Studio/Our DNA/Two cultures · one vision

Our DNA, two cultures,one vision.

There are two reliable ways to fail a facade project. The first : let the architect design without industrial constraint, then discover at tender stage that the envelope is unbuildable at budget. The second : ask the engineer to "realise" a frozen design, and lose what made it worth building. Shili & Partners was founded to avoid both. Our facade engineering DNA holds two cultures the industry keeps separate : industrial Tier-1 execution built through years in pre-construction with a major contractor in glass envelope works, and a computational spatial practice rooted in native 3D simulation and algorithmic design.

Shili Partners DNA, double-culture fusion, cast steel Tier-1 node and parametric glass fragment computational — FIG. 02Cast steel Tier-1 node and parametric glass fragment, the dual culture made tangible.
Atelier Shili & Partners

17yrs

in the envelope industry

03continents

Europe · Middle East · North America

02cultures

Tier-1 industrial + computational

05missions

EE · pricing · SOTA · BE · trust

§ TLDR · 01Tier-1 industrial lived, not read.

§ TLDR · 02Computation 3D native, not standard BIM.

§ TLDR · 03Pre-construction from inside.

§ TLDR · 04Network signatures + GCs.

01· Plate, industrial execution culture

Industrial Tier-1 execution.

First strand of our facade engineering background : seventeen years in the envelope industry, including several years in pre-construction with a Tier-1 international contractor in glass envelope works, on projects in Europe, the Middle East and North America.

§ 01The trajectory

Seventeen years in the envelope industry, including several years in pre-construction with a Tier-1 international contractor in glass envelope works, this is the first strand of our facade engineering background. A career that began in project management and moved through commercial and pre-construction direction, on projects in Europe, the Middle East and North America alongside internationally recognised architectural practices.

§ 02Real industrial pricing

That trajectory produced a command that generalist engineering consultancies do not acquire : real industrial pricing. Not benchmark tables. Not cost-per-square-metre ratios. The actual cost of an extruded profile, a laminated jumbo glass unit, a certified structural sealant, a bespoke CNC-machined assembly. Knowledge of the cost structures of extruders, glass processors and hardware manufacturers, the ones who actually deliver on a construction site, on programme, within tolerance, at the tendered price.

§ 03Pre-construction

Pre-construction is the phase that conventional engineering firms avoid because it requires navigating between architectural intent, industrial reality and the owner's budget pressure without the shelter of calculation notes. It requires knowing, precisely and tactfully, what is buildable and at what cost, what is not and why, and which alternative preserves the intent within budget. That is a skill built through practice, not extracted from manuals.

Real industrial pricing is not learned from manuals. It is acquired through direct exposure to extruders, glass processors and hardware manufacturers who actually deliver on site ; by tracing the cost back to the material, the machine time, the transport, the install. That industrial capital is what the studio mobilises on every mission.

§ 04Contracts + network

Native command of the tier-1 facade expertise in construction contracts, FIDIC, SIA 118, VOB/B, CCAG, and of the liability interface management between trades is the direct extension of this experience. The vulnerability points of a facade contract, tolerance clauses, structure-to-facade interfaces, handover conditions, decennial warranty, are seen from the inside, not read in a legal commentary. The tier-1 facade expertise also brings a network : signature architects who return to this type of profile because they know they will speak with someone who understands their design logic AND the real fabrication constraints.

02· Plate, computational culture

The computational practice.

Second strand of the DNA, a code-first, algorithm-driven, AI-augmented stance : a practice rooted in native 3D simulation and parametric environments reshaping how the building envelope is conceived and manufactured.

§ 05Training and geometric rationalisation

The second strand is a computational design facade practice rooted not in standard BIM tools but in native 3D simulation and parametric environments that are reshaping how the building envelope is conceived and manufactured. Architecture training followed by years in high-complexity parametric design : double-curvature surfaces, asymmetric skins, NURBS surfaces discretised into manufacturable panels. Geometric rationalisation through bespoke algorithms, transforming a free-form surface into the minimum number of industrially manufacturable panel families without losing the architectural reading of the curvature, is a speciality that few practitioners master natively in the envelope industry.

§ 06File-to-factory

File-to-factory, the direct connection between 3D design data and CNC-controlled manufacturing machinery, is the thread running through this practice. A well-built parametric model generates manufacturing data directly for CNC cutting, profile machining, and workshop assembly. No re-entry. No fidelity loss between what the architect conceived and what the workshop fabricates. This capability reduces fabrication costs on geometrically complex projects and eliminates a major source of claims : the divergence between the architectural model and the fabrication data.

Geometric fidelity between the parametric model and the manufacturing data is an invariant few engineering consultancies hold. Algorithmic rationalisation of panel families, direct extraction to CNC lines and quality control through digital twin form a coherent discipline, not a sequence of juxtaposed techniques. That coherence is what saves claims at execution.

§ 07Digital twins + procedural design

Digital twins applied to fabrication and quality control, real-time simulation of tolerances and assemblies, the culture of high-performance procedural design, this technical register has been in the studio from its founding, not added as a communication layer.

§ 07·BCode-first, algorithm-driven, AI-augmented

This computational practice is the signature of the studio, not one discipline among others. Where a traditional envelope consultancy produces calculations and 2D drawings, we work code-first (the parametric model is the source of truth, not the drawing), algorithm-driven (geometric rationalisation, material optimisation, installation sequencing happen computationally before being settled by human arbitration) and AI-augmented (design assistance, risk scoring, automatic in-line quality control, anticipation of site drift). Each of the four worlds of the envelope project, architecture, engineering, fabrication, installation, is augmented simultaneously by these three levers. The full unfolding of that grid forms the computational engineering manifesto.

The studio does not pit code against the human. It frees engineers' time for the arbitrations only experienced practice can hold, by automating what should not be done twice. The parametric data preserved from the start, traceable through to the delivered piece, is what keeps a signature architect's late-stage decision tenable without sending the project back to the drawing board.

Procedural design is not an aesthetic position ; it is an engineering discipline. A parametric model that exposes its constraints, its degrees of freedom, its constructive logic, lets a complex envelope be modified at every stage without losing the chain of decisions made upstream. That traceability is what allows the architect to push their intent late in the process without the engineer or contractor losing visibility on the cost and tolerance impact.

03· Plate, the structural rarity of the fusion

Why this fusion is rare.

The facade industry has always suffered a deep gap between the world of spatial data and the world of real fabrication. Inhabiting both worlds simultaneously requires an atypical career path, the studio's foundation.

§ 08The historical gap

The facade industry has always suffered a deep gap between the world of spatial data and the world of real fabrication. On one side, architects and computational designers who master advanced modelling and simulation tools but are often unaware of actual industrial production constraints. On the other, contractors and engineering consultancies who know the site and the workshop but cannot engage peer-to-peer with signature architects on design logic, and have not developed the algorithmic tools to optimise complex geometries for manufacturing.

§ 09The economic consequences

This gap has direct economic consequences. Ambitious projects, curved surfaces, kinetic double skins, oversized glazing, ETFE membranes on lightweight structures, shed significant value through the design-to-construction process. Buildability compromises imposed late in the design because the engineering consultancy did not anticipate them upstream. Contractors pricing upward on geometry they cannot fabricate efficiently. Value engineering rounds that damage the architectural intent because nobody in the room has the standing to propose a technically credible alternative.

§ 10Inhabiting both worlds simultaneously

The facade engineering dna of Shili & Partners lies precisely in the capacity to inhabit both worlds simultaneously. Reading a Grasshopper model with an industrial buyer's eyes. Discussing an extruder's order book while knowing what a project with 2,000 different profile cross-sections actually demands. Arbitrating between an architecturally pure solution and an industrially realistic one, with the credibility on both sides for the arbitration to be heard and respected.

§ 11The structural reasons

This dual culture is genuinely rare in the European market. Most practitioners have a dominant culture, either engineering or computational design. Combining both at sufficient depth takes an atypical career path. Initial training separates the two registers : architecture schools teach design and geometric computation, but rarely the industrial cost structure of an aluminium profile, of a steel frame, of a glulam timber framing, of a UHPC panel or of a pultruded GFRP profile ; engineering schools teach calculation and code, but rarely the architectural reading of a complex surface. The commercial incentives of the sector reinforce this separation. Merging both cultures in a single studio therefore requires either a career that combines them, or two exceptional profiles who decide to collaborate over the long term. The second case is what founds Shili & Partners.

A signature architect is not compensated for understanding manufacturing costs ; a Tier-1 pre-construction director is not compensated for refining a parametric design language. The economic incentives of the sector preserve the separation. When an individual path or an exceptional duo crosses the line, the value produced is immediate and durable, because it re-aligns what the industry had decoupled.

§ 11·BA documented institutional choice

The facade engineering dna is therefore not just a claim about competence, it is a documented institutional choice. The studio was designed from the start to hold both cultures together, not as a post-hoc repositioning. This has consequences on how we work : on the types of missions we accept (those where both registers are genuinely needed), on how we staff a project (both profiles involved from concept through handover, not handed off between phases), and on the kind of clients who trust us with sensitive decisions (those who have themselves experienced the failure mode of a single-register consultancy on a complex envelope).

§ Pivot equation

Inhabiting both worlds simultaneously is rare by construction : that is what makes the technical arbitration audible on both sides, because it comes from someone who has lived each register in person, not as a commentator.

04· Plate, six concrete applications

What this double culture enables.

The dual culture has concrete applications on every type of mission, six operational registers where the dual facade engineering dna changes the very nature of the dialogue with project actors.

§ TLDR · 01Peer of signatures, peer of GCs.

§ TLDR · 02Shadow pricing industrial, not benchmark.

§ TLDR · 03SOTA achievable, not theoretical.

§ TLDR · 04Practitioner, not framework.

01Envelope
Engineering

On Envelope Engineering projects.

Peer of signatures, peer of site managers, the rare dual dialogue that makes uncompromised arbitration possible.

Peer-level dialogue with signature architects, BIG, Snøhetta, Zaha Hadid, MVRDV, and leading European studios, because they recognise immediately someone who understands their design logic, intent constraints and aesthetic invariants. Simultaneous peer-level dialogue with procurement directors and site managers at general contractors who recognise someone who has lived their schedule, tolerance and claims challenges from the inside. This dual dialogue, rare in the market, is what makes uncompromised arbitration possible : no credibility lost on either side.

Counterparts
Signatures · GCs · ProcurementEffect
Dual credibility, arbitration heardDifferential
Not a generalist consultancy, not an advisor

BIGSnøhettaMVRDVGCs int.Procurement dir.Site managersPre-construction

02Cost &
economics

On cost estimation and project economics.

Reconstructed production cost from industrial first principles, not an estimate from historical data.

Knowledge of the real manufacturing cost, not benchmarks, not market comparables, allows industrial shadow pricing that reflects what a facade company will actually tender when the project goes to bid. This is a reconstructed production cost from industrial first principles, not an estimate derived from historical data.

Method
Industrial reconstruction, line by lineAnti-method
Benchmarks, m² ratios, market comparablesClient effect
Budget held through to handover

Shadow pricingIndustrial decomp.Real costsExtrudersJumbo glassHardware

03SOTA
specialties

On SOTA specialties.

Structural glass, ETFE, BIPV, smart skin, computational DNA + industrial DNA to evaluate optimal in theory vs achievable in practice.

Structural glass, textile membranes, BIPV, smart skin, each demands deep technical mastery AND the ability to assess what the industry can actually fabricate, at what cost and on what schedule. The computational practice enables simulation and rationalisation of complex geometries. The industrial practice enables evaluation of whether theoretically optimal solutions are concretely achievable within the project's time and budget.

Lever 1
Computational DNA, simulation and rationalisationLever 2
Industrial DNA, fabricability and real costsArbitration
Theoretically optimal vs concretely achievable

Structural glassETFEBIPVSmart skinDouble curvatureCompositesAll-in-one

04Business
Engineering

On Business Engineering missions.

Practitioner's credibility, no generic frameworks. Reasoning from inside the business.

Experience in industrial direction, command of cost structures and commercial dynamics of specialist facade companies, gives a practitioner's credibility that generalist consultancies do not have. When we accompany a managing executive of a facade company in growth or restructuring, we are not constructing a rationale from generic frameworks. We reason from inside their business.

Stance
Practitioner, ex-executive in the sectorAnti-stance
Generic consultant with frameworksEffect
Decisions made from inside the trade

Industrial directionCost structuresCommercial dynamicsP&LOperating modelSales pipeline

05Trusted
third party

On trusted third-party missions.

Structural neutrality in our DNA, but credible only if technical standing makes arbitration possible.

Neutrality with respect to contractors and manufacturers is structural in our DNA, no hidden interest in recommending one solution over another. But that neutrality is only credible if we have the technical standing to arbitrate. The dual facade engineering DNA is what makes the arbitration possible and respected.

No affiliation
Contractor · system supplier · manufacturerCredibility condition
Dual technical standing

NeutralityTechnical standingArbitration

06Forensic
missions

On post-failure forensic missions.

Reading the building as both an industrial artefact and a designed object, reveals the real root cause.

When an envelope fails, water infiltration on an atrium, spontaneous glass breakage on a tower, thermal bridging creating condensation patterns on a landmark facade, the forensic investigation requires reading the building as both an industrial artefact (what was manufactured, transported, installed) and a designed object (what was intended, how it was detailed, how the intent survived the construction phases). A single-register consultancy tends to isolate the failure in its own register. An studio with the dual culture reads across both, which is what identifies the real root cause, usually at the interface between design intent and industrial execution.

Reading
Industrial artefact + designed objectInterface
Design intent ↔ industrial execution

Water infiltrationSpontaneous glass breakageThermal bridgingRoot cause

05· Plate, the consequence on the architect's pencil

Tier-1 know-how that pushes the pencil.

The dual culture has a less visible but decisive consequence, it opens a wider room to the architect, not by sacrificing feasibility, but by shifting it.

THE EFFECT

Making more complex works simpler to build.

A facade that looked unbuildable within budget becomes buildable because an assembly detail is rethought, because an all-in-one constructive system replaces four layered trade packages, because a structural profile is drawn from the outset to be file-to-factory machined. What this means for the architect is clear : we open a wider room for their pencil, not by sacrificing feasibility, but by shifting it. That is what the studio brings to the signature architects it works with, a technical peer who expands the possibilities rather than constraining them.

§ Why 'Partners'

The name Shili & Partners carries, in the plural, the idea of network, around the studio, an ecosystem of industrial specialists of reference, specialist engineers, university and industrial laboratories, technologists, financial and legal counsel, mobilised project by project in open competition with the independence discipline of the trusted third party.

06· Plate, transverse studio articulation

What this DNA informs.

The facade engineering dna of the studio is not a standalone declaration, it directly informs every pole and every engagement mode.

§ 12Envelope Engineering

Envelope Engineering, design, engineering, economics, industrialisation, is built on the junction of both cultures. Every project mission mobilises both the computational and the industrial register simultaneously.

§ 13Business Engineering

Business Engineering, advising companies in the envelope industry, draws its credibility from genuine sector experience. We are not consultants who have read market studies about the facade industry. We come from inside it.

§ 14Trusted third party

Our positioning as a trusted third party, documented and verifiable technological neutrality, is made legitimate by this DNA : if we have the competence to arbitrate, the client can trust the arbitration.

The DNA described here is not a fixed inheritance. It deepens with every mission : a signature project on jumbo glass facades feeds the computational practice ; an Owner's Engineer mandate on a mega-project feeds the contractual command. The dual culture thickens by working, not by training. That is also why the studio remains small by design : depth does not scale through mass recruitment.

§ 15Engagement modes and contractual forms

The same DNA shapes how missions are contracted. Whether the studio acts as Owner's Engineer, Lead Envelope Consultant, Operating Partner or within a Design-Build consortium, the underlying capability is constant : holding architecture, engineering, technology and construction in the same conversation. The form of engagement varies ; the dual register of competence does not. That is what allows clients to escalate or change the contractual frame mid-project without losing continuity of judgement.

The studio's foundation predates the trend of computational signature design, and predates the trend of premium facade advisory. It was built at the intersection of two career paths that were already being lived, not assembled to match a market opportunity. That sequencing matters : the dual culture is the cause of the studio, not its product. It is also what makes it difficult to replicate, even for well-funded entrants who try to assemble both registers from the outside.

Shili & PartnersA Shili Build Ventures company