JBEGR - Cross-Disciplinary Coordination and Its Impact on Working Drawings and Specifications in the Nigerian Construction Industry

Oct 24, 2026

The construction industry operates as a multidisciplinary environment where effective collaboration among architects, engineers, quantity surveyors, and contractors is essential for successful project delivery. In Nigeria, working drawings and specifications are frequently undermined by poor cross-disciplinary coordination, causing inconsistencies, project delays, and reduced construction quality. This study examines challenges, frequency, and implications of coordination-related issues using a quantitative descriptive survey grounded in Integrated Design Process (IDP) theory and a design coordination model. Data from 600 professionals (539 valid responses) show high coordination-issue frequency, with over 75% confirming significant effects on accuracy, clarity, and usability. It concludes poor coordination is a critical bottleneck and recommends early workshops, regular drawing reviews, integrated tools such as BIM, and industry coordination standards.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages20

Reading Time50 min

AccessFree to download

Abstract

Introduction

Problem Statement

VOL. 09 NO. 4, AUGUST, 2025 E-ISSN 3026-9210 P-ISSN 3026-815X African Scholar Publications & Research International [www.africanscholarpub.com](www.africanscholarpub.com) Journal of Built Env. & Geological Research (JBEGR) | Cross-Disciplinary Coordination and Its Impact on Working Drawings and Specifications in the Nigerian Construction Industry
Jegede Praise; Aguiyi Ogochukwu Frances; Osemobor Samuel Osemudiamen; Adewumi Bamidele Jonathan; & Ogunnaike Adekunle Owolabi
Department of Architecture, College of Environmental Science and Management, Caleb University, Imota, Ikorodu, Lagos, Nigeria
Corresponding Author: [ogochukwu.aguiyi@calebuniverity.edu.ng](ogochukwu.aguiyi@calebuniverity.edu.ng)
DOI: [https://doi.org/10.70382/ajbegr.v9i4.029](https://doi.org/10.70382/ajbegr.v9i4.029) | | --- | | Abstract
The construction industry operates as a multidisciplinary environment where effective collaboration between professionals such as architects, engineers, quantity surveyors, and contractors is essential to the successful delivery of construction projects. Central to this collaboration are working drawings and specifications. In Nigeria, these documents are frequently undermined by poor cross-disciplinary coordination, leading to drawing inconsistencies, project delays, and reduced construction quality. This study investigates the perceived challenges, frequency, and implications of coordination-related issues in working drawings and specifications within the Nigerian construction industry. Grounded in the Integrated Design Process (IDP) theory and the Design Coordination Model, the study adopted a quantitative descriptive survey design. Data were collected via a structured questionnaire distributed to 600 purposively selected construction professionals across Nigeria, with 539 valid responses retrieved (89.83% response rate) . The instrument explored demographic characteristics, coordination challenges, and perceived impacts on documentation quality. Descriptive statistics, mean scores, and Relative Index (RI) values were used to analyze the data. Findings revealed a high frequency of coordination issues, with over 75% of respondents agreeing that these problems significantly affect the accuracy, clarity, and usability of working drawings. While working drawings are often used to resolve interdisciplinary conflicts, their delayed coordination process frequently results in adjustments, ambiguities, and inefficiencies. The study concludes that poor cross-disciplinary coordination remains a | critical bottleneck in achieving high-quality construction documentation. It recommends early-stage coordination workshops, regular drawing reviews, use of integrated design tools (e.g., BIM), and the development of industry-wide coordination standards. Keywords: Building Information Modelling (BIM) , Coordination, Construction Documentation, Design Integration, Interdisciplinary Collaboration, Specifications, Working Drawings. Introduction The construction industry is a complex, multi-disciplinary sector that requires the collaborative effort of professionals from diverse fields, including architecture, structural engineering, mechanical and electrical services, quantity surveying, and project management (Alugbue, Otuonuyo, Adewumi, Onamade & Asaju, 2024) . Central to the execution of any building project are the working drawings and specifications (technical documents that serve as the primary communication tools among these disciplines) (Adewumi, Onamade, DavidMukoro, Bamiloye, Otuonuyo, Chukwuka & Oru, 2025) . These documents detail the design intent, construction methods, material choices, and overall expectations for the project. However, in practice, the effective integration of information from various disciplines often presents coordination challenges, which can significantly impact the accuracy, efficiency, and quality of construction deliverables (Emesiobi, Otuonuyo, Adewumi, Asaju & Onamade, 2024) . In

FAQs

What is the focus of the study in Nigeria’s construction industry?

The study investigates challenges, frequency, and implications of cross-disciplinary coordination problems on working drawings and specifications.

Which theoretical basis and research design does the study use?

It is grounded in Integrated Design Process (IDP) theory and the Design Coordination Model, using a quantitative descriptive survey design.

What did the findings show about coordination issues?

Findings indicate a high frequency of coordination issues, with over 75% of respondents agreeing they significantly affect accuracy, clarity, and usability of working drawings.

Oct 24, 2026

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