SCS HCII Special Topics:

05-499/899 Sustainable Design: Materials, Artifacts and Computational Tools

Meeting Days, Times and Location

Mon & Wed 2:00 pm-3:30pm;
Location: 300 South Craig Street Room 172
Semester: Fall, 2023
Units: 12, Section(s): SP TPC IN HCI - F

Instructor: Lining Yao | liningy@andrew.cmu.edu

Prerequisites

There are no prerequisites for the course. Both graduate and undergraduate students from diverse backgrounds (design, engineering, art, science) are welcome. However, hands-on fabrication, CAD design, and hardware prototyping experiences will likely become beneficial when you digest the lectures and execute the final project.

Note: This is a primarily lecture and project-focused course. We will introduce design and fabrication principles, however, we will not have hands-on lab sessions. The final assignment is project-based, expecting some physical or computational prototyping.

 

Course Description

This course is an interdisciplinary exploration of sustainable design principles, materials science and engineering, consumer factors, and computational tools used in creating sustainable artifacts. Students will engage in critical analysis of existing designs and explore alternative designs for a more sustainable future.

The course will begin with an overview of sustainable design principles and practices, examining the impact of materials and manufacturing processes on the environment. Students will investigate the environmental impact of various materials, including natural, synthetic, and recycled materials, as well as robotic and morphing materials, and explore their potential uses in design.

By the end of the course, students will have a deep understanding of sustainable design principles in the realms of both conventional products and smart materials, machines and devices, and computational tools used in creating sustainable artifacts. They will be able to critically analyze existing designs and propose alternative designs for a more sustainable future.

Course Schedules

Week 1 – Recognizing the Crisis

Week 2: Sustainable Design Principle

  • 9/4: No class, Labor day

  • 9/6: Sustainable Design Principle (slides); A_1 Presentation

Week 3: The Material Life Cycle

Week 4: Sustainable Morphing Materials (SMM)

  • 9/18: Design Framework of SMM (slides; reading)

  • 9/20: Sustainable Materials (slides)

  • Assignment_3: Design with Biodegradable Materials (slides)

Week 5: Living Materials

Week 6: Renewable Energy

  • 10/2: Energy Harvesting (slides)

  • 10/4: Embodied Energy System (slides)

  • 10/4: Guest Lecture (Qiuyu (Luca) Lu, CMU HCII, Sustainflatables)

Week 7: Forms of Computation

  • 10/9:  Guest Lecture (info; Sung Hoon Kang, JHK ME, Bioinspired Materials)

  • 10/11: Mechanical and Non-conventional Forms of Computation (slides)

Week 8: Fall Break

Week 9: AI and Sustainability

  • 10/23: Design Optimization for Sustainable Materials and Systems (slides)

  • 10/25: Sustainable Robotics (slides)

Week 10: Human- and Nature-Centered Design Methods

  • 10/30: Human Stakeholder Engagement Methods (slides)

  • 11/1: Non-human Stakeholder Engagement Methods (slides; reading)

Week 11: Design Solutions

  • 11/6: Natural Conservation and Restoration (slides)

  • 11/8: Guest Lecture (info; Dr. Ehren R. Moler, ‘Science Meets Practice in Ecosystem Restoration and Biodiversity Conservation’)

Week 12: Design Solutions

Week 13: Final Project

  • 11/20: A_4_02 Due, and In-Class Presentation and Critique

  • 11/23: No Class, Thanksgiving

Week 14: Final Project

  • 11/27: Work in Class Time; Instructor 1:1 Review When Needed

  • 11/15: Assignment 4: Work on Your Final Presentation Slides and Project Documentation (no submission needed; bring to the next class with your progress)

  • 11/29: Instructor Reviewing Slides Progress; Work in Class Time for Documentation and Presentation Preparation

Week 15: Final Project Presentation

  • 12/4: A_4 Final Project Presentation Part 1 (15 min per team, presentation + live demo)

  • 12/6: A_4 Presentation Part 2 (15 min per team, presentation + live demo)

  • 12/13: Assignment 4: A_4_03 (Presentation Slides Deck, and at least a One-Page Written Description) Due (A_4_03 submission link)

 
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