Course Outline

Design Process

Activities

 Learning Objectives

Pre-Studio

  • Initial Survey & platform on-boarding

  • Learn about the interdisciplinary, experiential Studio model

Studio Intro

  • Coach Introduction 

  • Studio Overview 

  • Develop a design vocabulary

  • Understand design concepts introduced in the Studio

Intro Activity


  • 1.0 Intro Activity: Sense Rediscovery 

  • Empathy Building

  • Creative Perspective: develop new modes of thought 

  • Rapid Prototyping

  • Collaboration

Precedent Analysis



  • 2.0 Precedent Mapping

  • Problem solving and analyzing information

  • Making accurate inferences of unstated values and beliefs

  • Technical Literacy

Brainstorming

  • Independent/Collective Brainstorming

  • Sketching: Effective Visual Communication

  • Rapid Prototyping

*Teams will be formed at the end of the week, Team Project Folders created

  • Communicate ideas effectively through application of concepts 

  • Develop a discernment for conceptual v. technical goals of the project

  • Collaboration and Teamwork: Active listening, deliberation, negotiation, consensus building, and productive use of conflict

Research


  • 4.1 Biomechanics

  • Desk Critiques (Ideas Development & Refinement)

  • Actively and skillfully evaluating and applying information gathered from observation, experience, reflection, reasoning or communication with awareness as a guide to intention and action

Sketch Modeling


  • 5.0 Digital Fabrication: Rhino

  • 5.1 Exploring Enhancements

  • Demonstrating acquired skills

  • Ability to effectively relate concepts, processes, intentions, and actions through discussion, oration, and presentation

  • Practice effective oral and visual communication

Midpoint Feedback



  • Critique and Feedback

  • Incorporating feedback to your design

  • Develop a rigorous and consistent documentation of work to increase self-awareness regarding design process

  • Effectively communicate process and products to collaborators, coaches and public viewers

Interactivity


  • Interactivity: Arduino (On-going tutorials, may be distributed to multiple sessions)

  • Go through intro tutorials using Arduino software

  • Test out demos and examples under Resources

  • If time permits, go through the Animal Stations as a class

Advanced Prototyping

  • Iterations and Ideas

  • Thesis Statement

  • Applying concepts & demonstrating acquired skills, with emphasis on tools and methodology

  • Focus on form & function

Storyboarding
  • Project Storyboard

  • Create a storyboard to explain the narrative behind your project 


Documentation & Representation

  • Diagramming

  • Communicate how your project works through different types of diagrams

Final Presentation

  • Final Documentation

  • Presentation Prep

  • Studio Clean Up, Wrap Up!

  • Reflection and communication

  • Effective communication of ideas and designs through oration, diagramming, and organizational presentation

Today, instead of waiting for natural selection to run its course, we are actively controlling the changes in physical and genetic traits in our species. Technological advancements are happening faster than ever before, and we now have the ability to enhance every aspect of the human body, from appearance, to physical strength, to memory.  We’re approaching an age in which 3D printed organs, augmented vision through telescopic contact lenses, personalized drugs to enhance performance, and brain-computer interfaces to control neuroprosthetic limbs with the mind are no longer ideas of the future. But with all of these augmentations, larger questions abound. How can the design process influence the way we perceive our human potential?

In this studio, students will create beyond-human body extensions and enhancements that range from practical to provocative. Through brainstorming, rapid prototyping, ideation, and ongoing feedback, students will design, build, and activate these enhancements while uncovering what makes us human. 


Focus Skills/Subjects/Technologies:

Engineering

Design

Prototyping

Programming

3D Modeling

Sensors & Actuators

Arduino Bat (with Lea)

Amedeo Bettauer

the Second Stomach

Ava Stamatelaky

Emotional Borealis Final Project

Christopher Schott

Solar Shield

Krishna Patel

spidey sense presentation

Adam Amin