Why Geospatial Innovation is a Must for Sustainable Development: A Q&A with Sam Griffiths

We're living in the era of digital disruption, and we need bold digital and technology leadership now more than ever before. Leading this change demands knowledge, imagination, new thinking, an appetite to reinvent and the courage to challenge conventions.

In this series, we're celebrating our team of digital and technology specialists and visionaries, spearheading the development and delivery of our technology-forward solutions for smarter working and better living in Asia Pacific and the Middle East.

For this feature, we caught up with Digital Solutions Market Lead and Principal Surveyor in the Australia and New Zealand (ANZ) region Sam Griffiths, to discuss how digital technologies like Building Information Modeling (BIM) and digital twins are making the Architectural Engineering and Construction (AEC) industry ready for the digital age, the real value of geospatial data and why geospatial intelligence is indispensable for the digital economy.

Let's get to know Sam:

Hi Sam! You have been with Jacobs for over ten years, so tell us a bit about your career background and role at Jacobs.

As a geomatics graduate, I started with Sinclair Knight Merz (SKM) in 2004 across both geospatial and survey disciplines. I was fortunate enough to have the opportunity to travel and work across a range of overseas projects. From there, I joined the geophysical exploration industry, working globally on primarily offshore projects, before coming back into the scientific Earth Monitoring community with Geoscience Australia.

While loving the technical challenges within the surveying and spatial community, I did have a particular interest in business management and a desire to get back into the consulting landscape. So, I moved back to SKM in 2011, which was later acquired by Jacobs. Since returning I've gradually gravitated toward market and business development-type roles, which I thoroughly enjoy.

Why are geospatial technologies crucial for the digital transformation of the infrastructure industry, and how can they facilitate sustainable development?

Geospatial information, and its analysis, provide an essential reference frame to better relate to and adopt digital information. If that sounds broad, it's because it is meant to be, as digital success - whether it be in an engineering or operational and maintenance focus - is enhanced by geospatial technologies. You only need to refer to the many technological progression examples to see that the future vision of "digital"' is tied to the reality in which it exists.

Geospatial technologies and the infrastructure supporting positioning have quickly come a long way. We've been ahead of the curve somewhat - and now digital systems, computing power and adoption are catching up and leveraging the benefits of reality capture and spatial analysis. The infrastructure industry is realizing these benefits within contexts such as digital engineering, where geospatial information is more manageable to assess against the full complement of an infrastructure asset's life cycle (i.e., plan, design, construct, maintain and decommission). This makes questions relating to sustainability through asset life cycle far easier to address, as you can relate any number of parameters via a standard reference frame within a common data environment.

How have digital technologies like BIM and digital twins made AEC industry ready for the digital age?

There has been an increasing convergence of capabilities as these technologies have matured over the last 15 years.

While admittedly, BIM and digital twins can be described in many different contexts, the overarching trend is the adoption of digital capabilities (visualization, real-time, analytics and scenario modeling) within a common platform. Most BIM and digital twin implantation measures capture a few of these capabilities. Still, as the technology curve continues to train, we are starting to see the actual end-to-end environment envisioned.

This can serve both broad and detailed functions by bringing many disciplines together in an interoperable way.

For example, within a design/construct focus, such platforms can greatly enhance quality assurance, project delivery staging, safety and value. Applied more broadly and at a larger scale, these platforms remove silos and create opportunities to deliver projects with greater awareness of social, environmental and economic measures.

All this is very exciting, even if we are all a little buzzword fatigued for now.