CARL / OzCHI 2026
Accepted workshop · OzCHI 2026

Designing
through
Becoming.

Bodystorming Human-Robot Collaboration in Construction

Apply to participate

Full day · In person · No bricklaying experience needed

DESIGNING THROUGH BECOMINGHands arranging wooden bricks with kinetic sand and hand tools during a bricklaying enactment
Low-fidelity material enactment of bricklaying using wooden blocks, kinetic sand and hand tools.
WhereAdelaide, Australia
WhenSunday, 22 November 2026
Participation deadline9 November 2026

01 / The question

What is the human’s role and place?

If a bricklayer and a collaborative robot are constructing a wall together, what is the role and place of the human in that collaboration?

Australia’s housing crisis raises questions of labour, productivity, skill, safety and technology adoption. Construction work is situated, embodied, material and spatially contingent. This workshop asks how HCI can help design human-robot collaboration (HRC) in construction without treating the human as a residual operator or the robot as a simple replacement for labour.

We invite you to design through becoming: the bricklayer, the robot, the wall, the safety boundary and the spatial constraint. Using bricklaying tasks as a shared site for design inquiry, we will explore what humans do, notice, repair, coordinate and decide in collaborative construction work.

MORNING / BODYSTORMING

Embodied investigation.

Use body activation, role enactment and low-fidelity props to investigate three HRC bricklaying task scenarios. Develop human role maps describing what humans do, sense, decide, coordinate and repair.

AFTERNOON / SPATIAL PROTOTYPING

Immersive spatial prototyping.

Move from 2D layout planning into XR-based immersive prototyping to explore the spatial place of the human in HRC, including visibility, reach, safety zones, handovers, material flow and points of intervention.

Immersive prototype showing a human-robot bricklaying workspace
An immersive prototype for exploring the spatial arrangement of collaborative bricklaying.

02 / The day

From embodied exploration to design.

We will develop human role maps, spatial layout concepts and design recommendations for human-centred construction robotics.

Provisional programme

All times are local to Adelaide.
Sunday, 22 November 2026.
Room to be confirmed.

TimeActivity
09:00Welcome & Acknowledgement of Country
09:30Framing collaborative bricklaying
10:00Body activation exercise
10:30Morning tea
10:45Bodystorming HRC bricklaying tasks
12:00Human role mapping
12:30Lunch break
13:30Immersive spatial prototyping
14:45Afternoon break
15:00Spatial layout synthesis
16:00Design recommendations
16:30Final presentations and discussion
17:00Optional informal gathering, subject to the OzCHI schedule

03 / Take part

Different perspectives.
A shared workspace.

We welcome researchers, designers and practitioners interested in how people and robots work together.

Bring your perspective from HCI, architecture, construction, robotics, human factors, immersive technology, social science or design education. We plan to bring together approximately 12–20 participants in interdisciplinary groups.

No prior bricklaying experience is needed. You will be guided through the activities.

Participate in a way that works for you.

Movement activities can be adapted for seated or standing participation. Observing, sketching and directing are equally welcome ways to contribute. Headset use is optional; participants can also annotate layouts and join the discussion from outside the immersive scene.

Activities will not require strenuous movement or heavy lifting. To discuss accessibility requirements, contact Jasper.

04 / The team

Meet the organisers.

Jasper Vermeulen

Queensland University of Technology
Australian Cobotics Centre

Human factors and human-robot collaboration in real-world work.

Anthony Franzè

Griffith University & QUT

Product and user experience design; collaborative robotics in bricklaying.

Yuan Liu

Queensland University of Technology

Immersive, spatial and interactive technologies for human-robot collaboration.

Müge Belek Fialho Teixeira

QUT Construction and Architectural Robotics Lab

Design robotics, computational design, and architectural and robotic fabrication.

Alan Burden

QUT Construction and Architectural Robotics Lab

Human-centred design, construction innovation and collaborative robotic systems.

Glenda Amayo Caldwell

QUT Design Lab & QUT Centre for Robotics

Human-centred and socio-technical approaches to architectural robotics.

Join us at OzCHI 2026

Bring your perspective.
Build something together.

Applications are open. Complete the Google Form to apply to participate in the workshop.

Questions? Email Jasper Vermeulen.

Call for participation closes
9 November 2026
Participant notifications
Before 16 November 2026
Workshop date
Sunday, 22 November 2026
Room
To be confirmed
Conference
OzCHI · 21–25 November 2026 ↗