Digital training and upskilling in 2025 Knowing how to integrate emerging technologies

In this, the final article in the series, Paul McCormack, Belfast Met Innovation Manager and ARISE Programme Manager, looks to the digital interface of training and upskilling in construction in 2025. He says it will be more advanced and sophisticated with the integration of emerging technologies and innovative delivery methods. His analysis covers key areas, all of which are examined in detail.

Personalisation

Training and upskilling programs are likely to be more personalised and more tailored to the individual learner, considering their specific skills, knowledge and learning preferences. This will be achieved using artificial intelligence (AI) and machine learning algorithms that will analyse data on the learner’s performance and adapt the training program accordingly.

Virtual and augmented reality

Virtual and augmented reality technologies are likely to become more prevalent in both training and upskilling, thus allowing learners to interact with realistic simulations of construction projects and systems.

“Digitalisation can enable the collection and analysis of large amounts of data, allowing for insights into project performance, resource allocation and risk management.

This can help to improve the quality and safety of construction work, as well as reduce the need for physical training environments.

Mobile learning

Mobile learning is also likely to become more common, with learners accessing training and upskilling programs on their smartphones and tablets. This provides greater flexibility and convenience, allowing learners to access training materials on-the-go and outside of traditional classroom settings.

Gamification

Gamification techniques, such as badges, points and leader boards, are likely to be used more frequently to incentivise learners and promote engagement in training and upskilling. This can help to increase motivation and improve learning outcomes.

Cloud-based learning management systems

Cloud-based learning management systems are likely to become more widespread, and this will allow learners to access training materials and collaborate with peers and instructors from anywhere with an internet connection. This in turn can help to reduce costs and increase accessibility to further training and upskilling programs.

Automation and robotics

Using automation and robotics technologies can greatly help to improve efficiency and productivity by performing various repetitive tasks, reducing manual labour, and increasing accuracy. This can free up the workforce to focus on more complex and creative tasks, and increase the overall output of the industry.

Data analytics and insights

Digitalisation can enable the collection and analysis of large amounts of data, allowing for insights into project performance, resource allocation and project risk management. This can help identify opportunities for improvement, optimise resource allocation, and improve project outcomes.

Efficient installation techniques

The use of efficient installation techniques, such as pre-fabrication and modular construction, can significantly reduce the time and cost of construction, This, in turn, will also improve energy efficiency. Skills in these techniques are therefore essential for energyefficient construction.

Building physics

Building physics is the study of how buildings interact with the surrounding environment, including temperature, humidity and airflow. A strong understanding of building physics is vital for designing and constructing energy-efficient buildings.

Quality control and management

Ensuring that construction work is performed to a very high standard is critical to achieving energy efficiency in a building. Quality control and management skills are essential to ensure that all work is completed according to the design specifications and meets energy efficiency standards.

Renewable energy systems: Knowledge of renewable energy systems, such as solar panels and wind turbines, is essential for incorporating sustainable energy sources into building design.

Energy modelling and simulation

Energy modelling and simulation tools allow architects and engineers to predict the energy performance of a building before construction begins. Proficiency in these tools is essential for designing and constructing energy-efficient buildings.

Energy efficient HVAC systems

Heating, ventilation and air conditioning (HVAC) systems account for a significant portion of a building’s energy consumption. Understanding how to design and install energyefficient HVAC systems is essential.

Use of sustainable materials

The use of sustainable materials, such as low-emission insulation and recycled building materials, is essential for reducing a building’s environmental impact. Site workers must have knowledge and skills in the handling and installation of these materials to ensure their effectiveness.