Bridging Gaps with AI: Enhancing Analysis, Evaluation, and Communication in Engineering Projects
In the increasingly high-pressure world of engineering and deployment, effective analysis, accurate impact evaluation and clear communication are paramount. This presentation will explore cutting-edge applications of Artificial Intelligence (AI) to streamline and enhance these critical processes. We will discuss how AI can facilitate the identification of development gaps in engineering projects, ensuring comprehensive and thorough evaluation steps. By systematically retrieving information from requirements databases, AI provides insights into potential ripple effects and improves decision-making. Furthermore, we showcase how AI can convert complex architectural artifacts, such as those in SysML, into natural language, making them accessible and understandable for non-modelling experts. Join us to discover how AI-driven solutions can bridge gaps, enhance project management, and improve interdisciplinary communication in engineering projects.
Piero Ciancia is an experienced systems engineering and MBSE consultant focusing on Agile Systems Engineering (ASE). His expertise lies in adapting ASE for diverse industries, particularly the Healthcare sector, providing tailored solutions for unique challenges. Piero champions the adoption of a systems engineering mindset, fostering technical excellence and strategic innovation within organisations. He leads Ciancia Consulting Partner, committed to bridging gaps between disciplines and driving success through collaborative partnerships. Their approach emphasises systems thinking to navigate complex challenges and unlock innovative solutions.
Tobe originally trained as a systems neuroscientist in the UK and moved to Switzerland for a postdoc at the ETH. Since becoming a full-time entrepreneur a decade ago, he has completed 40+ projects in healthcare, finance and academia. He supports Swiss companies to develop Generative AI-based Apps and conduct sophisticated machine learning projects.