Artificial intelligence is rapidly reshaping global energy demand. The World Economic Forum projects that data centre spending will reach 1.1 trillion dollars by 2029, mainly driven by AI-related electricity and compute needs. The surge in generative AI is already putting real pressure on electricity grids and on sustainability targets.
At the same time, it presents a huge opportunity. If we do it right, AI-driven clean energy investments can strengthen power systems for everyone, creating grids that are more resilient and efficient.
This approach is embedded in the development of the Master’s in Advanced Energy Systems and AI, created as part of AI4GreenDeal, an EU-funded project advancing the use of artificial intelligence and data to drive a more sustainable and resilient energy future.
To make that happen, the world needs people who understand energy systems in depth and know how to use digital tools, data, and AI to solve real problems. This is precisely how the InnoEnergy Masters+ prepares its students for the future of the energy transition.
“The energy and digital transitions are deeply connected.”
The Master’s in Advanced Energy Systems and AI is designed for students who will work at the intersection of engineering, data and intelligence. Essentially, it touches on all the areas that will shape the future of the energy transition.
As Frank Gielen, Director of InnoEnergy Masters+, explains: “The energy transition and the digital transition are deeply connected. They are two sides of the same coin, and this new master’s program sits exactly at that intersection.”
As distributed energy systems grow and digitalisation expands across every layer of the value chain, this intersection has become the defining environment for future energy careers. Engineers will need fluency in modelling, forecasting, optimisation, and intelligent control, alongside strong foundational knowledge of power and thermo-mechanical systems.
Programme Coordinator Fereshteh Poormohammadi describes the intent of the programme clearly: “This master’s programme is at the forefront of energy innovation. It focuses on the transformative potential of artificial intelligence and digital technologies in the energy sector. You will explore how AI can optimise energy use, enable advanced electrification and drive applications such as the energy sector, EV charging and demand side management.”
Students are therefore trained not only to understand advanced energy systems but to design them for a world where intelligence is built into every component
Working on real-world challenges from shareholders and startup companies
InnoEnergy Masters+ has been built as a learning ecosystem rather than a traditional academic programme. Students work on real industry challenges, connect with hundreds of partners and gain insight directly from those building the future of Europe’s energy systems.
Gielen emphasises the importance of this immersive programme: “You will not have to wait until you graduate to have some impact. You will work on real-world challenges from our shareholders and our startup companies throughout the program.”
Through this immersive experience, students see how AI, data and energy are already being used to model systems, forecast renewable generation, optimise consumption and support complex decision-making.
For Emily Larson, a student in the Sustainable Energy Systems Master’s Programme, this exposure has been one of the most meaningful parts of the programme.
“It’s been really fantastic because we have consistently had lots of opportunities to meet startup companies within the InnoEnergy portfolio, as well as other companies within the renewable energy ecosystem. I’ve really enjoyed that opportunity not only to learn about these companies but to participate directly with them through hands-on projects and hackathons.”
These interactions allow students to prepare for the future of the energy transition actively.
“You can transform the society we are living in.
Manuela Paris, a Renewable Energy Masters+ student, also expressed how the InnoEnergy ecosystem helped her connect with real career opportunities and industry projects in this sector: “Last year, I was doing an internship with Schneider Electric. It was amazing seeing how the master’s perspective on businesses and companies merges into real-life experiences with real companies like Schneider. It was nice seeing how sustainable companies bring sustainable products to the market because I was working with the sales team, and you see how the perspective of the private company and the energy ecosystem merge.”
Her experience illustrates the programme’s aim to close the gap between academic learning and real-world work.
Manuela explains: “It gives you real-life experiences. It shows you, besides the technical part that we all learn in uni, how you can put what you are learning in your master’s into real-life companies and how you can drive this change into real-life ventures so that you can transform the society we are living in.”
Developing the Mindset for an AI-Driven Energy Futu
Technical knowledge is foundational, but the ability to apply it with an analytical, structured mindset is what the modern energy sector demands.
Innoenergy Masters+ alumni Francisco Giacometto, now a CEO active in AI innovation, describes the thinking required of future engineers. “The usual route for any engineer entering artificial intelligence or machine learning is to have a well-organised mind. You need to understand the problem, the context and the objectives of the stakeholders.”
This ability to shift between technical detail and system-level understanding is exactly why the Master’s in Advanced Energy Systems and AI integrates entrepreneurship and multidisciplinary project work. Engineers must be able to explain, translate and apply intelligence in ways that accelerate sustainable change.
A Community Built for What Comes Next
Beyond the curriculum and project work, students become part of a community that continues far beyond graduation. The Masters+ network spans industries and career paths, creating connections that shape opportunities for years to come.
Emily describes this sense of support clearly: “You are not only studying. You are getting insights, connections and direct experience with real companies.”
This network gives students the confidence needed to build meaningful careers in an industry undergoing rapid transformation.
Preparing the Leaders of Tomorrow
AI is now a core driver of the systems that will deliver future resilience and sustainability. Engineers who understand both the physical system and the intelligent layer that controls it will be essential.
The InnoEnergy Masters+ prepares students for the future of the energy transition and equips them with the technical capability, digital fluency, industry exposure and human skills to lead in this sector.
