Experimental Machines

Adaptive Strategies is an experimental seminar centered on the conception, design, and fabrication of responsive machines and apparatuses that translate information, forces, or interactions into physical, visual, or sonic experiences. Students investigate how machines can become creative collaborators, capable of sensing, interpreting, and expressing phenomena that would otherwise remain invisible or unnoticed.

Rather than designing objects for predetermined functions, the course explores machines as instruments of inquiry. Projects may respond to environmental conditions such as light, wind, humidity, temperature, sound, or air quality; to human interaction through touch, movement, or voice; to time, prerecorded information, artificial intelligence, or chance. The resulting outputs may take the form of drawing, mark-making, sound, light, movement, or hybrid combinations that emerge through experimentation.

The semester begins with research into historical and contemporary experimental machines, kinetic artworks, interactive installations, drawing machines, sound sculptures, responsive environments, and autonomous systems. Students examine the relationships between sensing, translation, materiality, and action, investigating how different inputs generate distinct behaviors and forms of representation.

Through iterative prototyping, students develop their own apparatuses using analogue and digital fabrication techniques, electronics, sensors, microcontrollers, computation, and mechanical systems. Emphasis is placed on experimentation, testing, failure, and refinement, allowing unexpected behaviors to become an active part of the creative process.

The final outcome is a fully realized machine or installation that demonstrates a coherent relationship between input, process, and output. Rather than producing a predetermined result, each project investigates how responsive systems can generate new forms of perception, communication, and experience through interaction with people, environments, and data.

Students are expected to document and present the evolution of their work throughout the semester, including research, conceptual development, prototyping, testing, and fabrication. Emphasis is placed on experimentation, iterative development, and critical reflection rather than arriving at a predetermined solution.

Assessment consists of:

Active participation in discussions, workshops, and critiques.

Continuous development and documentation of the design and fabrication process.

A mid-semester presentation of research, prototypes, and preliminary testing.

A final presentation and demonstration of the completed machine, installation, or apparatus, accompanied by a discussion of its conceptual framework, technical implementation, and experimental findings.

Critiques are an essential component of the course and are intended as opportunities to test ideas, receive feedback, and refine both concept and execution. Students are expected to actively contribute to the collective learning environment through discussion, constructive criticism, and engagement with their peers’ work.

By the end of the course students will:

• Design and fabricate an experimental machine or apparatus.
• Explore machines as creative collaborators rather than passive tools.
• Develop responsive systems using sensors, electronics, computation, mechanics, and digital fabrication.
• Investigate environmental, human, and computational inputs as drivers of behavior.
• Experiment with drawing, mark-making, sound, light, movement, or hybrid forms of expression.
• Prototype iteratively through testing, observation, and refinement.
• Produce an installation that integrates concept, interaction, fabrication, and experience.