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Technology architect and systems engineer Khalilulah Ibrahim has called for stronger integration of software engineering, artificial intelligence and energy engineering, saying the future of infrastructure development will depend on professionals with skills across multiple disciplines.
Ibrahim said the traditional boundaries between engineering fields are becoming less distinct as critical infrastructure increasingly relies on digital technologies, automation and data-driven systems.
According to him, modern infrastructure requires a combination of physical engineering, software development, automation and data analytics to operate efficiently.
“Modern infrastructure is no longer purely physical. Energy systems, financial systems and even public infrastructure now rely heavily on software, data and automation to function safely and efficiently,” he said.
He noted that technological advancements have changed the design and management of essential services, creating increased demand for professionals who can work across different technical areas.
Ibrahim has worked on backend engineering projects involving the development of application programming interfaces and digital systems used to support large-scale financial transactions. He has also carried out energy-related research involving simulation models aimed at improving renewable energy performance.
He identified the growing adoption of artificial intelligence as one of the major forces driving the shift, noting that AI is increasingly being used for predictive analytics, fraud detection, system optimisation and natural language processing.
Ibrahim also highlighted the importance of developing natural language processing tools for African languages, saying localised technologies are necessary to ensure that digital innovations meet the needs of wider populations.
The increasing investment in smart infrastructure, digital financial services, renewable energy systems and automation has heightened the need for collaboration among engineers, software developers and data scientists.
He said future engineers would need to combine traditional technical knowledge with software and artificial intelligence skills to develop infrastructure that is resilient, scalable and adaptable.
The growing development of smart grids, digital payment platforms and data-driven public services has further strengthened the need for multidisciplinary expertise across the technology and engineering sectors.
