By Juliet Umeh

An expert in digital innovation for the construction industry, Dr. Tawakalitu Odubiyi, has said that the Nigerian construction industry is on the brink of a digital revolution, driven by the increasing adoption of Artificial Intelligence, AI.

She said that from project management to design automation, AI-powered solutions are streamlining operations, enhancing efficiency, and reducing costs.

According to her, realizing the full potential of AI in the Nigerian construction sector requires more than just technological advancement—it necessitates active participation from researchers and the translation of academic discoveries into viable startups.

She said: “Artificial Intelligence is revolutionizing construction by enabling predictive analytics, smart automation, and enhanced decision-making. Technologies such as Cloud-Based Building Information Modelling, CBIM, and Digital Twins are reshaping how projects are planned and executed.

“AI-driven CBIM systems allow architects, engineers, and project managers to collaborate more effectively, reducing errors and ensuring project sustainability.

*”One of the most promising AI applications in the Nigerian construction sector is predictive maintenance.

“With AI-powered sensors and machine learning models, companies can anticipate equipment failures and reduce costly downtime. Additionally, AI-enhanced risk management tools are helping contractors identify project bottlenecks before they escalate, ensuring timely delivery and cost-effectiveness.”

She continued: *”Researchers play a crucial role in driving AI adoption within Nigeria’s construction industry. Universities and research institutions are at the forefront of exploring how AI, Cloud-Based BIM, and Digital Twin technologies can be applied to address local challenges, such as poor infrastructure planning, material wastage, and project delays.

“A significant challenge, however, is the gap between academic research and industry application. Many groundbreaking AI models remain confined to academic papers without practical implementation.

“To bridge this gap, collaboration between researchers, industry leaders, and policymakers is essential. Universities should create innovation hubs where researchers and construction firms can jointly develop and test AI-driven solutions in real-world scenarios.”

On converting academic research into startups, Dr. Odubiyi stated: “The transition from research to entrepreneurship is key to maximizing AI’s impact in Nigeria’s construction industry. By transforming academic discoveries into commercial ventures, researchers can drive industry-wide digital transformation while creating job opportunities.

“For instance, startups leveraging AI-powered CBIM solutions can offer construction firms real-time project monitoring, automated quality control, and digital supply chain management. Similarly, AI-driven sustainability-focused startups can optimize material usage and energy efficiency, aligning with Nigeria’s green building initiatives.

“To support this transition, funding bodies, venture capitalists, and government agencies should provide grants and incentives for AI-based construction startups. Additionally, university incubators and accelerators can offer mentorship, funding, and business development resources to researchers with innovative AI solutions.”

She noted that AI is redefining Nigeria’s construction industry, but its full potential can only be unlocked through the synergy of research, industry collaboration, and entrepreneurship.

“By fostering an ecosystem where academic insights translate into real-world applications, Nigeria can not only modernize its construction sector but also position itself as a leader in AI-driven infrastructure development.

“Now is the time for researchers, industry players, and policymakers to come together and pave the way for a smarter, more efficient, and sustainable construction landscape,” she added.