In this video, We delve into the resurgence of artificial intelligence (AI) and its impact on various fields, with a special focus on structural engineering. The release of Chat GPT and similar AI models has sparked a wave of excitement and curiosity about how AI can revolutionize different professions, including structural engineering. We discuss the potential benefits and concerns AI brings to the engineering profession, from enhancing workflow and creating better structures to worrying about over-reliance and its implications on professional integrity.
We explore the intricate computations and data processing involved in everyday tasks like overtaking a vehicle on a two-way road, showcasing the blend of learned skills and personal judgment. Similarly, design sense in structural engineering complements formal calculations, highlighting the art and science of our profession.
We examine the evolution of technology, from early computers to the transformative power of AI today. While past technologies often fell short, AI represents a paradigm shift, balancing precise mathematical calculations with practical, judgment-based adjustments. We touch on the constraints in materials and designs, emphasizing practical limitations that often override precise calculations. AI can leverage vast datasets to provide reasonable solutions to complex, undefined challenges.
Discussing the integration of AI in design workflows, we highlight how AI can offer optimal starting points and streamline the refinement process, bridging gaps between architectural design and code-based or performance-based design. This capability allows engineers to provide quicker and more accurate estimates, aligning with client expectations.
I present an example where GPT provided a comprehensive analysis and practical applications from a structural diagram image, showcasing AI’s proficiency in interpreting complex engineering concepts. This discussion extends to broader professional dynamics, noting how AI chatbots for structured learning and professional tasks indicate a shift in how knowledge is accessed and applied.
AI can enhance our understanding of various stages in the project lifecycle, leading to more comprehensive and efficient workflows. It can help engineers capture a larger share of the value by broadening their scope of work and understanding. Structural engineering is foundational to any construction project. Without the structure, all other elements—MEP, architecture, interior design, and cladding—would fail. AI can help highlight the importance of structural engineering, ensuring that its critical role is recognized and valued.
This presentation was part of the conference organized by the Association of Structural Engineers of the Philippines (ASEP) in Cebu in May 2024. It reflects personal insights and considerations rather than strict research findings, aiming to provoke thought and discussion within the community.
Join us as we explore these fascinating topics and consider the future of AI in our field.
