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Muhammad Yamusa

Muhammad Yamusa

Construction Informatics Associate

Yamusa is a researcher and Construction Informatics Associate in digital construction management under the Construction Informatics and Digital Enterprise Laboratory (CIDEL) within the school of Built Environment, Engineering and Computing.

Muhammad Yamusa

About

Yamusa is a researcher and Construction Informatics Associate in digital construction management under the Construction Informatics and Digital Enterprise Laboratory (CIDEL) within the school of Built Environment, Engineering and Computing.

Yamusa is a researcher in digital construction management with the view of improving the existing state of affairs and developing practical solutions within the construction industry and beyond. He holds an MSc in Project Management, and a BSc in Quantity Surveying. He has developed experience in teaching as a graduate assistant, teaching assistant and lecturer, and in research as a research assistant and research associate. He has also worked in numerous capacities in the construction industry as a quantity surveyor and project manager.

He has gained experience working in multidisciplinary research groups and has actively participated in externally funded research projects worth around N50 million by the Tertiary Education Trust Fund of Nigeria. He has expertise in construction informatics, construction safety, public procurement, cost management, schedule management and risk management. He has published in these areas in refereed journals and conferences over the years.

Yamusa currently works as a Construction Informatics Associate at the Construction Informatics and Digital Enterprise Laboratory (CIDEL) within the School of Built Environment, Engineering and Computing at Leeds Beckett University, Leeds, UK, on various projects to provide practical solutions to issues within the construction domain.

Yamusa is a reviewer for various peer-reviewed academic journals. He is a corporate member of the Nigerian Institute of Quantity Surveyors, and a registered member with the Quantity Surveyors Registration Board of Nigeria. He is also a Certified Carbon Assessment Professional. Additionally, he graduated from the Conversion Training offered by the Bureau of Public Procurement; Cross Border for Local Value and AI for Local Value programs offered by the Global SERS Community; as well as several other training workshops and courses.

Yamusa sees his teaching and research roles as avenues to offer a guide and collaborate with the students for knowledge creation and engagement on the students’ experience, and depositing and transferring research-informed knowledge to the students. He balances these two avenues to develop critical-thinking students who are ready to solve practical issues within the construction industry and the globe at large, at both local and international levels.

Yamusa is open to research collaboration and knowledge exchange.

Research interests

Yamusa’s does research within the Architecture, Engineering and Construction (AEC) domain through collaborative and multidisciplinary approach with built environment professionals, IT experts and entrepreneurs. He has specific research interests in the following areas:

  • Construction informatics (the use of digital technologies such as artificial intelligence, metaverse, virtual reality (VR), augmented reality (AR), and machine learning in construction)
  • Building safety and wellbeing
  • Procurement management
  • Building adaptation
  • Sustainability

Publications (4)

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Journal article

Fuzzy evaluation of factors influencing safety behavioural intention (SBI) of construction workers

Featured 03 February 2026 Journal of Engineering, Design and Technology24(1):260-278 Emerald
AuthorsZailani BM, Yamusa MA, Ogunfiditimi J

Purpose

The purpose of this study is to evaluate the factors that influence saftey behaviourial intention (SBI) of construction workers. While SBI has been identified as the most proximal cause of unsafe behaviour, few studies have modelled the dynamic relationships of factors influencing it. Moreover, the few studies that have modelled the relationship have, in most cases, provided ambiguous results with varying levels of consistency.

Design/methodology/approach

Using a semi-structured questionnaire, this study adopted a fuzzy synthesis evaluation (FSE) approach based on quantitative data from 562 construction workers across Nigeria.

Findings

Results from the FSE show that 25 out of 35 factors identified from previous studies were critical. The FSE analysis yielded an overall SBI index of 3.52, emphasising the critical nature of these factors. In addition, the study yielded an empirical principal categorisation of SBI factors into “safety knowledge”, “work experience”, “perceived behaviour”, safety attitude”, “safety compliance”, “safety participation” and “safety motivation”.

Practical implications

This study underscores the factors that influence SBI of construction workers, emphasising the need to foster a safety-first culture by encouraging active worker involvement in safety efforts that include hazard identification and mitigation.

Originality/value

Adopting a fuzzy methodological approach, findings from this study contribute to comprehending the influence of individual safety dynamics of construction workers, towards a holistic lens through which safety behaviour dynamics of construction workers could be better established.

Journal article
A Systematic Review of Building Fire Safety in the Uk: Approaches, Challenges and Recommendations
Featured December 2025 Fire Technology61(7):1-24 Springer

The catastrophic effect of fire incidents such as loss of lives, damage to building structures and economic loss, underscore the need for efficient fire safety in buildings, which has been a major subject of discussion in the UK. In this study, a comprehensive review of literature pertinent to building fire safety in the UK is presented. The study adopts systematic review approach, collected data from Scopus and analysed 51 qualified articles quantitively and qualitatively. The review shows a rise in publication since 2004, revealing prominent authors and keywords in building fire safety research. The review further identified the categories of fire safety practices in the UK, including technological innovations, mitigation, behavioural, and regulatory measures. Notable findings reveal the challenges in current practices including compliance and enforcement issues, maintenance of fire safety systems, public awareness and behavioural issues, technological adoption and integration challenges, and infrastructure and building design challenges. To address the challenges identified, proposed recommendations include fire safety training, simplifying and unifying regulations, maintenance and inspection of fire safety systems, fostering and upholding public trust, enhancing public awareness, integration of advanced technologies, and formulation of fire safety strategies. Additionally. the study further recommends more comparative research on international fire safety practices and social factors influence on fire regulations to effectively enhance fire safety practices in the UK.

Journal article
Investigating the Construction Professionals’ Perspective on the New Building Safety Act in the UK: A Sentiment Analysis of Media Data
Featured 30 September 2025 Safety Science189:1-11 Elsevier

Existing research on constructional professional attitudes towards fire safety and evacuation has predominantly employed traditional methodologies. While these methods have provided valuable insights, they are limited in their ability to capture the full spectrum of the stakeholders. Moreover, a significant gap exists in the literature regarding the broader population’s concerns about how the industry experts perceives and responds to building safety regulations, particularly in the context of new legislation like the Building Safety Act (BSA) 2022. To address these gaps, this study adopts a novel approach by analysing social media data, specifically YouTube, to capture a wider range of public sentiments towards the BSA 2022. A total of 3577 data points reflecting the general public’s views were gathered, processed, and examined using sentiment analysis, k-means clustering and Latent Dirichlet Allocation text mining techniques for topic modelling. Findings reveal nine clusters each for the positive and negative sentiments. The overall findings reveal that the public expressed positive sentiments (20 %), negative sentiments (4 %), and neutral sentiments (76 %) towards BSA 2022. The study posits recommendations from the public’s sentiments for policy makers to leverage.

Preprint
Automated compliance checking in the AEC industry: a review of current state, opportunities and challenges
Featured 19 December 2024 Elsevier BV Publisher
AuthorsYamusa M, Dauda J, Ajayi S, Saka A, Oyegoke A, Adebisi WA, Jagun Z

Automated Compliance Checking (ACC) is continuously gaining traction in improving the efficiency and precision in regulatory compliances within the AEC sector. Thus, this research presents a comprehensive review of the current state of ACC emphasising its application domains, techniques, challenges and opportunities. The review reveal that ACC is currently being applied in multiple domains including building design analysis, energy efficiency, construction safety and fire safety. ACC systems currently employ techniques such as artificial intelligence (machine learning, neural networks, and natural language processing), graph-based methods, semantic enrichment and representation and general rule representation analysis. The review identifies technological constraints and integration difficulties as main challenges facing ACC implementation. The potential opportunities for ACC include integration with enhanced technologies, expanding application domains, collaborations and standardisations. This study addresses existing knowledge gaps and enhances the understanding of ACC's role and impact, steering future research towards innovative approaches and improved implementation strategies.

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Muhammad Yamusa
30179