Project Brief
Consider the role of the home in an age of radically hybridized space. Envisage a mixed reality domestic environment — a room, a landscape, a something else — created for an individual with very particular needs, desires, fears, pleasures, or obsessions.
_____
I failed to understand the value of research and fact as a catalyst for design until I spent 4 weeks running in neutral — rather than starting with fact I began by imagining a man who lives in a future-past and travels about collecting the bored technologies that have been discarded and disregarded by their caretakers. Visualizing this helped immensely with teasing out various outcomes within the project — the what if questions that emerged from the collages allowed me to begin untangling the narrative thread and play out my own obsessions: my love of the micro-world and my desire to understand the implications of present technologies on the future.
Utilizing drawing and research, I shed the written narrative from my project and focused on the iteration of the design. After researching various types of nanorobots and microrobots I became absorbed into the world of engineering and science and began grappling with the same issues that they do — what does it mean to live in a world where our technologies are so smart that they can reach boredom? With the fast approach of autonomous robotics, I can't help but wonder how we will tend to our own makings — is it our duty or responsibility to keep them from reaching boredom?
Asking these questions allowed for the emergence of a hybrid space— not quite a paddock, not quite a zoo — in which the parameters of the autonomous aerobot governed the shaping of the space. The first iterations look at the flight patterns of the microbots as part of a dynamic air-flow system that alters and challenges the flight of the bot so that it doesn't become accustom to or bored of a certain pace or rhythm.
Continuing to build on the technical drawings, I felt as though the re-entry of certain collage elements would help convey the experience of a person within the space. Bringing in the collage elements provided the opportunity to more closely consider the scale and experience within the space — would there be signage? What would the gamekeeper look like? Would there be a spectacle made of the flight of the bots [playing off the knowledge of the circus, the zoo, the carnival...].
The development of the project has resulted in an outcome that seeks to use the dynamic flight of the microbot in combination with technical drawing and collage to question and explore the possible future in which it is our duty to facilitate environments where we can tend and surveil the innate tendencies and habits of the microbots.
Personal Proposal
We know that increasing complexity [in robotics] may give rise to emergent behaviors not foreseen in the design of a machine.
What are the implications of emergent behaviors in machines? Better yet, what are the emergent behaviors of complex machines? As technology and scientists lend themselves to the creation of task specific robotics, we find ourselves immersed in a world of smart and potentially bored machines. Our exposure to smart technology causes a collective trust in an underlying system that increases efficiency and economy but also eliminates our abilities to be self-reliant. The insertion of smart technologies and robotics has crept into our habits without our having to reflect as a culture upon the humanization and self-reliant natures of robotics: the roomba murrs against the floorboard seeking out debris from the day, the surveillance crow watches over the neighborhood detecting moving masses, and the tiniest of nano robots continues to follow the life of a honeybee as it harvests the nectar from the burgeoning plant.
The Center for Responsible Nanotechnology grapples with this issue in their online Nanotech Scenario Series in which they “produce scenarios of a near-future world in which exponential general-purpose molecular manufacturing becomes a reality that illustrates the challenge of contending with the implications of advanced nanotechnology”. Gerardo Beni states further that the patterning of artificial intelligence adheres to “swarm intelligence, a concept for collective behavior of decentralized, self-organized systems, natural or artificial”. Within the parameters of scientific speculation and documentation, what will become of robots that have outgrown their tasks and are left to their own devices, locked within a perpetual state of animation? With nanotechnologies’ ability to self-replicate and construct larger robots, I believe it is our duty to facilitate environments in which we can tend, curate and surveil the innate tendencies of the nano robots.
Lacking the ability to elegantly decay, nano robots are released from their tasks into an environment in which they have no choice but to continue “living”. Without socratic reason and empathetic capabilities, these smart technologies cannot be trusted to become “free-range”. When dissecting the individual capabilities of task oriented robots, what values govern our ways of tending to our creations? Do they have the rights to be treated as humans, animals, or machines? Who or what manages their inherent boredom? The project will utilize the existing constructions and experiences associated with exhibition venues [circus, zoo, electrocution chamber, etc] as a means for exploring a hybrid container for facilitating the continued animation of nano robots. I will focus on the spatial experience — what does it sound like? are the nano robots orchestrated in flight or more wild? do I pay in order to watch the nano robots complete tasks? can I interact with them through bodily connection or emission of certain electromagnetic frequencies? are they attracted to specific structures revealing their underlying idiosyncrasies? Through a series of static collages that combine technological specs with found imagery, I will craft the potential hybrid space in drawings, collages, and animation. The three together will illustrate a potential space of the aeronautical robot [just one type of nano robot], the interaction between human and machines as orchestrated by the space, and patterns of the nano robots in response to the various human provocations.

Reflection
This project exploration pushed me to ground myself in my explorations — for many projects, I tend to become lost in the beautiful fiction of it all. But, as Phil says, this isn't an MFA writing program. Acknowledging this, I chose to eliminate the traditional aspects of "telling a story" and allow for the work and the project proposal to speak for themselves. In a way, this was an entirely new way of making for me — and I think it pushed me to be more critical of my own work and the iterations I composed. One of the more valuable aspects of this project was learning how to make precise decisions surrounding a concept and accept that not all emergent questions need to be answered. Moving into my thesis year, many of the undertones and questions brought up from this project will undoubtedly reappear. The incorporation of science, technology, and user experience are the jumping off point for my personal explorations. I hope to maintain the ability to discount pure fiction in favor of scientific fiction in my own work.
Above images are the in-progress collages that will continue to develop over the summer.
Consider the role of the home in an age of radically hybridized space. Envisage a mixed reality domestic environment — a room, a landscape, a something else — created for an individual with very particular needs, desires, fears, pleasures, or obsessions.
_____
I failed to understand the value of research and fact as a catalyst for design until I spent 4 weeks running in neutral — rather than starting with fact I began by imagining a man who lives in a future-past and travels about collecting the bored technologies that have been discarded and disregarded by their caretakers. Visualizing this helped immensely with teasing out various outcomes within the project — the what if questions that emerged from the collages allowed me to begin untangling the narrative thread and play out my own obsessions: my love of the micro-world and my desire to understand the implications of present technologies on the future.
Utilizing drawing and research, I shed the written narrative from my project and focused on the iteration of the design. After researching various types of nanorobots and microrobots I became absorbed into the world of engineering and science and began grappling with the same issues that they do — what does it mean to live in a world where our technologies are so smart that they can reach boredom? With the fast approach of autonomous robotics, I can't help but wonder how we will tend to our own makings — is it our duty or responsibility to keep them from reaching boredom?
Asking these questions allowed for the emergence of a hybrid space— not quite a paddock, not quite a zoo — in which the parameters of the autonomous aerobot governed the shaping of the space. The first iterations look at the flight patterns of the microbots as part of a dynamic air-flow system that alters and challenges the flight of the bot so that it doesn't become accustom to or bored of a certain pace or rhythm.
Continuing to build on the technical drawings, I felt as though the re-entry of certain collage elements would help convey the experience of a person within the space. Bringing in the collage elements provided the opportunity to more closely consider the scale and experience within the space — would there be signage? What would the gamekeeper look like? Would there be a spectacle made of the flight of the bots [playing off the knowledge of the circus, the zoo, the carnival...].
The development of the project has resulted in an outcome that seeks to use the dynamic flight of the microbot in combination with technical drawing and collage to question and explore the possible future in which it is our duty to facilitate environments where we can tend and surveil the innate tendencies and habits of the microbots.
Personal Proposal
We know that increasing complexity [in robotics] may give rise to emergent behaviors not foreseen in the design of a machine.
What are the implications of emergent behaviors in machines? Better yet, what are the emergent behaviors of complex machines? As technology and scientists lend themselves to the creation of task specific robotics, we find ourselves immersed in a world of smart and potentially bored machines. Our exposure to smart technology causes a collective trust in an underlying system that increases efficiency and economy but also eliminates our abilities to be self-reliant. The insertion of smart technologies and robotics has crept into our habits without our having to reflect as a culture upon the humanization and self-reliant natures of robotics: the roomba murrs against the floorboard seeking out debris from the day, the surveillance crow watches over the neighborhood detecting moving masses, and the tiniest of nano robots continues to follow the life of a honeybee as it harvests the nectar from the burgeoning plant.
The Center for Responsible Nanotechnology grapples with this issue in their online Nanotech Scenario Series in which they “produce scenarios of a near-future world in which exponential general-purpose molecular manufacturing becomes a reality that illustrates the challenge of contending with the implications of advanced nanotechnology”. Gerardo Beni states further that the patterning of artificial intelligence adheres to “swarm intelligence, a concept for collective behavior of decentralized, self-organized systems, natural or artificial”. Within the parameters of scientific speculation and documentation, what will become of robots that have outgrown their tasks and are left to their own devices, locked within a perpetual state of animation? With nanotechnologies’ ability to self-replicate and construct larger robots, I believe it is our duty to facilitate environments in which we can tend, curate and surveil the innate tendencies of the nano robots.
Lacking the ability to elegantly decay, nano robots are released from their tasks into an environment in which they have no choice but to continue “living”. Without socratic reason and empathetic capabilities, these smart technologies cannot be trusted to become “free-range”. When dissecting the individual capabilities of task oriented robots, what values govern our ways of tending to our creations? Do they have the rights to be treated as humans, animals, or machines? Who or what manages their inherent boredom? The project will utilize the existing constructions and experiences associated with exhibition venues [circus, zoo, electrocution chamber, etc] as a means for exploring a hybrid container for facilitating the continued animation of nano robots. I will focus on the spatial experience — what does it sound like? are the nano robots orchestrated in flight or more wild? do I pay in order to watch the nano robots complete tasks? can I interact with them through bodily connection or emission of certain electromagnetic frequencies? are they attracted to specific structures revealing their underlying idiosyncrasies? Through a series of static collages that combine technological specs with found imagery, I will craft the potential hybrid space in drawings, collages, and animation. The three together will illustrate a potential space of the aeronautical robot [just one type of nano robot], the interaction between human and machines as orchestrated by the space, and patterns of the nano robots in response to the various human provocations.

Reflection
This project exploration pushed me to ground myself in my explorations — for many projects, I tend to become lost in the beautiful fiction of it all. But, as Phil says, this isn't an MFA writing program. Acknowledging this, I chose to eliminate the traditional aspects of "telling a story" and allow for the work and the project proposal to speak for themselves. In a way, this was an entirely new way of making for me — and I think it pushed me to be more critical of my own work and the iterations I composed. One of the more valuable aspects of this project was learning how to make precise decisions surrounding a concept and accept that not all emergent questions need to be answered. Moving into my thesis year, many of the undertones and questions brought up from this project will undoubtedly reappear. The incorporation of science, technology, and user experience are the jumping off point for my personal explorations. I hope to maintain the ability to discount pure fiction in favor of scientific fiction in my own work.
Above images are the in-progress collages that will continue to develop over the summer.















































































