Courtyard View
Program Collage
Park-View 2

Metamorphic Materaility

Name
Ian McKernan
Education degree
Kandidat
Fagfelt
Architecture
Institute
Architecture and Space
Program
Architecture and Extreme Environments
Year
2026

Located in Mérida, Mexico, this project aims to rethink materials and urban evolutions through the lens of time. While offering an initial housing solution responding to problems of urban sprawl and emissions in contemporary construction in Mérida, this project also envisions a future where waste generation links with new construction to create a seamless metamorphosis of materials in the city.

Problem Statement

"The rapid low density expansion of Mérida has produced environmentally and socially unsustainable housing developments by destroying pristine landscapes to place marginalized communities on the outskirts of the city in detached single family homes"

On-Site Prototype Exploration...

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The prototype acted as a conversational tool to learn about insight into the building and construction cultures of the Yucatan Peninsula.

Supplementary Prototype Photos

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Lightweight Lattice Structure
Sisal Rope Tie
Three Point Load Testing

While being on site investigating the local potentials of biogenic building materials, a growing pattern was starting to be observed. Many individuals who shared insights for the prototype, also spoke of the unsustainable practices with the extraction of the local bio based materials. This included the timber industry leading to the largest contributor to deforestation in the region. This lead to a switch to focus on waste materials to decrease carbon impact of new constructions

Quotes

Research Question

Can construction and waste material  timelines create opportunities for a more sustainably responsible housing developments?

Metamorphic Diagram

The research question was based on the initial reaction to amount of surplus waste the city produce's and the lack of current waste reduction and recycling practices. The aspect of incorporating time, was from identifying that there is often a "middle man" in the material reuse cycle. Rather than finding a place for a material to site once extracted from a demolition site, this project strives to imagine an architecture that ebbs and flows with the waste material generation of a growing city. The aim was to cut out the need to find a storage space or warehouse to house the materials in between urban harvesting and implementation to a new project.

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Site Access Map
Population Map
Site Access
Surrounding Population

Site Context Photos

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Gate in the Wall
Wall Encasing the Site
Demolition on surrounding buildings
Context
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User Diagram
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Identifying User Types
Occupant's Typical Day
Spatial Thresholds
Climate through the Year

The Architecture

Concept Diagrams

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Park-View 1
Park-View 2
View from park once frame and initial units are done
Future Depiction of Self Build Unit Growth
Ground Plan
Ground Plan
Longitudinal Section
Longitudinal Section
Section
Section
Courtyard View
Shared Courtyard View

Unit Types and Floor Plans

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Unit1
Unit1-A
Unit2
Unit2-b
Unit2-A
Unit3
Unit3-B
Unit3-A

The Materiality

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Waste Pile From New Housing Construction
Old Railway Ties
Rail from the Old Merida Railroad
Exploded Isometric
Frame and Initial Unit Materiality
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material mapping 1
material mapping 1
material diagram
Knowing how certain parts of a building are changed over the course of its lifecycle were noted to influence material choices

Life Cycle Analysis 

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lca calulation
LCA Findings
LCA Calculations
Key Findings

The Royal Danish Academy supports the Sustainable Development Goals

Since 2017 the Royal Danish Academy has worked with the Sustainable Development Goals. This is reflected in our research, our teaching and in our students’ projects. This project relates to the following UN goal(-s)