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AUTOMATING THE REVIEW OF CONTRACTUAL CORRESPONDENCE IN MEGA CONSTRUCTION PROJECTS USING TRANSFORMER-BASED MULTI-LABEL NLP
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Date
2026-6-24
Author
Sağlar, Muhammet Ali
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Compliance with contractual requirements is a critical part of contract administration, particularly during the execution phase of mega construction projects. In such projects, clients and contractors exchange a substantial volume of formal correspondence concerning technical, contractual, financial, and administrative matters. The manual review of these documents requires considerable time and coordination among different departments, and important contractual implications may be overlooked when the correspondence volume exceeds the available review capacity. In response to this problem, this thesis proposes an automated correspondence review methodology based on natural language processing and machine learning techniques, with the objective of supporting the classification and interpretation of contractual communications. A dataset of 615 incoming correspondences was collected from six contractors on a multi-billion-dollar complex construction project. Documents were multi-labeled according to confidentiality status, involved departments, and specific contract clauses. This research evaluates single-task (ST) framework against a state-of-the-art multi-task (MT) learning framework utilizing a shared DeBERTa-v3 encoder. The training pipeline and different ML models integrate domain and task-adaptive pre-training, data augmentation, and bootstrap ensembling, along with specific hyperparameter and threshold optimizations. The proposed model achieved an 83% macro-F1 score on highly imbalanced, multi-label data. These results demonstrate that an automated, MT approach significantly enhances contract management during the project execution phase which is critical and prolonged stage of the project life cycle. By streamlining these workflows, project management teams can coordinate one of the daily activities more effectively, reliably, and with greater contractual precision
Subject Keywords
İnşaat Sözleşme Yönetimi
URI
https://hdl.handle.net/11511/119722
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Graduate School of Natural and Applied Sciences, Thesis
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M. A. Sağlar, “AUTOMATING THE REVIEW OF CONTRACTUAL CORRESPONDENCE IN MEGA CONSTRUCTION PROJECTS USING TRANSFORMER-BASED MULTI-LABEL NLP,” Ph.D. - Doctoral Program, Middle East Technical University, 2026.