Farook Hamzeh

Professor

University of Alberta

Canada

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Farook Hamzeh is a Professor at the University of Alberta in Canada. His research focuses on lean construction methodologies, human-centric digital transformation in construction, and the integration of advanced technologies such as artificial intelligence and robotics in project management. He has published extensively on improving construction efficiency, project value delivery, and the cognitive aspects of task complexity in the construction sector.

Farook Hamzeh

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Articles (27)

Enabling Lean Construction 4.0 through human-centric digital transformation: organisational leadership insights

A human-centered framework for assessing task complexity in construction: a cognitive load perspective

Patterns, 4D Simulations, and Artificial Intelligence–Driven Insights: Redefining Construction Workspace Management

Integrating Modular Construction, Interlocking Blocks, and Robotic Technology with Lean Principles to Improve Masonry Construction Efficiency

Simulation-Based Approximation of the Gain from Applying Overlapping Activities

Advancing Architecture and Engineering Education for Project Value Delivery

The Need for a Multidimensional Project Control Perspective

A Hybrid Decision Support System for Partition Walls

An advanced exploration of functionalities as the underlying principles of construction control metrics

Digital twin for production estimation, scheduling and real-time monitoring in offsite construction

Digital twin for production estimation, scheduling and real-time monitoring in offsite construction

Employing simulation to assess value alignment and fulfillment within construction project settings and team dynamics

From process-based to technology-driven: a study on functionalities as key elements of collaborative planning methods for construction projects

MOCAP and AI-Based Automated Physical Demand Analysis for Workplace Safety

Production system state analysis and improvement using VSM, simulation, and fuzzy logic

Integrating expert insights and data analytics for enhanced construction productivity monitoring and control: a machine learning approach

Demystifying the dynamic link between project value and design team networks: A socio-technical lean management framework

Schedule compression and emerging waste in construction: an assessment of overlapping activities

Functionality as a Key Concept for Integrated Project Planning and Scheduling Methods

Generative design for more economical and environmentally sustainable reinforced concrete structures

Assessment of Digital Twins to Reassign Multiskilled Workers in Offsite Construction Based on Lean Thinking

Accounting for Variability: Identifying Critical Activities as a Supplement to the Critical Path

Improvisation in Construction Planning: An Agent-Based Simulation Approach

Forecasting Construction Project Performance with Momentum Using Singularity Functions in LPS

IPD-inspired framework for measuring stakeholder integration in public-private partnerships

Understanding Stakeholders' impact on design workflow dynamics using agent-based modeling

A BIM-lean framework for digitalisation of premanufacturing phases in offsite construction

Collaborators (8)

Farzad Rahimian

Moslem Sheikhkhoshkar

Søren Munch Lindhard

Gunnar Lucko

Mostafa Babaeian Jelodar

Zofia Rybkowski

Mohamed Al-Hussein

Simaan AbouRizk

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