White paper
6 Benefits of Digital Engineering
Explore how leading with a digital-led solution can extend structural lifespan and unlock new value for engineers, asset owners and key stakeholders.
Download your copy of our free resource
What is digital engineering?
Digital engineering is the process of capturing, creating and monitoring built assets by integrating data with emerging digital solutions.
From 3D models to AI-powered defect detection, today's engineers are enhancing their workflows by using digital solutions to identify, monitor and report on assets within an interactive virtual environment.
The digital information stored provides a significant advantage and can be utilised across the full asset maintenance lifecycle.
Our white paper explores how digital 3D software solutions can unlock value for engineers while optimising internal processes, mitigating risks, and expanding work remits.
Quality data
to identify potential risks ahead of time, and unlock predictive maintenance capabilities.
More coverage
with minimal safety risks and less repeat site visits.
Build trust
20/20 reporting and digital workflows that unify teams.
Integrate
with existing systems such as BIM, SAP, ESRI GIS.
Data-led evidence supports engineers and key maintenance decisions
The unique challenges associated with maintaining infrastructure – safety risks, financial restrictions and increasing ESG pressures – are changing asset expectations, alongside a worldwide resource shortage.
Engineers Australia has reported “our greatest-ever engineering skills shortage,” with more than 50,000 engineers required to deliver a growing infrastructure pipeline that includes net-zero objectives and a wider technology adoption push.
The rise of digital twin software has provided a practical and competitive solution, supporting engineers in their process by using accurate data to identify, monitor and report on their assets with assurance and accuracy.
Why we're a co-pilot for engineers
Trendspek minimises the need for dangerous asset capture, and through secure collaboration, in-model mark up, measurement and interactive reporting, enables more collaborative and accurate structural lifecycle management.
