Columbia GSAPP: Horizontal MSCDP: Lucia Rebolino

Columbia GSAPP: Horizontal MSCDP: Lucia Rebolino

🎙 Columbia GSAPP 👥 29K 📅 August 25, 2026 ⏱ 104 min 👁 4 📄 lecture 🧭 2026-08-25
Available in: English (current) Français

Keywords

computational designforensic architecturecartographyremote sensingclimate models

Summary

Lucia Rebolino, an artist, architect, and computational designer, presents her trajectory from traditional architecture studies in Italy to her current role as a researcher at Forensic Architecture in London. She discusses her early interest in landscape ecology and parametric tools, leading her to the MS Computational Design Practices (MSCDP) program at Columbia GSAPP. During her time there, she developed a project investigating the conflict between 5G towers and weather satellites over the electromagnetic spectrum, using web development and data visualization to create an interactive platform. After graduating, she joined Forensic Architecture, where she applied her skills in cartography and web development to environmental justice and human rights investigations, notably contributing to the ‘Cartography of Genocide’ project related to the Gaza conflict. She also discusses her parallel artistic practice, including the ‘Unpredictable Atmosphere’ project, which explores climate models and uncertainty, and her work with the Institute of Contemporary Art in Graz on the ‘Komuna Maro’ project. Throughout, she emphasizes the importance of spatial thinking, computational tools, and the intersection of art, science, and activism.

173 words

Critical Evaluation

Value of the Information & Strength of the Argument

The lecture provides valuable insights into the application of computational design in investigative and artistic contexts. Rebolino’s argumentation is grounded in her personal experience and specific projects, demonstrating how computational tools can be used to visualize complex systems and support human rights investigations. She effectively bridges theoretical concepts with practical applications, offering a compelling narrative of her professional evolution. The value lies in the concrete examples of how skills learned in an academic program translate into real-world impact, particularly in the realm of forensic architecture.

Scientific Rigor, Source Quality, Title Accuracy

The lecture is a first-person account, so its scientific rigor is based on the credibility of the speaker and the institutions she references. She mentions collaborations with NASA, ESA, and Forensic Architecture, which lends authority to her claims. The title accurately reflects the content, as it is a lecture within the MSCDP series. The description provides a detailed biography, and the lecture itself is a coherent narrative. While not a formal scientific presentation, it offers a transparent view of her methods and projects, contributing to its overall reliability.

188 words

Title / Content Match

The title accurately reflects the content: a lecture by Lucia Rebolino within the MSCDP series at Columbia GSAPP.

Quality & Reliability

7/10

The lecture is a first-person account of a practitioner's trajectory, grounded in specific projects and collaborations with institutions like Forensic Architecture and NASA. While not peer-reviewed, it provides authentic insights into computational design practices and investigative methodologies.

Key Moments

Cited Sources

  • Forensic Architecture — Mentioned as her current employer and a research agency investigating human rights and environmental violence.
  • e-flux — Mentioned as the publication venue for her project 'Unpredictable Atmosphere'.
  • Venice Architecture Biennale — Mentioned as an exhibition venue for her project.
  • MoMA R&D Salon — Mentioned as a presentation venue for her project.
  • Institute of Contemporary Art, Graz — Mentioned as a collaborator on the 'Komuna Maro' project.

Concurring Sources

  • Forensic Architecture — The agency's public reports align with the described investigations.
  • e-flux — The publication of her article supports her claims about the project.

Contribution & Novelties

The lecture offers a unique perspective on the intersection of computational design, forensic investigation, and artistic practice. Rebolino’s work demonstrates how spatial thinking and computational tools can be applied to environmental justice and human rights, providing a model for practitioners. Her project on 5G interference with weather satellites is a novel example of using data visualization to expose invisible conflicts. The lecture also highlights the potential of web-based platforms as sites for research and narrative.

Pour aller plus loin :

  • Forensic Architecture — The agency’s website provides extensive documentation of their investigative projects.
  • Unpredictable Atmosphere — The e-flux publication of her project offers deeper insight into her research.
  • Remote sensing — A foundational concept for understanding the satellite data used in her work.
  • Counter-cartography — A related practice that challenges traditional mapping methods.

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Radar Profile

The radar profile shows high scores in information quantity and quality, reflecting the lecture's rich content and credible sources. The technical level is moderate, as the talk is accessible to a broad audience. Overall, the lecture is well-rounded, with strengths in providing valuable information and maintaining reliability.

Reliability 7/10

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