MASTER’S THESIS / PUBLIC & FURNITURE DESIGN

ONE SYSTEM.

THREE WAYS TO SIT.

NODE is a modular public seating system designed for
Lietzenseepark, Berlin. A permanent central structure is
combined with two independently adjustable side elements.

By changing the position of the sides, the same seat can
support different ways of resting, sitting and interacting.

NODE with both side elements raised

01

BOTH SIDES UP

More enclosed and supportive. The raised sides provide
additional support and can work as armrests.

NODE with one side raised and one side lowered

02

ONE UP / ONE DOWN

One side supports the body while the other opens toward
the surrounding landscape.

NODE with both side elements lowered

03

BOTH SIDES DOWN

The most open configuration. It becomes bench-like and
encourages informal, social and playful occupation.


THE MODULAR IDEA

THE CENTRAL STRUCTURE STAYS.
THE SIDES CHANGE.

Instead of designing three different seats, NODE uses one
structural system whose side elements can change position.
The configuration changes the relationship between support,
openness, relaxation and social use.




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NODE

Two people relaxing on NODE modular seating in a Berlin park

A modular public seat for Lietzenseepark, Berlin. It doesn't tell people how to sit. It lets them sit the way they want.

SITE RESEARCH & ANALYSIS

A shift from asking “How should a bench look?” to asking “How should a public seat be able to respond?”

WHY NODE

THE PARK ALREADY
SHOWED THE PROBLEM.

PEOPLE WERE NOT ALWAYS

SITTING WHERE THE BENCHES

TOLD THEM TO.

ONE FIXED FORM COULD NOT SUPPORT EVERY WAY OF USING THE SPACE.

THE BENCH WAS FIXED. THE USE

WASN’T.

CAN MODULARITY MAKE PUBLIC

FURNITURE MORE RESPONSIVE

TO CHANGE?

PEOPLE CHOSE THE GRASS

WHEN THE BENCH DIDN’T SUPPORT THE WAY THEY

WANTED TO SIT.

02

03

THE MODULAR IDEA

ONE STRUCTURE. THREE POSITIONS. ENDLESS WAYS TO USE IT.

THERE IS NO ONE WAY TO SIT.

Instead of designing three different seats, NODE uses one structural system whose side elements can change position. The configuration changes the relationship between support, openness, relaxation, and social use.

This project began as research into modularity. I built a framework of four questions to understand what makes a modular object truly adaptable, then designed NODE as an answer to each one.

In the park, people lean, lie back, sit cross-legged, perch on the edge or face each other. A fixed bench chooses one of these for everyone. NODE does the opposite: its sides move, so each person shapes the seat to their own body and moment.

Both sides up: armrests and back support for a short rest, plus a handy point to lean a bike or tie a dog's lead.

CLICK A POSITION TO SEE IT ↓

One up, one down: a reclined lounge to lean back, stay longer and look out over the lake.

Both sides down: an open platform to sit cross-legged, face each other, lie down or play.

NODE with both side elements lowered

BOTH SIDES UP

NODE with one side raised and one side lowered

01

BOTH SIDES DOWN

ONE UP / ONE DOWN

NODE with both side elements raised

CHANGE HAPPENS
AT THE CONNECTION.

NODE modular mechanical connection

The connection is the physical point where NODE becomes modular. The side elements are attached to the permanent structure through a reversible mechanical connection.

NODE early design development sketches
NODE connector development sketch
NODE early configuration sketches

This means the object does not need to be redesigned to
create another configuration. The same structure supports multiple positions.

PERMANENT
WHERE IT NEEDS
TO BE.

NODE applies modularity selectively rather than making every component removable.

NODE technical drawing: exploded assembly
NODE technical drawing: saddle clip
NODE technical drawing: general arrangement
NODE technical drawing: mounting plates A, B and C

THE FORM BECAME A
RELATIONSHIP BETWEEN PARTS.

The result is not three seats. It is one seat designed with the capacity to change.

The permanent structural base provides the strength and stability required for

outdoor public use.

Mechanical fixing allows selected elements to be repositioned, removed, or replaced without redesigning the complete object.

Timber is used where the body touches the furniture, prioritising comfort and thermal performance.

01

GENERAL ARRANGEMENT

Overall geometry / principal views

Plates A, B and C / bolt-hole layout

02

MOUNTING PLATES

03

EXPLODED ASSEMBLY

Component hierarchy / assembly sequence

04

SADDLE CLIP

Detail component / connection logic

A GLIMPSE OF THE RESEARCH

How can modularity support

adaptable public furniture?

DESIGN CONTRIBUTION

Not a bench that tells you how to sit. A seat that lets you decide.

DESIGNING
FOR CHANGE.

NODE

Next Project

Three people sitting and chatting on NODE seating in a Berlin park
Four friends lounging on NODE seating in different positions
CLICK A QUESTION TO SEE HOW NODE ANSWERS IT
01What are the modules?COMPOSITION+
NODE · One permanent central structure and two side elements. The structure carries the load; the two sides are the parts that change.
02How are they joined?CONNECTION+
03Who can change them?AGENCY+
04When does change happen?TEMPORALITY+
Source: Author's framework, based on Bonvoisin et al. (2016) and Pasello et al. (2025).
01BOTH SIDES UP
1 / 3

The raised side element provides a convenient point to secure and lean your bike while taking a break.

The side element also gives you a practical point to hook your dog's leash, keeping them close while you sit.

Raised elements can provide additional points of support for users who need a more assisted sitting position.

02ONE UP / ONE DOWN
1 / 2

The raised lounge position provides a comfortable place to sit back, relax, and enjoy the view of the lake.

The reclined configuration creates a comfortable lounge position for longer periods of relaxation and enjoying the surrounding view.

03BOTH SIDES DOWN
1 / 2

The more open configurations support informal social occupation and longer periods of relaxation.

Lower elements make the furniture more open to informal, playful and shared occupation.

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