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Student Showcase Archive

Fernando Galdon

MPhil work

MPhil work

  • Case 1 - Trust in static systems - Re-Designing the User interface

    Case 1 - Trust in static systems - Re-Designing the User interface, Fernando Galdon

  • Case 2 - Trust in dynamic systems - Re-Designing data protection

    Case 2 - Trust in dynamic systems - Re-Designing data protection, Fernando Galdon

  • Case 3 - Trust in automated systems - Understanding automated systems

    Case 3 - Trust in automated systems - Understanding automated systems, Fernando Galdon

  • Case 5 - Trust calculator - Sustainability Edition

    Case 5 - Trust calculator - Sustainability Edition, Fernando Galdon 2019

Designing trust

This PhD investigates trust design at the intersection of Artificial intelligence and society. The research has been published and presented internationally at conferences at MIT, The University of Cambridge, The University of Manchester, The Royal College of Art or the University of Côte d'Azur. 

As part of his research, the author has developed novel methodologies in design practice, such as Prospective design. This future-led, mixed-methodology incorporates trajectories, probabilistic extrapolation, asymmetries, consequential analysis, and counter-fictions to design novel strategies to mitigate unintended consequences in prospective technological developments. 

Info

Info

  • Fernando Galdon
  • MPhil

    School

    School of Design

    Programme

    Global Innovation Design, 2016–

  • Fernando's design practice experiments with the use of design, art, sociology, science and technology as mediums to reconfigure processes and systems of production to question the social, cultural, ethical and political context in which they operate.

    His MSc in Cognitive Computing researched emotional pattern recognition through EEG sensor-dry technology to foresee the relationships between emotions and memory. This work led to an AHRC studentship award to further his expertise on the intersection of neuroscience and design. His MRes focused on redefining the use of Neuroscience in design practice from a socially interactive perspective. It addressed the ethical implications for society of accessing subconscious information and proposed, through practice, technological implementation focused on improving well-being, social interaction and self-knowledge (neuro-ethnography). In the process, it set up the foundations for the humanities to integrate neuroscience in design practice. 

    Currently, he is pursuing a doctoral programme in Global Innovation Design at the RCA, where he is investigating trust design at the intersection of artificial intelligence and society. This research has been published and presented internationally at conferences at MIT, The University of Cambridge, The University of Manchester or the University of Côte d'Azur. 

    As part of his research, he has developed novel methodologies in design practice, such as prospective design. These future-led, mixed-methods incorporate trajectories, probabilistic extrapolation, asymmetries, consequential analysis and counter-fictions to design novel strategies to mitigate unintended consequences in prospective technological developments. 

  • Degrees

  • MRes Design, Goldsmiths college, University of London, 2013; MSc Cognitive Computing, Goldsmiths college, University of London, 2012; BA Product Design, London Metropolitan University, 2010; HND Structural Engineering, Polytechnic College San Vicente Ferrer, 2005
  • Exhibitions

  • Goldsmiths Computational Studio Arts, London, 2013; Tilt, Hoxton gallery, London, 2013; Intentions: Conversations, Experiences and Knowledge. 2017
  • Conferences

  • (2019) The International Conference on Industry 4.0 and Artificial Intelligence Technologies. The University of Cambridge, UK.; (2019) The 1st International Conference on Human Interaction and Emerging Technologies, The University of Côte d'Azur, Nice, FR.; (2019) Applied Energy Symposium AEAB2019, Massachusetts Institute of Technology (MIT), Boston, USA.; (2019) The International Association of Societies of Design Research Conference IASDR2019, The University of Manchester, UK.
  • Publications

  • 2012 - Physical Computing, Handcranked Press, August 2012, Authors: Fernando Galdon, Brock Craft, Eleanor Dare, Catherine M. Weir; 2013 - Digital Revolution, McConnon, N. et al., EdsBarbican International Enterprises, London, 2013 Authors: Fernando Galdon, Catherine M. Weir.; 2019 - Galdon, F., & Wang, S. J. (2019). Designing trust in highly automated virtual assistants: A taxonomy of levels of autonomy. Proceedings of the International Conference on Industry 4.0 and Artificial Intelligence Technologies. Cambridge, UK.; 2019 - Galdon, F., & Wang, S. J. (2019). From apology to compensation; A multi-level taxonomy of trust reparation for highly automated virtual assistants. Proceedings of the 1st International Conference on Human Interaction and Emerging Technologies, FR.; 2019 - Galdon, F., & Wang, S. J. (2019). Optimising user engagement in highly automated virtual assistants to improve energy management and consumption. Proceedings of the 2019 Applied Energy Symposium AEAB2019, Massachusetts Institute of Technology, MIT.; 2019 - Galdon, F., & Wang, S. J. (2019). Future development of AI Virtual Assistants (VAs) in Energy management and consumption. Proceedings of the 2019 Applied Energy Symposium AEAB2019, Massachusetts Institute of Technology (MIT), Boston.; 2019 - Galdon, F., Hall, A., & Wang, S. J. (2019). Anticipatory design: A future-led mixed-methodology to mitigate unintended consequences. Proceedings of the International Association of Societies of Design Research Conference IASDR2019