The homes people are genuinely excited about right now share a common quality: they refuse to settle for the obvious. Across renovations, new builds and adaptive reuse projects documented in design media, a clear pattern is emerging. Owners and architects are treating the house itself as the brief — working with site constraints, family histories and sustainable ambitions rather than against them. The results are homes that feel specific, considered and deeply liveable.
The Trend: Specificity Over Style
For the past several years, home design conversation has been dominated by broad aesthetic movements — Japandi, maximalism, the return of colour. What is emerging more recently, as evidenced by documented projects from Dwell’s editorial archive (retrieved October 2025), is a quieter but more durable shift: homes designed around a specific place, family or building history rather than around a prevailing look.
This shows up in radically different contexts. A Belgian home built from cross-laminated timber (CLT) panels eliminates interior walls on its ground floor entirely, letting the structure do the work that partitions once did. A coastal Norwegian cabin uses whole spruce trees — roots and all — that were digitally scanned and robotically milled before assembly. A 570-square-foot cabin in Ecuador was designed in parallel with its construction, adapted on-site because access was too difficult for conventional planning. These are not decorating decisions. They are structural and material commitments made in response to the specific conditions of each project.
Sustainability is woven into this trend rather than bolted on. A passive house in Minneapolis documented by Dwell uses 90 percent less energy for heating than a typical home and carries an insulation envelope roughly thirteen times more airtight than standard construction. A home in the Azores clads a former whaler’s tavern in recycled marine plastic. Neither project presents green performance as a selling point; it is simply the method.
Where It Appears in Real Homes
The most telling examples come from renovations, where the constraint of an existing structure forces exactly this kind of specific thinking.
In Spain, a 1941 courtyard home was renovated to serve two distinct programmes under one roof: one half for hosting extended family, one half for daily life. The project preserved the building’s original two-part logic while updating materials and circulation. In Porto Alegre, Brazil, a couple preparing to retire asked studio Arquideias to improve flow, storage and accessibility in an apartment they had lived in for 23 years — without erasing what made the space feel like theirs. Both projects treat the existing building as a collaborator rather than an obstacle.
New builds show the same instinct applied from the ground up. In the Twin Cities, CityDeskStudio worked with a narrow creekside lot to produce a multigenerational home with lifted rooflines, curved plaster ceilings and custom curved windows designed to draw light deep into the plan. Near Lake Como, Lorenzo Guzzini Architecture placed a concrete home above a stream on the edge of a wooded valley — a deliberate departure from the grand villas typical of the area, with a bunker-like form listed at €690,000 (asking price; date not specified in the supplied source). In Austin, architect Miguel Rivera of Miro Rivera Architects based his Hill Country home on a modular system — described in the project documentation as inspired by the proportions of a chocolate bar — to keep construction logic consistent across the build.
At the larger end of the market, specificity takes a different form. A $14 million compound in Santa Fe, New Mexico, listed as Los Piñones, was once home to Juan Hamilton, the neighbour and confidant of Georgia O’Keeffe. A $1.2 million island home in British Columbia was built by jeweller and ceramicist Karl Stittgen, who trained at Taliesin West, as a personal homage to Frank Lloyd Wright. A $3 million stone-clad home in Santa Rosa, California — designed in 1982 by Lawrence Simons — was built around massive granite outcroppings on the site. In each case, the asking price (dates not specified in the supplied sources) reflects something beyond square footage: a documented relationship between building and place.
How to Apply This Thinking at Home
The principle that connects a Norwegian cabin built from whole trees and a Brazilian apartment renovation 23 years in the making is the same: start with what is already there. For most homeowners, this translates into a series of practical questions before any design decision is made.
- What does the building’s original structure suggest? The CLT home in Belgium removed interior walls on the ground level because the panel system made that structurally possible — and the result is a more open, usable floor. Knowing your building’s structural logic before calling a contractor is not an architectural luxury; it is basic planning.
- What does the site do that you are currently ignoring? The Minnesota home was designed around a narrow creekside lot that most developers would have treated as a liability. The Santa Rosa home was built around granite outcroppings rather than over them. Constraints that feel like problems often define the most interesting outcomes.
- What does the household actually need the home to do? The Spanish courtyard house worked because the programme — two halves, two modes of living — was defined clearly before the renovation began. The Brazilian apartment succeeded because the clients knew what they wanted to keep as much as what they wanted to change.
For renovations specifically, the before-and-after examples in this body of work suggest that the most durable improvements address flow, storage and light before they address finish materials or furniture.
Materials and Design Choices That Define the Moment
Across the documented projects, a handful of material and construction approaches recur in ways that suggest they are no longer niche.
Cross-laminated timber (CLT) appears as both a structural system and an aesthetic statement. In the Belgian home, panelised CLT construction allowed the ground floor to function without interior walls — a spatial outcome that would be far more expensive and complicated using conventional framing.
Concrete continues to be used not as a budget material but as a precision one. The Lake Como home uses it to achieve a tight, bunker-like form on a difficult site. The effect is architectural confidence rather than austerity.
Fibre cement cladding is cited in documented projects as a way to achieve deep shadow lines and crisp corners on facades — performance qualities that previously required more expensive materials or more intensive maintenance.
Recycled and reclaimed materials are entering projects not as gestures but as primary cladding. The Azores home uses recycled marine plastic as its exterior skin, combined with stone ruins from the original structure. The combination is documented as prefab construction meeting adaptive reuse — a pairing that reduces both waste and construction time.
Custom glazing — curved windows, coloured glass panels, full walls of glass — features repeatedly as the detail that either makes or breaks a spatial concept. In the Minnesota home, curved windows were specified to turn the building into what the project documentation describes as a sundial, drawing light into the plan at angles that fixed glazing cannot achieve. These are not off-the-shelf products; they are fabricated to the building.
What to Consider Before Committing
The homes documented here are inspiring precisely because they make specific, committed choices. That specificity is also where the risk sits for anyone thinking about applying similar ideas.
Custom and bespoke elements carry cost and lead-time risk. Curved windows, robotically milled timber and recycled marine plastic cladding are not available from standard suppliers. Budget breakdowns in design media often present final costs without surfacing the overruns or timeline extensions that custom fabrication typically involves. The San Francisco loft renovation documented in this material cost $1.14 million for 1,401 square feet — a figure that reflects both the market and the level of custom work involved. That context matters when using published budgets as a reference point.
Passive house and high-performance construction require specialist contractors. The 90 percent heating energy reduction claimed for the Minneapolis passive house is a credible performance outcome for certified passive house construction, but it depends entirely on execution quality — envelope continuity, window installation precision and mechanical system commissioning. The same design specification built by a contractor unfamiliar with the standard will not deliver the same result.
Heritage and landmark properties carry preservation constraints. The ongoing situation with Frank Lloyd Wright’s Sturges House in Los Angeles — where neighbours and owners hold opposing views on its condition — is a clear illustration of what can happen when a significant building changes hands without a clear stewardship plan. Any home with documented architectural heritage comes with obligations as well as value.
Renovation timelines in occupied homes are consistently underestimated. The Brazilian apartment renovation — undertaken after 23 years of occupation — is the kind of project where the emotional weight of existing attachments can extend decision-making well beyond the construction schedule. That is not a criticism; it is a planning reality.
The homes that hold up over time in this body of work are the ones where the owners understood their brief clearly, chose materials and methods suited to their specific site and structure, and accepted that a house designed for one life in one place is not a template — it is the point.
Illustrative photo: Lucy Saw Home under renovation, September 2021 01.jpg by Calistemon / Wikimedia Commons. CC BY-SA 4.0. Resized for display.
