As we step into 2025, the engineering profession is poised for transformation. Renowned futurist Bernard Marr’s trend forecast highlights global changes and points to the critical role engineers will play in shaping the future. From advanced digital tools to decarbonisation initiatives, these trends are set to redefine how engineers work, think, and innovate:
- The digital revolution accelerates: Advances in artificial intelligence (AI), machine learning (ML), digital twins and automation are driving smarter, more integrated systems. For engineers, these tools will become essentials, not novelties. Building Information Modelling (BIM) exemplifies this shift. Once a design and construction staple, BIM’s integration with AI and digital twins now allows engineers to simulate entire projects in real time, troubleshoot proactively, and optimise metrics like energy efficiency. Staying ahead demands continuous learning. Those who embrace these tools will lead; those who resist risk being left behind.
- Sustainability and decarbonisation: Engineers are central to decarbonising industries. From designing renewable energy systems to developing low-carbon materials, the profession is in the spotlight. In Australia, engineers are advancing sustainability innovations, but the challenge lies in balancing environmental impact with economic viability. Collaboration, not isolation, is now essential for solving complex problems.
- Employee well-being takes the stage: The engineering profession often involves long hours and high pressure. As workplace well-being gains priority, adaptation is crucial. This extends beyond better offices to embedding well-being into project outcomes. Engineers are designing environments that enhance community health, like walkable cities and sustainable housing. Companies neglecting mental health risk losing talent.
- Building resilient supply chains: The pandemic exposed vulnerabilities in global supply chains. Engineers are now creating systems to withstand disruption using real-time analytics, robotics and automation. Localisation and resource efficiency are key. Modular production facilities and optimised materials usage exemplify how engineers can reduce reliance on fragile international networks.
The future is uncertain, but one thing is clear: engineering will be the linchpin in addressing the most pressing issues of our time. Whether adapting to new tools or tackling global crises, the profession’s capacity for problem-solving will define not just its future, but that of the world.
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