As geospatial information becomes critical for modern AEC (Architecture, Engineering, and Construction) projects, it raises a crucial question: who is measuring the measurement? The demand for accurate, reliable geospatial data is growing, yet the industry lacks standardised measurement practices. Here, Chief Strategy Officer, Ray Murphy, explores why measurement standards are essential for AEC professionals and how they can improve project outcomes.
Why Geospatial Standards Matter in the AEC Industry
The importance of geospatial data in construction and infrastructure projects cannot be overstated. The UK’s 2020 geospatial strategy recognised the enormous value of location data, forecasting significant contributions to the economy. Since then, the industry has seen rapid growth, with over 30 new geospatial companies established in the UK alone. However, for a sector so reliant on accuracy and precision, a lack of measurement standards could jeopardise data quality and project success.
The Challenge of ‘Bad Data’ in Construction
Why are measurement standards critical in the AEC industry?
One key issue is the prevalence of ‘bad data’—information that is inaccurate, incomplete, or inconsistent. According to Autodesk, 32% of construction data in the UK results in poor decisions 31% of the time, and the problem is even more severe in Ireland. In today’s fast-paced construction landscape, bad data can lead to misunderstandings, costly mistakes, and project delays.
What are the Consequences of Poor Geospatial Data?
Bad data can lead to incorrect decisions at critical stages of a project, often causing delays, cost overruns, and safety risks. For instance, trusting inaccurate measurements can result in design errors, material waste, and misaligned structures. It’s like navigating a city with an outdated map—you’re bound to make wrong turns.
Setting the Standard: Why the AEC Industry Needs Geospatial Measurement Standards
Measurement standards in the geospatial sector are essential for ensuring data accuracy and reliability. Just as the food industry has quality checks to ensure safety, geospatial data needs similar standards to validate its quality. Having recognised, authoritative standards would restore confidence in geospatial information, reduce errors, and enhance project outcomes.
What is Geospatial Management, and How Can It Reduce Costs?
Geospatial management consolidates and standardises the handling of data, reducing the cost and effort of geospatial activities. This approach eliminates redundancies, ensures consistency, and minimises the financial impact of errors. By enforcing standards and best practices, geospatial management acts as a safeguard, ensuring that measurements are correct and reliable. Read more about Understanding Geospatial Management and Its Importance in Your Projects.
GeoCERT®: A New Era of Geospatial Standards
GeoCERT® is leading the charge in setting geospatial measurement standards within the AEC industry. This innovative system integrates people, processes, and technology to provide geospatial certainty. By leveraging AI and real-time data insights, GeoCERT® aims to revolutionise how geospatial information is captured, validated, and used, both during and after construction.
In an industry that values precision, it’s time for the AEC sector to set its own geospatial measurement standards. Ensuring the accuracy of data used in construction is not just a technical necessity—it’s a strategic imperative. By establishing clear, authoritative standards, AEC professionals can reduce risks, cut costs, and build a more sustainable future.