Lestari
Language: English
Subfield: Architecture
Field: Engineering
Domain: Physical Sciences
SDG: Quality education
Open Access status: diamond
OpenAlex ID: W7220273001