data cyborg stories

INVESTIGATIVE STORYTELLING FOR LIBERATION USING DATA AND AI

 

How can artists, activists, and concerned citizens investigate power through data—and transform hidden information into public truth?

• 1. June - 26. June
• Based in Berlin, Germany
• Four weeks, full-time
• Small class of participants
• One-month residency following program completion


Artist / Student (Full Time)
€1995 until 14. May, regular fee €2225

Freelancer
€2125 until 14. May, regular fee €2395

Professional
€2395 until 14. May, regular fee €2525

APPLY BELOW!

 
 

course
description

From whistleblowing platforms to grassroots open-source investigations, we have seen how access to data can shift public understanding and challenge dominant narratives. Yet today, the infrastructures of data extraction, AI, and algorithmic governance have become more opaque, more complex, and more difficult to interrogate.

data cyborg stories is a one-month full-time program that explores how artists, activists, and concerned citizens can use data and AI as tools for investigation, interpretation, and public storytelling. Inspired by traditions of whistleblowing, citizen-led journalism, and critical art practice, the course focuses on uncovering hidden structures and transforming them into works that can be experienced, questioned, and shared in public space.

Rather than treating data as neutral truth, we approach it as evidence: partial, situated, and shaped by systems of power. Every dataset contains absences. Every method of collection reflects a perspective. Every model produces a version of reality. The task is not simply to analyze data, but to extract meaningful narratives responsibly and translate them into forms that make sense beyond technical contexts.

The course is organized around the practical workflow of an investigative creative practice: finding a question, gathering traces, structuring and interrogating data, extracting patterns, and translating those patterns into public form. Participants will learn hands-on methods in Python, web scraping, data cleaning, visualization, AI-assisted research, and rapid prototyping, while developing their own exhibition-oriented projects.

The conceptual thread tying the course together is the idea of the data cyborg: neither detached analyst nor passive subject of data extraction, but a situated investigator working across human intuition, technical systems, embodied knowledge, and collective sense-making. Through this lens, participants will explore how data can be used not only to measure and classify, but to expose, connect, witness, and imagine otherwise.

Throughout the month, participants will develop a project that culminates in a public exhibition, taking the form of an installation, interface, visual system, performative lecture, or other spatially situated work. The goal is not only to understand data systems, but to intervene in how knowledge is produced, shared, and felt.


in this program you’ll learn

  • how to frame an investigative question using data

  • how to collect, scrape, and structure research material

  • how to work with Python through hands-on practice

  • how to clean, explore, and visualize data

  • how to use AI and retrieval systems to interrogate archives and datasets

  • how to extract patterns and develop narratives responsibly

  • how to prototype public-facing works using data and AI

  • how to translate research into an artwork, interface, installation, or exhibition piece

  • how to situate technical methods within feminist, eco-feminist, and critical design perspectives

  • an amazing network and community of like-minded creative beings and potential future collaborators through weekly potlucks and other events


course outline

Each week consists of:
Part 1: Concepts, case studies, and technical workshops
Part 2: Studio practice, critique, and project development

The program is intensive and project-driven, with continuous support from all instructors.

Week 1: Framing the question — data, narrative, and investigative art

The first week is about getting to know one another, sharing backgrounds and interests, and identifying the issues, obsessions, and publics that matter to each participant. We introduce the course’s core flow — trace, structure, narrative, form — alongside examples from data art, activist research, and citizen-led investigative practices.

Participants begin thinking not in terms of “datasets” or “tools,” but in terms of investigative questions: What do I want to uncover? What system, structure, or narrative do I want to challenge or reveal?

We also introduce the idea of the data cyborg as a figure for hybrid inquiry: part researcher, part storyteller, part interface designer, part witness, part collective voice.

We look at examples from whistleblowing, investigative journalism, and data-driven art, examining how raw information becomes public knowledge.

Topics:
data as evidence, investigative art, narrative construction, situated knowledge, data feminism, cyborg theory, exhibition as inquiry

Practical skills:
Python basics, working with datasets, exploratory analysis, framing a research question

Week 2: Gathering traces — collection, scraping, and building an archive

In the second week, participants learn how to scrape, gather, and organize material while critically examining what is included, excluded, or distorted. This includes scraping, collecting open data, assembling textual and visual archives, and discussing the politics of extraction and evidence. We focus on practical methods for turning raw materials into something searchable, comparable, and investigable.

This week emphasizes that collection is already interpretation. Participants think carefully about what kind of archive they are building, what biases it inherits, and what kinds of claims it may or may not support.

Topics:
web scraping, open-source investigation, dataset construction, metadata, proxies, bias, ethics of data collection, archives as narrative infrastructure

Practical skills:
web scraping, cleaning data, joining sources, organizing research corpora, synthetic data where needed, documenting methods

Week 3: Interrogating the material — pattern finding, AI-assisted inquiry, and interpretation

Week three focuses on extracting signals and narratives from the collected material. Using visualization, basic machine learning, and AI-assisted tools, we explore how patterns, anomalies, and relationships emerge.

The emphasis here is not on prediction for its own sake, but on using computational methods as tools for investigation and interpretation. We ask: What patterns appear? Which are meaningful, and which are artifacts of the method? What can be responsibly inferred? How do multiple interpretations coexist?

Topics:
pattern recognition, interpretation vs prediction, AI as research assistant, RAG systems, multimodal inquiry, same data / many narratives, model bias, responsible inference

Practical skills:
visualization, simple ML workflows, multimodal RAG, custom agents for navigating research materials

Week 4: From narrative to public form

The final week is dedicated to translating investigations into exhibition-ready works. Participants decide how their findings should be experienced in space.

Possible formats include:

  • installations

  • screen-based works

  • interactive interfaces

  • data sculptures

  • video essays

  • performative lectures

  • participatory or investigative setups

The focus is on translation: how to make a complex investigation legible, affective, and responsible in public.

Participants refine both content and form with mentorship from all three instructors, preparing their projects for exhibition and documentation.

Topics:
exhibition design, interface as storytelling, visualization as rhetoric, audience, ethics of display, documentation

Practical skills:
rapid prototyping, visual and spatial presentation, narrative sequencing

Output:
final project ready for exhibition

final exhibition

The course culminates in a public presentation or exhibition of participant projects.

DATA CYBORGS: traces, patterns, counter-narratives

A group exhibition of investigative art and public research projects exploring how data can be used to reveal hidden systems, challenge dominant accounts, and create new forms of collective sense-making.


who is this program for?

This program is for artists, journalists, activists, designers, researchers, and concerned citizens who want to use data and AI to investigate issues they care about and transform those investigations into public-facing works.

It is especially for people who:

  • want practical tools for researching with data

  • are interested in artistic or activist uses of AI

  • want to create meaningful work for public exhibition

  • are drawn to investigative storytelling, critical technology, and collective learning

  • want to understand how narrative is constructed through data, not just extracted from it

No prior experience is necessary. Participants will be supported in developing both technical confidence and conceptual clarity.


about the residency

The difference between a program and residency is that a four-week full-time program has dedicated instructors and learning support and takes place downstairs at School of Machines. The residency is about putting your newfound skills into practice or taking time to learn something new independently. While there is no specific learning support during this residency period, you will have access to tools. Additionally, there is always a possibility to connect and continue learning with the Members and other residents of the Make-Believe Studio and community space located on the 5th floor.


instructors

 

Alexandre Puttick
Data Scientist, Writer, Artist, and Educator

Alexandre Puttick is a data scientist, writer, artist, and educator based in Biel, Switzerland. They are currently a postdoctoral researcher and lecturer at the Bern University of Applied Sciences in the Applied Machine Intelligence group, where their work focuses on fairness in AI systems and AI applications for mental health. They previously completed the artistic research project Latent Spaces at Zurich University of the Arts, exploring ambiguities in big data and data science. Alexandre brings together mathematics, machine learning, artistic research, and critical pedagogy, with a focus on data storytelling, sociotechnical context, and liberatory approaches to AI.

 

Meredith Thomas
Creative Technologist

Meredith is an artist and creative technologist based in Berlin. He studied biomedical engineering and science communication at Imperial College London. After moving to Berlin he became interested in creative uses of technology. He has worked as a programmer and an artist to create transmedia experiences in virtual reality, for multimedia installations and for the stage. His work focuses in particular on novel uses of machine learning in creative domains and critiquing the broader technological and cultural manifestations of artificial intelligence.

 

program facilitator

Rachel Uwa
Artist, Educator

Rachel Uwa is an artist and educator with a background in audio engineering and visual effects. She founded the School of Machines, Making & Make-Believe in Berlin, Germany in 2014, an independent school hovering at the intersection of art, technology, design, and human connection. Rachel specializes in working with communities and through her work aims to make the technical sector more diverse and inclusive. She uses technology as a catalyst to encourage others to become more critically-minded, and more deeply engaged with their surroundings and with themselves.

 

 

Program Application Form

Thanks for your interest in our Summer 2026 Program Data Cyborg Stories: Investigative Storytelling for Liberation using Data and AI! We will accept participants on a rolling basis, so we encourage you to submit your applications early. After applying, we will contact you within a few days to schedule an interview.

Everyone is welcome! Women and persons from under-represented communities in the tech field highly encouraged to apply! No prior experience required. This is an emerging field. Not many people have experience in these areas. We hope to help change that!

Please note: We are currently self-funded and do not have the ability to provide scholarships at this time.

If you are a working professional, please inquire with your company about covering the costs of your tuition as part of professional development. If you are currently a university student, consider asking your school administrators if they provide funding assistance. Several past participants have received financial support in these ways. Best of luck!