Connecting systems thinking and stakeholders through design to help sustainability transitions scale
I’m a transdisciplinary professional working at the intersection of urban innovation, environmental governance, and systemic design. My background spans Europe and Latin America, where I’ve developed expertise in translating between research, design, and policy to unlock sustainable transitions.
I solve complex problems by understanding real constraints and identifying where leverage exists in a system. Rather than applying generic solutions, I design, implement, and measure interventions that work within actual governance structures, stakeholder dynamics, and material realities. This requires moving between disciplines and engaging people from all sorts of backgrounds and specializations.
My work across México, France, and the Netherlands has taught me that systemic change happens when you see problems at multiple scales simultaneously and create conditions for different actors to collaborate. I’m driven by the challenge of turning complex sustainability and governance problems into tangible, measurable outcomes.
How do you mobilise diverse groups around complex, uncomfortable urban challenges? This thesis used toxic tours in Amsterdam’s Red-Light District to turn waste (a problem people avoid) into a shared object of inquiry, demonstrating how designed experiences can shift collective understanding from individual responsibility to systemic accountability.
A collaborative field investigation into waste perception and management in De Wallen, Amsterdam. Working with residents, workers, and municipal stakeholders, the project produced a system map and typology matrix that gave policymakers a visual tool to understand how the waste system actually operates on the street, bridging the gap between designed infrastructure and lived reality.
A spatial and institutional analysis of burial infrastructure in Amsterdam, examining how urban planning decisions embed cultural hierarchies and remove death from everyday life. The work maps the intersection of religious belief, logistical operations, and colonial inheritance embedded in how cities manage bodies.
A decolonial approach to infrastructure and technological development, centring non-Western knowledge systems as legitimate frameworks for niche innovation and sustainable transitions.
An alternative housing model for young professionals navigating oversupplied office space and inaccessible permanent housing in one of the world’s largest cities. The research identifies where the system has slack and proposes a typology that works within it.
A year living inside Paris’s CLJT social housing model became the foundation for a research argument: that affordable, transit-integrated housing for young professionals in transition can be a replicable urban strategy with direct implications for Mexico City.
An analysis of collective housing models in Mexico City, examining how shared spaces within residential typologies can function as tools for social change.
An entrepreneurial venture rethinking public transit as social infrastructure. Combining physical tokens with a digital engagement platform, the project used GIS analysis, structured interviews, and iterative prototyping to design a scalable, human-centred product that transforms commuter waiting time into opportunity for connection.
Parametric design meets unskilled labour. This project developed a digital definition for a timber structure that allowed multiple configurations to be evaluated with the client, then translated into construction documentation legible to builders without technical training, closing the gap between design intent and built reality.
A material and spatial design project exploring how intangible brand values such as wine heritage, wellness, sensory coherence, are translated into physical systems. An exercise in understanding how technical decisions at the material scale produce measurable outcomes at the experiential scale.
A non-linear research process integrating digital experimentation and physical prototyping within a tensegrity structural system, developed as a graduation project exploring how structural instability can be harnessed as a spatial and experiential quality.
A workshop-based structural research project culminating in a programmed woven structure weighing under 15kg that passed a load test of over 500kg with eight participants. The piece is the result of iterative exploration across shell structures, pneumatic systems, and catenary geometries using henequén fiber, fabric, concrete, and aggregates.
A collective taxonomy of over 100 fabric-formed concrete pieces generated within a shared constraint (an 80×80×20cm wooden frame) and evaluated as a grammar for structural aggregation. The research demonstrates that structural outcome is not determined by boundary conditions alone, but by the internal logic applied to them.
Chuck Close doesn’t paint faces, he executes systems. This project abstracted the rule-based logic of his creative process and translated it into a parametric Python definition, generating outputs whose complexity exceeded what manual tools could produce. Its an exercise that moves from designer to system-builder, and lets the system do the designing.
Thanks for stopping by! I’m always open to new ideas, and good conversations