Stephen Wilson

Interdependence II, a spray-painted oak bench, shown across both halves of the page

Designer

Engineer

A designer is an emerging synthesis of artist, inventor, mechanic, objective economist and evolutionary strategist.R. Buckminster Fuller

Interdependence II · Houtlander · Phillip Hollander and Stephen Wilson, co-authors

Houtlander

Design

A brand that promised crafted, considered, timeless furniture, and a factory that kept the promise.

Stephen Wilson, co-founder Houtlander Co-founded 2013 · left 2023

Role: Co-founder; co-designer of the ranges; creative director
Promise: Crafted, considered, timeless
Path: From brand to factory
Left: 2023. Shares sold in 2024

Features

The foundation was laid and it now runs without me. The team took over both the creative direction and the factory. Iterations on the ranges and designs we built continue to be released, the collectable pieces are still made, and the team has opened showrooms in Cape Town and Johannesburg.

Spindle Back Diners at Grand Pavilion, Sea Point

From brand to factory · 2013–2023 Engineering

The factory and processes that made well-designed furniture at scale, at an affordable price.

Title Houtlander Factory Houtlander

Co-founded: 2013
Key machine: Five-axis router
Sold in volume: Homes and restaurants

The promiseCrafted, considered, timeless: high quality, well designed, at scale, at an affordable price.
The nicheA five-axis router and the skills to drive it. We could offer high-end joinery, repeatable at scale.
Spindle Back ChairThe most reproducible design, first. We designed it, programmed the CNC to cut it and built the systems that produced it at scale.
Repeatable by designEvery piece was designed to be repeatable, even the museum-level collectable pieces.
HandoverThe team took over creative direction and the factory. I left in 2023 and sold my shares in 2024.

Interdependence II

Design

An object of synthesis: extraordinary design meeting extraordinary engineering.

Houtlander · Phillip Hollander and Stephen Wilson, co-authors Interdependence II 2019

Domain: Collectable design
Materials: Oak, Spraypainted
Origin: Interdependence I, designed by Phillip Hollander, taken further together
Award: Most Beautiful Object in South Africa, by public vote

Features

The bench helped build the brand that sold the Spindle Back Chair in volume.

Most Beautiful Object in South Africa · 2019 Engineering

Made reproducible, with new processes still used by the factory today.

Title Interdependence II Factory Houtlander

Material: Oak, Spraypainted
Credit: Stephen Wilson/Phillip Hollander
Edition: Repeatable

Taking it furtherInterdependence I was designed by Phillip Hollander. Interdependence II took it further, together.
EngineeringI directed its engineering.
ReproducibleMade into an object the factory can make again.
New processesProcesses developed for it are still used by the factory today.

Daily to Dwela

Design

Joey sought technical help. I started in the factory and ended as co-creative director.

Dwela, with Stephen Wilson Daily to Dwela Work ended August 2026

Path: From factory to creative direction
Before: A direct-to-consumer online store
After: A new range for domestic and hospitality markets
Showroom: Stood up; first sale to a high-end interior designer in Cape Town

Features

Once the factory had the capacity, Dwela needed to reach a wider market. I helped position the brand, we designed a new range for a new market segment, stood up a showroom and designed and ran a successful exhibition at Decorex. It now runs without me.

Provenance Decorex Johannesburg · 2026

Read “Daily to Dwela” in VISI

From factory to creative direction · 2026 Engineering

A new factory layout, new systems, trained staff, and ranges refined for production.

Title Daily to Dwela Factory Dwela, Johannesburg

Gained: Capacity, consistency, durable products
New market: Hospitality
Status: Hospitality orders in progress; already selling to consumers

LayoutA new factory layout.
SystemsNew processes, Upgraded CNC
PeopleStaff trained to run it.
RangesExisting ranges refined to optimise for production.
Hospitality-readyA range of seating and tables with the capacity, consistency and durability hospitality needs.

Bawa Chair

Design

The new range for domestic and hospitality markets.

Dwela · Stephen Wilson with Joey Khuvutlu Bawa Chair 2026

Design: Stephen Wilson, in collaboration with Joey Khuvutlu
Engineering: Stephen Wilson
Markets: Domestic and hospitality

Features

The design story of the Dwela turn: a chair made for the capacity the factory now has.

Parts cut in 15 minutes Engineering

The CNC cuts the parts for one chair in 15 minutes: the factory’s bottleneck, measured.

Title Bawa Chair Factory Dwela, Johannesburg

CNC cut: 15 minutes per chair
Constraint: CNC cutting
Measured by: Kata Works

DesignModelled as a Fusion file.
Cut fileAn NC file for the cutting.
Components6 Chairs cut from 2 flat sheets of Okume Plywood
Time and marginCutting time measured, gross profit calculated.
ScheduledA scheduled time, so it is delivered on time at the right price.

Swingback Chair

Design

A prototype that couldn’t be offered, now in the catalogue.

Dwela · designed by Joey Khuvutlu, engineered by Stephen Wilson Swingback Chair 2026

Design: Joey Khuvutlu
Engineering: Stephen Wilson
Before: Too costly to produce; inconsistent quality
First sale: To a high-end interior designer in Cape Town, at the showroom launch

Swingback on the Dwela site

Four times less material · half the time Engineering

Re-engineered from the original design: more rigid, four times less material, about half the time.

Title Swingback Chair Factory Dwela, Johannesburg

Material: Okume Plywood
Constraint: CNC cutting
Engineered: Improved Rigidity

The problemPrototyped but not offered: too costly, and not consistent.
Re-engineerThe original design cut in full profiles, reduced to parts and jointed
ReduceFour times less material to produce.
FasterAbout half the time to make.

Kata Works

Design

A guiding framework, not a rigid system that breaks on its first contact with reality.

Kata Works · Stephen Wilson Kata Works 2026

What it is: A production console for factories
Built from: Extensive experience manufacturing in South Africa
Set-up: Quick. It learns as you use it

Features

Your team keeps the discretion. Kata Works adds just enough automation to make it smart. The team always decides when something is made.

From sales order to delivery Engineering

Takes a sales order through production, delivered on time and at the right cost.

Title Kata Works Software Factory Any factory

Orders: Imported from Shopify
Measures: Time in the queue; the bottleneck
Improves: Estimates get more accurate with use

ImportSales orders arrive from Shopify.
PlanA production schedule, with the time each job spends in the queue.
MeasureThe factory’s bottleneck, timed.
LearnEstimates improve from completed jobs, with the team adjusting where it knows better.

The Preservation Bench

Design

A bench twisting into the sky like a sapling reaching for light.

Houtlander The Preservation Bench August 2019

Domain: Object / Design
Materials: Solid oak
Edition: Repeatable

The Preservation Bench on American Hardwood

Best Furniture Design · 2019 Engineering

A form found by algorithm; five-axis machining pushed to its limit.

Title The Preservation Bench Factory Houtlander

Material: Solid oak
Edition: Repeatable

Algorithmic formModeled with Grasshopper for parametric transformation
Five-axis cutFusion model broken into parts carved by CNC
AssembledFlat pack assembly for transport, assembled on site

The Hlabisa Bench

Design

A centuries-old craft carried into a museum.

Mash T / Houtlander / Bambizulu The Hlabisa Bench May 2019

Materials: Blackened oak, natural fibres
Dimensions: 124 × 210 × 105 cm
Acquisition: Gift of the Amis du Centre Pompidou, Groupe d’Acquisition pour le Design, 2022
Inventory no.: AM 2022-1-86

Currently at

West Bund Art Museum, Shanghai, as part of Computer Worlds, 24 September 2026 – 14 February 2027

Centre Pompidou · 2022 Engineering

A frame that holds the weave, made to be made again.

Title The Hlabisa Bench Factory Houtlander

Material: Oak frame, ilala palm weave
Credit: Mash T/ Houtlander/Bambizulu

Frame engineeringModeled by Mash/T Engineered by Houtlander
Frame productionCut by 5 axis CNC, assembled in factory, transported to Hlabisa in KZN
WeavingBambizulu’s team of weavers working in their own homes.

Successful businesses are the balance of both

Brand

Factory

This is how to build a factory that keeps your promise. Deliver it to specification, at the right price and on time.

Brand

You have capacity, but not enough orders, or products without enough margin. A client brings a picture and wants it cheaper. The first decision: what promises your brand can make.

The first change you notice: more enquiries, from places you haven’t had them before.

Factory

You spend more time on operations than on building your brand. Here is how to build a factory that keeps your promise, step by step.

The first change you notice: you can stand in front of customers and know your promises will be kept.

Step 01 of 09

Choose the promise

The first decision: what your brand can promise, and what it will refuse.

Builds Promise

1.1 Listen Who you are, what you already make well, and what customers already say about it.
1.2 Choose The one thing you will always deliver, and the things you will never do.
1.3 Name The promise in one line, in words a customer would use.
1.4 Test Put to customers and the team. Kept only if they believe it.

01Who you are, what you already make well, and what customers already say about it.

Step 01 of 09

The promise, in numbers

What your brand has promised, written as a specification, a cost and a date.

Keeps Specification · Price · Time

1.1 Specification What exactly leaves the factory: dimensions, tolerances, finish and packaging, in drawings and pictures, signed off.
1.2 Target cost Your price, less your margin. What each piece is allowed to cost to make.
1.3 Lead time Order to door, in days. The date a customer is told and can hold you to.
1.4 Demand How many, how often. The weekly rhythm the floor has to beat.

01What exactly leaves the factory: dimensions, tolerances, finish and packaging, in drawings and pictures, signed off.

Step 02 of 09

Name the audience

The smallest group of people who will pay for that promise, and where to find them.

Builds Promise · Margin

2.1 Who The customer named: what they live in, what they buy, what they want to feel.
2.2 Where The places they already are: shops, designers, magazines, feeds.
2.3 Price What they pay for this promise, and the margin it leaves you.
2.4 Refuse Who it is not for, so the brand does not have to please everyone.

01The customer named: what they live in, what they buy, what they want to feel.

Step 02 of 09

Map the floor as it is

Follow one order from start to crate, and time everything.

Keeps Time · Price

2.1 Walk Follow one order through the building, from the first cut to the crate.
2.2 Time Every step timed, and the work separated from the waiting.
2.3 Constraint The one station that sets the pace of the whole floor.
2.4 Gap Capacity against demand, cost against target: the size of the job, in numbers.

01Follow one order through the building, from the first cut to the crate.

Step 03 of 09

Design the range

Products that carry the promise, designed for the factory you have.

Builds Promise · Margin

3.1 Brief The range as a business decision: price points, volumes and gaps.
3.2 Sketch Forms on paper, three directions, one chosen.
3.3 Model Fusion solids, with the joints drawn before any timber is cut.
3.4 Prototype The first piece made on your floor, revised and signed off.

01The range as a business decision: price points, volumes and gaps.

Step 03 of 09

Design for manufacture

Your design, made makeable at the target cost.

Keeps Specification · Price

3.1 Read Your design broken down into the operations it takes to make.
3.2 Reduce Fewer parts and fewer set-ups, with the same object at the end.
3.3 Tool Jigs and fixtures, so every piece comes out the same.
3.4 Cost A part cost you can quote from, and hold.

01Your design broken down into the operations it takes to make.

Step 04 of 09

Make it recognisable

A name, a mark and a voice, so every piece and every page is known as yours.

Builds Recognition

4.1 Mark The logo and the way it sits on the product, the box and the screen.
4.2 Voice How the brand speaks: a few rules and a few examples.
4.3 System Type, colour and pictures that hold together everywhere.
4.4 Book A brand book your team can use without me.

01The logo and the way it sits on the product, the box and the screen.

Step 04 of 09

Lay out for flow

Machines and stations placed so work moves one way, without waiting.

Keeps Time · Price

4.1 Sequence The order of operations, drawn as one line through the building.
4.2 Place Machines and benches positioned to the centimetre.
4.3 Services Power, extraction, air and light where the work needs them.
4.4 Commission Installed, tested, and first parts through every station.

01The order of operations, drawn as one line through the building.

Step 05 of 09

Show it

Pictures and words that show the promise in real rooms, to the right people.

Builds Recognition · Enquiries

5.1 Frame What each picture must say, and to whom.
5.2 Shoot Photography and film of your product in rooms like your customers’.
5.3 Write The words for the site, the catalogue and the press.
5.4 Publish Site, social and press, in sequence, around a launch.

01What each picture must say, and to whom.

Step 05 of 09

File to part

Cut files that go from the order to the machine without anyone retyping.

Keeps Specification · Time

5.1 Model Clean solids, named and versioned.
5.2 Program Toolpaths written for your machines and your cutters.
5.3 Nest Sheets laid out for the best yield.
5.4 System The order raises the files; the files reach the machine.

01Clean solids, named and versioned.

Step 06 of 09

Be seen where it counts

An exhibition stand that gets remarked on, and brings in trade.

Builds Recognition · Enquiries

6.1 Choose The show your audience actually attends.
6.2 Concept The stand as an argument for the promise, not a shelf.
6.3 Make Drawn, cut and built in your own factory, packed flat.
6.4 Follow up Every enquiry logged and answered within the week.

01The show your audience actually attends.

Step 06 of 09

Secure supply

Materials that arrive to specification, at the agreed price, when the plan needs them.

Keeps Specification · Price · Time

6.1 List Every material and component you buy, on one bill of materials.
6.2 Source Suppliers who hold price and delivery, with a second for each.
6.3 Stock Minimum and maximum levels tied to the production plan.
6.4 Contract Terms written down and reviewed every year.

01Every material and component you buy, on one bill of materials.

Step 07 of 09

Keep the promise in person

A room where customers see, touch and order what the brand promises.

Builds Promise · Enquiries

7.1 Site The room, the street and who passes by.
7.2 Plan A layout for the way people actually move and buy.
7.3 Fit Fixtures made in your factory and installed.
7.4 Open The first month on the floor with your team.

01The room, the street and who passes by.

Step 07 of 09

Standard work and quality

Each station knows what good looks like, and checks it before passing work on.

Keeps Specification

7.1 Define What good looks like, for every part, in pictures.
7.2 Standard The best known way to do each job, written at the station.
7.3 Check Inspection where the work is done, not at the end of the line.
7.4 Improve Faults logged, causes found, standards revised every month.

01What good looks like, for every part, in pictures.

Step 08 of 09

Grow the demand

A plan for the year that brings more enquiries, from places you haven’t had them before.

Builds Enquiries · Margin

8.1 Channels Where your audience already is, and nowhere else.
8.2 Calendar Twelve months of what goes out, and when.
8.3 Trade Designers, architects and hospitality buyers, approached one by one.
8.4 Review Every quarter: what brought orders. Keep it, cut it or double it.

01Where your audience already is, and nowhere else.

Step 08 of 09

Prove it: first runs

One, then ten, then a hundred, each one costed and timed.

Keeps Specification · Price · Time

8.1 One The first piece, made slowly, with everything noted.
8.2 Ten The jigs set, the timings taken, the faults found.
8.3 Hundred A full run, costed, with a standard at every station.
8.4 Release Into the catalogue and into the plan.

01The first piece, made slowly, with everything noted.

Step 09 of 09

Build the design department

A small studio inside your factory, so the brand keeps growing without me.

Builds Promise · Recognition

9.1 Set up A desk, a screen and the files, inside the factory.
9.2 Run Weekly design work tied to the production calendar.
9.3 Train Your people designing alongside me.
9.4 Leave The department runs; I step out.

01A desk, a screen and the files, inside the factory.

Step 09 of 09

Run it and see the margin

One screen for orders, stations and cost, so the profit is visible every week.

Keeps Profit

9.1 Plan The week’s orders loaded against what the floor can make.
9.2 Track Every order’s place on the floor, live.
9.3 Cost The actual cost of every job against its target.
9.4 Review Every week: what shipped on time, at cost and to specification, and the margin it made.

01The week’s orders loaded against what the floor can make.

See Kata Works, the console that runs it →