Parasites & Robotics

Salvador Marino

NEXT DATES

1st – 5th of December 2025

18:00–22:00 (20 hours total)

 

LOCATION

Sybil, Leuschnerdamm 13, Aufgang 3 / EG, Berlin

 

The workshop is programmed to last a total of 20 hours. 

5 days – 4 hours per day.

 

DESCRIPTION

Parasites & Robotics is a sci-fi workshop that bridges biology and robotics, drawing parallels between natural evolution and technological design. By examining concepts such as body architecture, sensory perception, hots, evolution, and behavior, participants will dive into how parasites evolve and interact with their environments and how these biological principles can inspire robotic design.

Through creative exercises, participants will explore how robotic bodies can emerge as adaptive entities that inhabit both physical and virtual ecosystems. The workshop invites reflection on environments, interfaces, host bodies, and the dynamic relationship between organic and artificial life forms. Using Arduino boards, Pure Data and Ableton as our base tools, we’ll prototype behaviors and sensory systems that respond to real-world stimuli. Participants will also be introduced to Unreal Engine, learning how to extend their robotic creations into virtual spaces. 

By the end of the workshop, participants will collaboratively prototype and animate their own bio-inspired robotic parasite, exploring how hybrid organisms can exist between code, hardware, and imagination.

 

 

*The first workshop in Berlin featured presentation by Jira Duguid  and Josefina Maro.

AIMS

  • Bridge biological principles of parasites with robotics, focusing on adaptation, movement, and sensory perception.
  • Introduce participants to the fundamental concepts of Arduino, actuators, and robotic sensors.
  • Develop hands-on experience in building and programming robotic systems using open-source platforms.
  • Explore different Processing Environments, like Pure Data and  Ableton can be used to control robots with a Host computer, integrating programming with physical movement.
  • Explore how Arduino can interact with game engines like Unreal Engine to create hybrid systems that blend physical robotics and virtual environments.
  • Support participants in conceptualizing and prototyping their own robotic projects within a collaborative framework.
  • Dive into extreme biological adaptations and sci-fi, exploring how they can inspire new ways of thinking beyond a human perspective.

WHO CAN JOIN:

This workshop is open to creative minds, artists, performers, designers, and anyone interested in robotics, biology, programming, interactive installations, and interdisciplinary research. No prior experience is required.

REQUIREMENTS

The participation in the workshop includes a basic Arduino kit for each participant, providing the tools to prototype and develop their own robotic project.

The participants need to bring their laptops.

NEXT DATES

Parasites & Robotics

⌂SYBIL⌂. Berlin (DE)

01.12-05.12.2025

PREVIUS DATES

Parasites & Robotics

⌂SYBIL⌂. Berlin (DE)

28.07-01.08.2025

SYLLABUS

Each session combines theoretical concepts of biology, practical design, and creative process, with critical reflection, structured around these core topics:

 

● Body & Boards |
Explore the anatomical structures of parasites and compare them with the evolving architecture of Arduino hardware.


● Adaptation & Development |
Investigate how biological adaptations can inform iterative design strategies in robotics.


● Sensorial Organs & Sensors |
Understand how organisms perceive their environments and learn to replicate these functions using robotic sensors.


● Appendages & Actuators |
Examine the diversity of parasitic locomotion and experiment with actuators that bring robotic limbs to life.


● Behavior & Programming |

Define robotic behavior through code, developing systems that react and adapt in lifelike ways.


● Environment & Interface |
Study the extreme habitats in which parasites thrive to inspire the design of responsive interfaces for digital and physical interaction.


● Prototyping Our Own Robotic Parasite |
Synthesize all concepts to collaboratively build, program, and animate a bio-inspired robotic organism.

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