EC1 - Deep-Tech Driven Energy Transformation
Credits
Semester
Delivery
Duration
Language
About This Course
What You Will Learn
Deep-Tech Energy Systems
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Smart grids and renewable energy architectures
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Energy flexibility and distributed systems
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Digital twins for energy optimisation
Digital Technologies for Energy
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AI, IoT, and edge computing in energy systems
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Data-driven forecasting and predictive maintenance
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Integration of digital infrastructures
Sustainable & Inclusive Energy Transition
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Energy justice and equitable access
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Human-centred energy systems design
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Environmental and governance challenges
Your 13-Week Journey
Week 1 – AI in Energy Systems: forecasting, optimisation, and predictive maintenance
Using AI to improve energy forecasting, grid efficiency, and predictive maintenance in smart energy systems.
Week 2 – Smart grids for low carbon emissions
Week 3 – Net Zero Energy Buildings
Exploring technologies and strategies for achieving net-zero energy performance in buildings.
Week 4 – Renewable Energy Communities
Week 5 – Energy Flexibility
Analysing demand–response and digital solutions for optimising energy consumption and grid performance.
Week 6 – Human factors in sustainable industrial ecosystems
Week 7 – Smart materials and embedded sensing for lifecycle management
Using smart materials and sensors to monitor performance and enable predictive maintenance.
Week 8 – IoT and edge computing for sustainable industrial ecosystems
Week 9 – Energy justice and the social dimensions of energy transition
Week 10 – Technology, circularity and the future of urban infrastructure
Week 11 – Energy grids as networks of interconnected digital twins
Understanding digital twin ecosystems for energy sharing, optimisation, and system coordination.
Week 12 – Use of digital twins and AI for modelling cyberphysical systems in the energy domain
Applying AI and digital twins to model, optimise, and manage complex energy systems.
Week 13 – AI-Powered digital twins for sustainable energy systems
Leveraging AI-driven digital twins to enhance performance, efficiency, and sustainability.
Skills You Will Gain
Data-Driven Energy Design
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Designing AI-powered energy solutions
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Building IoT and data-driven systems
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Applying predictive maintenance strategies
Circular & Sustainable Energy Strategy
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Evaluating renewable energy systems
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Integrating circular economy principles
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Optimising resource efficiency
Strategic & Ethical Innovation
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Leading energy transformation projects
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Balancing innovation and regulation
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Managing sustainability and social impact
Get exclusive news
EU-iNSPIRE
The EU-iNSPIRE project revolutionises higher education in cybersecurity, artificial intelligence, and cyber insurance by developing new interdisciplinary master’s programmes and specialist pathways. EPBS leads the design of learning paths, student funding mechanisms, and open-call processes, helping to build Europe’s next generation of digital security leaders.
Role of EPBS:
GIORGOS DEMETRIOU
Giorgos Demetriou is a senior executive with over two decades of experience in European defence, security policy, research, and innovation. He has held leadership roles at the European Defence Agency, ENISA, and the European Parliament, where he co-led the EU’s Strategic Research Agenda and drove key initiatives on Emerging and Disruptive Technologies. As Associate Dean of Research and Innovation at École des Ponts Business School, he leads the school’s research strategy, oversees major EU-funded projects, and fosters international and industry partnerships. Giorgos holds a Doctorate in Business Administration, an MBA, and an Executive Master’s in International Politics. He has managed over €40 million in EU research funding, published widely, and supports Cyprus’s preparation for the 2026 EU Presidency.
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Nationality - Cypriot
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Languages - English, Greek
3D-Circular
3D-CIRCULAR is a pan‑European initiative dedicated to powering the EU’s twin green and digital transition by closing the skills gap. Through an ambitious alliance of industry and research partners, the project is designing next‑generation master’s and doctoral programmes, as well as certification pathways that blend deep‑tech innovation with circular‑economy principles. This new educational ecosystem will reskill and upskill young talents and seasoned professionals alike, ensuring Europe’s workforce can drive sustainable growth and lead the digitally native circular economy of tomorrow.
Role of EPBS:
ANTRI CONSTANTINOU
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Nationality - Cypriot
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Languages - English, Greek
HERNAN RUIZ OCAMPO
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Nationality - Bolivian
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Languages - English, Spanish, French
Vlatka KATUSIC
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Nationality - Bolivian/Croatian
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Languages - English, Spanish, French, Croatian
panagiota savva
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Nationality - Cypriot
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Languages - English, Greek
sofia hamika
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Nationality - Latvian
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Languages - English, Russian, Latvian
chrysostomos dimitriou
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Nationality - Cypriot
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Languages - English, Greek
PANAYIOTA karanicola
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Nationality - Cypriot
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Languages - English, Greek
Sofia alexaki
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Nationality - Greek
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Languages - English, Greek
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Nationality - South African
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Languages - English, Afrikaans
Elena altani
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Nationality - Greek
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Languages - English, Greek
Small heading 4
Hernan Ruiz Ocampo is a senior researcher and project manager with expertise in circular economy, sustainable water management, and EU-funded project implementation. He has coordinated large-scale European projects focused on business modelling, curricula design, course development, dissemination, and research exploitation. Hernan holds a PhD in Process and Bioprocess Engineering, two MSc degrees in Chemical and Biological Engineering and in City and Urban Environments, and an MBA in Innovation Management. He is also pursuing an Executive DBA. He has authored peer-reviewed publications on water treatment, big data applications, and the circular economy, and regularly presents at international conferences. At EPBS, Hernan serves as a Principal Research Development and Implementation Expert, where he coordinates EU-funded projects, leads research proposals, and develops applied research outputs connecting sustainability, innovation, circular economy, and digital transformation.
Advancing the Circular Economy Transition
The Circular Economy Research Center (CERC) supports the shift from a linear “produce-consume-waste” model toward circular, sustainable, and innovation-driven systems. Through research, education, and collaboration with academic, industrial, and institutional partners, CERC helps transform circular economy knowledge into practical impact.
Why it Matters
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Helps organizations reduce waste and rethink resource use.
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Supports the development of sustainable and circular business models.
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Connects research with real-world economic and environmental challenges.
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Contributes to long-term resilience and responsible innovation.
Strengthening Cybersecurity Capacity and Resilience
INSPIRE — Internet Security, Privacy, Intelligence & Resilience — connects the technical, policy, and business dimensions of cybersecurity. The lab focuses on market-driven cybersecurity capacity building, skills development, cyber threat intelligence, AI and cybersecurity, privacy-enhancing technologies, cyber ranges, certification, and EU cybersecurity policy.
Why it Matters
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Helps address the growing cybersecurity skills gap.
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Supports organizations in building stronger digital resilience.
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Connects cybersecurity technology with business, policy, and regulation.
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Contributes to safer, more trusted digital ecosystems.
Driving Innovation in Health and Social Impact
The Smart Health & Social Innovation Lab brings together digital health, sustainability, social innovation, business, and policy to support healthcare transformation. SHSI explores e-health solutions, circular economy principles in healthcare, and social economy initiatives that can improve community well-being.
Why it Matters
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Supports smarter and more inclusive healthcare innovation.
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Promotes sustainable approaches to health systems and services.
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Connects digital health, social impact, business, and policy.
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Contributes to healthier communities and more resilient care models.
