About
DUT Call 2026 | Methodology for Equitable Urban Energy Transition
I am an independent urban climate transition and energy systems researcher & practitioner bringing an applied methodology to DUT 2026. The methodology can be readily applied and tested in European cities to identify and prioritise where, for whom and how urban energy transition interventions should be delivered.
I am particularly interested in developing the methodology through the Adaptive Reuse of Existing Urban Structures and Spaces topic under the Positive Energy Districts pathway. It can provide an analytical and decision-support layer for municipalities and local authorities, research institutions, urban planning organisations, building and energy specialists, housing and energy-poverty partners, and monitoring/MRV partners interested in applying, testing, validating and scaling the methodology across contrasting European urban contexts.
The methodology was developed through work on Madrid's urban data and clean heat transition context and is designed as a modular framework that can integrate with complementary technical, research and implementation workstreams.
My professional background as a licensed architect and construction manager, combined with work across energy systems, urban climate policy and technical advisory, brings an implementation perspective to the methodology: connecting territorial evidence with the practical realities of design, procurement, construction, building performance, cost, governance and delivery.
I am open to contributing as an independent participant and to developing an appropriate consortium role with partners as the project takes shape.
Areas of activity
Cross-cutting topic
1. Adaptive reuse of existing urban structures and spaces
15-minute City
2. Align ambitions for mobility transitions across sectors
Circular Urban Economies
2. Innovative maintenance of urban green and blue spaces3. Rethinking urban production for circular and resilient cities
Positive Energy Districts
2. PED solutions in private housing across different urban contexts3. Sustainable PEDs, flexibility in energy systems, and integrated technologies