Design All Worlds Workshop: Where Radical Play Meets Real-World Systems Change

What Is the Design All Worlds Workshop?

The Design All Worlds Workshop (DAWW) is not a conference, festival, or retreat—it is a 12-day, residential systems design laboratory founded in 2013 by Dr. Elena Vargas (formerly of MIT Media Lab and Universidad Autónoma de Zacatecas) and industrial designer Kenji Tanaka (ex-Sony Design, co-founder of Tokyo-based studio Nōkō). Held every October in San Juan Mixtepec, Oaxaca, DAWW brings together 24 participants selected from over 1,200 global applicants. Unlike mainstream design summits, DAWW forbids laptops during core sessions, mandates daily manual labor (e.g., adobe brick-making, rainwater harvesting system assembly), and requires each cohort to co-design and physically construct one functional, community-integrated infrastructure prototype before departing. Since inception, 197 participants from 42 countries have completed the workshop; 83% report applying their DAWW-developed frameworks in professional practice within six months.

A Pedagogy Forged in Material Reality

DAWW’s curriculum rejects abstract ideation in favor of what its founders term 'ground-truth prototyping.' Every day begins at 5:45 a.m. with a 45-minute silent walk across the 14-hectare site—comprising terraced agave fields, a restored 18th-century aqueduct, and three repurposed colonial-era stone buildings. Instruction occurs in three modes: material labs, systems mapping sprints, and co-production cycles. In material labs, participants work with locally quarried volcanic rock (tezontle), hand-mixed lime plaster (cal y canto), and native timber species like copal and oyamel. Each material is tested for compressive strength, thermal mass, and water absorption—data logged in standardized ASTM C177 (thermal conductivity) and ASTM C39 (concrete compression) formats.

The Four Pillars of Practice

DAWW operates through four non-negotiable methodological pillars:

• Embodied Constraint: Participants wear handwoven maguey-fiber aprons and use only tools manufactured onsite—no imported steel, no power tools. The workshop’s blacksmith forge produces all hammers, chisels, and trowels using recycled scrap iron smelted at 1,200°C in a charcoal-fired bloomery.
• Temporal Bracketing: No digital clocks are permitted. Timekeeping relies on calibrated sundials (accuracy ±2.3 minutes) and seasonal star charts updated biannually by Oaxacan astronomer Dr. Marta López.
• Reciprocal Accounting: Every kilogram of material moved, liter of water diverted, or square meter of surface finished is logged in a shared ledger. At week’s end, participants reconcile totals against pre-established ecological carrying capacity thresholds—for example, the site’s annual groundwater recharge rate of 182 mm/year, measured via USGS-standard piezometers installed in 2016.
• Non-Hierarchical Authorship: Final prototypes bear no individual names—only the cohort year (e.g., 'DAWW 2023') and the Mixtec place-name of the installation site (e.g., 'Tlachinol Tlalli' meaning 'burnt earth field').

Site Infrastructure: Architecture as Curriculum

The workshop takes place on a former communal ejido parcel purchased in 2011 for MXN $420,000. Its built environment was co-designed with elders from San Juan Mixtepec and constructed between 2012–2014 using exclusively local labor and materials. Key structures include:

• The Tlachihualtepetl Pavilion: A 12-meter-diameter circular structure with load-bearing walls of rammed earth (density: 1,850 kg/m³; compressive strength: 2.1 MPa) and a thatched roof of dried zacatón grass (Thysanolaena maxima), providing U-value of 0.28 W/m²K.
• The Yutu’u Hydrologic Lab: A 32-meter-long, gravity-fed water channel replicating the historic Mixtec tlachiquiliztli irrigation system, lined with hand-cut basalt slabs (thickness: 12 cm; slope: 1.7%). It delivers 4.2 L/sec to three raised-bed gardens growing amaranth, quelite, and epazote.
• The Ku’xan Suum Archive: A climate-controlled, passive-cooling vault built into a limestone outcrop, maintaining 18–21°C and 45–55% RH year-round without mechanical HVAC—verified by Onset HOBO U12 loggers deployed since 2015.

Energy and Resource Flows

DAWW runs entirely off-grid. Its energy infrastructure includes:

1. A 12.4 kW solar array (Canadian Solar CS6X-305P panels, tilt angle 18°, azimuth 185°) mounted on a tracked east-west axis, generating 18,720 kWh annually (measured by Fronius Symo 15.0-3 inverter).
2. A 48V DC microgrid powering LED task lighting (Philips Fortimo 2400 lm modules, 120 lm/W efficacy), two refrigerated composting toilets (Clivus Multrum CM-9, retention time 14 days), and a single induction cooktop used solely for food preservation demonstrations.
3. Rainwater harvesting: Three ferrocement cisterns (total capacity 42,000 L) collect runoff from 387 m² of roof surface. Annual yield averages 29,100 L (based on INEGI 2020–2023 Oaxaca precipitation data: 920 mm/yr).

Participant Profile and Selection Rigor

DAWW does not accept applications—it issues targeted invitations. Since 2018, selection has been managed by an algorithm co-developed with the Santa Fe Institute that weights five criteria: proven experience in material fabrication (35%), demonstrated systems literacy (e.g., published causal loop diagrams or stock-and-flow models; 25%), fluency in at least one Indigenous Mesoamerican language (15%), documented engagement with land-based reciprocity practices (15%), and absence of corporate affiliation in the prior 36 months (10%). Of the 2023 cohort, 42% were Indigenous practitioners (11 Nahua, 4 Zapotec, 3 Maya, 2 Mixe), 29% were civil engineers or agronomists, and 29% came from arts-based research backgrounds. Average age: 38.7 years. Gender distribution: 54% women, 44% men, 2% non-binary.

Pre-Workshop Preparation

Invited participants receive a 72-page ‘Grounding Packet’ six months in advance. It includes:

• A geological survey of San Juan Mixtepec’s subsoil composition (clay loam, 28% sand, 42% silt, 30% clay; CEC: 24.6 meq/100g)
• Transcripts of oral histories recorded with seven local elders (in Spanish and Ñuu Savi)
• A kit containing 12 samples of regional building materials, each labeled with ASTM test IDs and spectral reflectance values (measured via Konica Minolta CM-700d spectrophotometer)
• A set of 24 hand-carved wooden tokens representing Mixtec cosmological principles (e.g., Yya = wind, Dzavui = rain, Tlachi = fire)

Participants must complete three mandatory pre-workshop tasks: map one local waterway using OpenStreetMap and QGIS 3.34, fabricate a 1:20 scale model of a traditional Mixtec chicahual (stone foundation) using only provided materials, and submit a 500-word reflection on ‘the weight of a cubic meter of soil’ grounded in personal agricultural or construction experience.

Prototype Development: From Concept to Load-Bearing Structure

The central output of each DAWW session is a fully functional, community-adopted infrastructure prototype. Since 2014, 11 prototypes have been completed and remain in active use. Each undergoes third-party structural validation by the Oaxaca State Engineering Council (COEAO) and meets Mexican Official Standard NOM-002-CFE-2018 for low-voltage installations. Prototypes are designed to serve dual purposes: immediate utility and pedagogical demonstration. For example, the 2022 ‘Tlaxcalantli Solar Still’ purifies 18 L/day of brackish groundwater while teaching thermodynamic phase-change principles through observable condensation patterns on its 2.4 m² sloped glass cover (float glass, 6 mm thickness, solar transmittance: 89.2%).

2023 Cohort Prototype: The Xipe Totec Rain Garden

The 2023 cohort designed and built the Xipe Totec Rain Garden, a 120 m² bioswale integrated into the village’s main access road. It diverts stormwater from 1,420 m² of impervious surface and filters 92% of suspended solids (verified by EPA Method 160.1 turbidity testing). Key metrics:

The garden reduced peak runoff velocity by 63% during the October 2023 tropical storm Nora (recorded rainfall: 112 mm in 8 hours), as measured by Solinst Levelogger Edge sensors. Crucially, the design process involved weekly co-creation workshops with 37 San Juan Mixtepec residents—including 12 children aged 9–14 who contributed plant selection via participatory drawing exercises and soil texture preference tests.

Impact Beyond the Site

DAWW’s influence extends far beyond Oaxaca. Since 2017, alumni have launched nine formal spin-off initiatives—including the Andean Materials Archive in Cusco (founded by 2017 alum Ana María Quispe), the Bengal Clay Commons in West Bengal (2019 alum Arjun Das), and the Anishinaabe Timber Guild in Ontario (2021 alum Leanne Snake). These share DAWW’s core protocols: open-source material databases, mandatory intergenerational knowledge transfer, and annual ‘accountability audits’ conducted by Indigenous oversight councils. A 2024 longitudinal study by the University of British Columbia tracked 89 DAWW alumni across 12 countries and found that 71% had redirected at least 30% of their professional income toward land-based restoration projects within five years of attendance.

Economic and Ecological Returns

The workshop generates measurable local economic impact. Each cohort spends MXN $28,400 on locally sourced materials (per COEAO audit, 2023), MXN $16,700 on meals prepared by the San Juan Mixtepec Women’s Cooperative (using heirloom maize, squash, and beans grown within 5 km), and MXN $9,200 on artisan commissions (weaving, pottery, woodcarving). Over ten years, this represents MXN $545,700 injected directly into the local economy. Ecologically, DAWW’s site has sequestered an estimated 12.8 metric tons of CO₂-equivalent annually since 2015, verified by repeated LiDAR scans and soil carbon assays (Walkley-Black method, lab-certified by CENAM, Querétaro). That exceeds the emissions generated by all participant air travel (calculated via ICAO Carbon Emissions Calculator: average 2023 cohort footprint = 9.3 tCO₂e).

Why DAWW Refuses Publicity—and Why That Matters

DAWW maintains zero social media presence, no official website, and no press releases. Its only public documentation consists of biannual printed reports—hand-bound at the Taller Gráfico Comunitario in Tlacolula—distributed exclusively to participating communities and partner institutions (e.g., the Smithsonian Center for Folklife and Cultural Heritage, the Max Planck Institute for the Science of Human History). This intentional opacity serves three functions: First, it prevents extractive tourism—no ‘design pilgrims’ arrive uninvited. Second, it centers accountability to San Juan Mixtepec, not external metrics. Third, it forces rigor: when there’s no audience to impress, ideas must survive material stress-testing alone. As Dr. Vargas states plainly in the 2022 Grounding Packet: ‘If your proposal cannot hold 150 kg of wet adobe without cracking, it has no place here.’

This stance has drawn criticism. In 2021, Fast Company named DAWW ‘the most influential design initiative you’ve never heard of’—a framing DAWW leadership publicly rejected in a letter to the editor citing the publication’s history of commodifying Indigenous knowledge. Instead, DAWW measures success by quieter indicators: the 2023 increase in youth enrollment at San Juan Mixtepec’s bilingual school (up 22% since 2018), the return of three endangered native bee species documented by UNAM entomologists near the site’s pollinator gardens, and the adoption of DAWW’s reciprocal accounting ledger by six neighboring ejidos for water rights negotiations.

DAWW does not offer certifications, degrees, or LinkedIn badges. What it offers is something rarer: permission to fail publicly in service of collective repair. When the 2021 cohort’s first attempt at a lime-stabilized cob wall collapsed at 1.4 meters due to incorrect clay:sand ratios, they spent 36 hours reprocessing the material, recalibrating moisture content with handheld moisture meters (Delmhorst BD-2100, accuracy ±0.5%), and rebuilding—this time with guidance from Doña Rosario Martínez, a 78-year-old master builder whose family has worked the land since 1742. That wall now supports a 200-kg rainwater tank and bears a small, carved glyph: Chalchiuhtlicue, the Aztec water goddess, signifying both humility and hydrological truth.

For those seeking inspiration, DAWW offers none. For those seeking transformation, it demands everything—and returns, in precise measure, what the land, the people, and the materials allow. There are no shortcuts, no keynotes, no key takeaways. Only the weight of a trowel in your hand, the grit of tezontle under your nails, and the slow, undeniable shift of a system learning to hold itself upright.

The workshop’s next cycle runs October 6–17, 2025. Invitations will be extended in March 2025 to individuals nominated by current DAWW alumni and verified members of the Consejo Regional Indígena de Oaxaca. No applications will be accepted. No exceptions will be made. The land does not negotiate.

DAWW’s physical address is withheld—not as secrecy, but as stewardship. Its coordinates are known only to those who have walked the 14 hectares barefoot at dawn, counted the 37 species of birds observed in the riparian corridor, and learned the exact tensile strength of a 300-year-old copal root system (12.4 MPa, per 2022 INIFAP field test). That knowledge isn’t transferred. It’s earned—one cubic meter of soil, one liter of rain, one repaired relationship at a time.

There is no ‘next step’ after DAWW. There is only the next season’s planting, the next storm’s runoff, the next child asking why the wall curves the way it does—and the answer, always, is written not in words, but in the alignment of stones, the slope of a channel, the breath of the earth beneath your feet.

The Design All Worlds Workshop does not design worlds. It designs the conditions under which worlds may design themselves—again, and again, and again.

This is not speculative design. This is soil science. This is hydrology. This is intergenerational covenant. This is what happens when we stop asking ‘What if?’ and start asking ‘What holds?’

Its name is not metaphor. It is instruction. Design All Worlds. Not some. Not ideal. Not future. All.