Why engineering must evolve to build a sustainable future

Engineering has long driven world progress, however with the booming AI and data centre industry plus ever-increasing scrutiny on climate goals, it now has to be at the forefront of sustainability efforts more than ever before. 

World Engineering Day (March 4) was proclaimed by UNESCO in 2019. Since then, it has drawn the engineering community closer together and brought about a broader appreciation of the profession among politicians, decision makers, businesses, educators and the wider public, while highlighting those whose work so often underpins modern progress without recognition.

Unsurprisingly, engineering is having to keep up with the rapid advancements in technology that we are seeing today. This is no easy task, yet the benefits can be huge if done correctly. 

As AI becomes embedded in many aspects of industry, Chris Lloyd, Chief Solutions & Technology Officer at software provider Syspro, recognises how “real progress will come from applying it within the deep vertical enterprise systems that already run operations, not alongside them”.

“In engineering environments, context matters,” he explains. “When AI is embedded within a trusted operational context, it can move beyond analysis to support coordinated, explainable and auditable decisions aligned to enterprise goals. That is where the shift becomes meaningful. As opposed to AI systems operating in isolation, intelligence must work inside the systems that manage how organisations buy, make, move and sell.”

Human context

The human context is equally important according to Lloyd. “AI delivers value when it supports engineers. Building on their expertise, it can surface risk earlier and coordinate actions faster whilst operating within defined guardrails. 

"And by utilising real-life context within AI systems, every recommendation made is transparent, every automated action is traceable, and every AI-powered decision remains accountable. In complex engineering environments, success will not be defined by algorithms alone, but by how effectively intelligence operates within a trusted operational context.”

AI is not the only technological advancement being seen in engineering however – things such as smart robotics are shaking up the industry too. 

Have you read?
Engie boss MacGregor reveals gender diversity backlash fears
Advancing digital skills in wind and energy systems

Volker Spanier, Head of Manufacturing Solutions at technology company Epson EMEA, discusses this impact. “Today we are witnessing another profound transformation, one where diversity, technology, and sustainability intersect to shape the next generation of industry.”

“With robotics advancing rapidly, we are entering a new era in which machines are no longer rigid, single-task tools. Instead, they are flexible, reprogrammable partners – cobots designed to collaborate with people across a wide range of roles. Far from replacing workers, these intelligent systems take on repetitive or hazardous tasks, freeing people to focus on creative, strategic, and value-adding work. 

"This evolution not only enhances productivity but also helps create safer, more inclusive workplaces that attract a wider talent pool into the sector. The increasing accessibility of smart robotics, with simpler software, increased affordability, and designed to be more reusable, means UK engineers and manufacturers of all sizes can embrace automation. Together, people and technology can build a more sustainable, prosperous, and resilient UK economy.”

Working for sustainability

When it comes to sustainability, engineering plays a crucial role. Climate change and net-zero targets can be achieved through focusing on renewable energy and creating more sustainable infrastructure across the industry.

Mounir Boemond, Director of Sustainability Segment at industrial software multinational AVEVA, highlights how the digitalisation of engineering process is reshaping how energy leaders are approaching sustainability. 

“Technologies such as digital twins and real-time analytics allow engineers to understand how assets perform over their full life cycle, extending operational life and guiding investment towards lower-carbon choices and extending operational life, while also giving operators the confidence to integrate renewables at scale. 

"This shift highlights how the energy transition continues to evolve, combining traditional problem-solving with digital capability to deliver infrastructure that is both reliable and environmentally responsible.”

Also of interest:
What's the biggest workforce challenge facing the energy transition?
Enlit's 2025 industry report, Making it Work: Tackling the energy transition workforce challenge

Boemond highlights that AI-driven insights, via agnostic data platforms help to support the analysis of performance data more efficiently. 

He continues: “This blend of digital insight and physical infrastructure reflects the essence of modern engineering practice, where efficiency underpins progress and sustainability goals are translated into practical solutions. World Engineering Day offers a moment to recognise engineers working across software, data, and field operations, whose collaborative efforts are enabling resilient energy systems and helping organisations to continue progressing steadily through the energy transition.”

Women in engineering

With emphasis often placed on technology and sustainability investments, there can be a lack of focus on diversifying the workforce.

Today, women make up just 16.9% of the UK’s engineering and technology workforce. Instead of looking at this as a lack of capability, it should be treated as an opportunity, says Claire Hu Weber, Vice President of International Markets at acoustic imaging technology specialists Fluke. “Engineering isn’t just about technology; it’s about possibility. It connects people, transforms industries, and shapes the future,” she says.

She adds: “If we want engineering to power a truly sustainable future, we must widen access to it. Imagine the ideas, creativity and breakthroughs we could unlock if more young women were given that early spark. Engineering builds what’s next. The more talent behind it, the greater the impact.”

Article compiled by Touchdown PR.