51����

As construction companies increasingly adopt technology, they generate vast amounts of data - from site attendance and equipment usage to inventory tracking and project budgets. This wealth of information enables firms to make smarter decisions. Both Building Information Modelling (BIM) and off site construction software now play crucial roles in leveraging data to positively impact projects and business outcomes.

When managing complex, large-scale projects, evidence-based decisions outperform guesswork every time. Moreover, with mounting priorities - such as achieving net-zero goals, addressing labour shortages, navigating regulatory changes, and balancing stakeholder interests - collecting and analysing data has become essential for success.

Building Strong Data Foundations

To make effective data-driven decisions, construction teams need a holistic view of all project data. This information must be accessible and integrated, providing accurate insights from both historical and current sources.

However, even real-time data has limited value without a planned, resource-loaded construction programme. By tracking resources and progress against such a programme, companies can ensure their data-driven decisions remain accurate and impactful.

Harnessing BIM’s Data Potential

One of the most powerful applications of construction data is BIM - which fundamentally revolves around data management. Unfortunately, many firms underutilise BIM because they misunderstand its purpose. BIM creates a data-rich digital building model, extending far beyond simple software usage.

Companies seeking to leverage their data more effectively must first correctly understand BIM and its various levels. This understanding unlocks the concept of a 'digital twin', which reveals detailed insights about construction projects. For example, window specifications can include design details, manufacturer information, dimensions, and placement - all valuable data points for project planning.

At advanced BIM levels, companies can track and manage budgets directly through their models. This capability transforms how construction data informs critical decisions. With Level 5D BIM, teams integrate precise cost information for every project phase, enabling accurate budget tracking and cost estimations. These financial insights directly support data-driven decision-making. The question remains: how many companies currently utilise Level 5D BIM?

Tackling Data Implementation Challenges

Resource-loaded programmes, BIM, and other innovative methodologies help construction companies harness their data effectively. However, several obstacles often impede data-driven decision-making:

• Limited technical skills
• Overwhelming data collection and administrative burdens
• Siloed teams that fail to share information
• Disconnected systems that prevent data integration

These challenges significantly reduce the impact that data can have on a company's operations and decision-making processes. Fortunately, two key strategies can help organisations overcome an ineffective data culture: upskilling and role allocation.

Upskilling Team Members

The construction sector urgently needs enhanced technology skills. While technology offers tremendous potential to improve efficiency, professionals must first learn to use these tools effectively. This transition requires mindset shifts, quality educational resources, and accessible pathways into technology-focused construction careers.

Clarifying Data Responsibilities

Leadership teams must determine who will handle data collection and analysis within their organisation, then clearly establish these roles and expectations. Without clarity regarding individual data responsibilities, companies will struggle to develop an effective data culture. These requirements can also be incorporated into subcontractor tender processes within the Scope of Services.

Preparing for a Data-Driven Future

Over the next decade, construction companies must fully harness their data potential to drive decisions that keep projects on track and profitable. This evolution will require upskilling, deeper BIM adoption, and AI integration into data workflows. In the coming years, AI will potentially enable firms to compare historical and real-time data, generating predictive insights that help anticipate potential delays or cost overruns based on previous project experiences.

Meanwhile, AI-powered search capabilities for rapid data access are already emerging and will likely become commonplace soon. This advancement will significantly enhance decision-making efficiency, as teams can quickly locate evidence within project data through natural language and generative AI prompts.

Taking Steps Toward Data Transformation

Data-based decision-making should be standard practice for construction companies, yet many firms have considerable work ahead before achieving this goal. To approach the data-driven ideal that project managers envision, organisations must implement appropriate technology and develop essential skills throughout their workforce. 

While not everyone needs to become a data specialist, companies must assign relevant roles and responsibilities strategically, which will necessitate significant upskilling. Whether through BIM, new project management techniques, or AI, the industry has numerous opportunities to develop truly data-driven operations.

Written by