AI in Construction Management: Preparedness and Potential
Paper in proceeding, 2026

To address the constant challenges related to project delays and low productivity in the construction industry, this paper explores the opportunity of integrating machine learning based predictive models to improve decision-making in construction project management. In collaboration with NCC, a case study of the Ingelkärr–Stenkullen transmission line project was conducted to develop a hybrid forecasting model that combines Monte Carlo simulations with neural–network–based machine learning. The initial results showed high predictive accuracy (RR2=0.92) and updates weekly with the actual progress, enabling adaptive learning. The proposed framework shows strong potential to transform industry practices by significantly improving risk forecasting, optimizing resource management, and increasing responsiveness to uncertainty,

hybrid forecasting model.

artificial intelligence

transmission line construction

onte Carlo simulation

coefficient of determination

float management

GPU acceleration

data-driven decision support

progress forecasting

machine learning

Author

Hai Ha Vu

Student at Chalmers

Mohammed Rauf

Student at Chalmers

Rasmus Rempling

Chalmers, Architecture and Civil Engineering, Construction Management

Mats Granath

University of Gothenburg

Erik Ulvås

NCC AB

IABSE Symposium Bridging Advanced Technologies - Structural Innovation


978-3-85748-212-0 (ISBN)

IABSE Symposium
Copenhagen, Denmark,

Driving Forces

Sustainable development

Innovation and entrepreneurship

Areas of Advance

Production

Subject Categories (SSIF 2025)

Construction Management

Computer Sciences

More information

Latest update

4/30/2026