Why Every Job is a Digital Job: The Case of Energy Engineering

Publication date: April 14, 2025

Author: Magda Vanzetto, Switzerland . Discover Magda’s career journey here

Let’s face it: you might still be thinking that energy engineering is all about climbing ladders, adjusting valves, and perfecting your hard hat look. And while those tasks are certainly part of the gig, we now live in the digital age—and energy engineering is no exception to the digital revolution. 

 Imagine this: you’re standing in front of a big, complex building, ready to make it greener, more efficient, and cost-effective. Sure, it’s crucial to spend time on site and witness the reality of the structures we aim to optimize. You want to see those flickering lights firsthand and feel the draft coming through the windows. But here’s the twist—before you even step foot on site, you’re probably staring at a screen.  

Digital technologies have transformed energy engineering into a high-tech superhero.

From simulation software to Building Information Modeling (BIM), digital tools allow us to visualize, analyse, and predict the behaviour of buildings without breaking a sweat. By mastering these tools, engineers can identify inefficiencies, forecast potential issues, and optimize the energy performance of buildings before the first wrench is turned. 

 But wait, there’s more! Keeping up-to-date with digital tools isn’t just a good idea; it’s fundamental. In this ever-evolving field, new software and technologies emerge faster than a cat chasing a laser pointer. If you don’t stay current, you might find yourself using outdated methods while your colleagues zoom ahead with the latest innovations. 

 Take the example of energy simulations. Advanced software can simulate thermal performance, lighting, HVAC systems of a building combining supply and demand in various scenarios. You can play out “what if” games from your desk—what if we install solar panels? What if we upgrade piping insulation? The answers are there, digitally mapped out, saving you time, money, and countless site visits.  

Moreover, digital tools facilitate collaboration. With cloud-based platforms, engineers can share, edit, and discuss plans with stakeholders in real time, no matter where they are. Gone are the days of mailing blueprints or struggling with email attachments. Collaboration is now much smoother.  

So, while energy engineering still involves hands-on work, the heart of the profession beats in sync with digital technology. Mastering and updating digital tools is not just an option; it’s a necessity. Embrace the digital realm, and you’ll not only make buildings more efficient, but also ensure you stay ahead in this dynamic and exciting field.  

In conclusion, every job is indeed a digital job—even energy engineering. So, grab your tablet, your software manuals, and your curiosity—it’s time to engineer the future, digitally!