Revolutionizing Construction with AI: iOptiCrane


Title

Revolutionizing Construction with AI: iOptiCrane

Creator

Zou, Zhe
Li, Fangzheng

Advisor

Ayed, Tarek
Chi, Hung Lin
Shen, Geoffrey

Faculty

Faculty of Construction and Environment

Department

Department of Construction Management and Intelligence

Description

Li Fanzheng and Zou Zhe’s iOptiCrane project showcases the power of AI in solving complex structural engineering challenges. Tasked with automating tower crane layouts, Fanzheng refined the AI training and UI design, while Zhe developed the core optimization models. They navigated significant data hurdles by leveraging institutional support from professors Tarek, Chi, and Geoffrey. Through this process, they gained invaluable experience in team communication and user-centric design—skills often missed in traditional coding curricula. Their iterative approach transformed a conceptual AI model into a professional-grade tool. By bridging the gap between academic theory and construction practice, Fanzheng and Zhe have built a foundation for future research careers dedicated to making global infrastructure safer and more efficient.

Learning outcome/goal

Creativity & Innovation
Research and Information Literacy
Continuous Improvement and Learning from Mistakes
Project Management and Teamwork
Communication and Presentation Skills

Award

Silver Medal, 50th International Exhibition of Inventions in Geneva 2025 [International competition]

Date

2026-07

Programme

PhD

Degree Level

PhD

Keywords

Construction Site Layout Planning; Kinematic Constraints; Digital Spatial Mapping; Quantitative Performance and Safety Evaluation; Construction Informatics

Subject

Structural engineering
Artificial intelligence
Tower cranes
Building sites -- Planning

Rights

All rights reserved

Language

English

Type

Feature Story

Access Rights

open access