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Building the Future on Mars: Lessons from Cities and Extreme Environments
What if the first cities beyond Earth don’t begin as cities at all, but as infrastructure?
In this talk, architect Daniel Inocente explores how the design logic behind cities, extreme environment research stations, and contemporary architecture can inform the next era of human settlement on Mars. Drawing parallels between urban growth on Earth and habitats in Antarctica, the presentation reframes Mars bases not as isolated buildings, but as evolving, interconnected ecosystems of energy, life support, mobility, and communications.
Beginning with early Mars landing vehicles that double as temporary shelters, the talk traces a clear trajectory: from provisional habitats dependent on resupply, to modular systems that introduce redundancy, adaptability, and specialization, and ultimately to networked settlements that resemble the infrastructural DNA of cities. Case studies from Antarctic stations reveal practical lessons in modular construction, maintenance access, human well-being, and long-term resilience under extreme conditions.
Key themes include modularity as a survival strategy, designing for maintenance across vast supply chains, the role of controlled environments and human-centered interiors, and the architectural implications of in-situ resource utilization. The talk also examines hybrid energy systems, microgrids, mobility platforms, and logistics hubs as the connective tissue that will allow Mars settlements to grow and adapt over time.
Rather than treating Mars architecture as a purely technical problem, this presentation positions it as a continuation of architectural practice itself and one that must balance engineering, sustainability, and human experience. By looking to cities and extreme environments on Earth, the talk argues that the principles shaping resilient communities today will also shape humanity’s first lasting foothold on another planet.
Mars, in this view, is not an architectural exception, it is architecture’s next frontier.
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