Ökologie und Nachhaltigkeit

Peter Knobloch
Design, Design Investigations
2023W, Vorlesung und Übungen (VU), 2.0 ECTS, 2.0 semester hours, course number S00462

Description

The objective of the lecture is to impart & develop fundamental facts, theories and principles of ecology & sustainability.

  • History, literature, references
  • The Earth: facts & figures
  • Planetary boundaries
  • Anthropogenic climate change
  • Life cycle analysis, Material flow analysis, MIPS, embodied energy
  • Externalisation of environmental cost
  • First and second law of thermodynamic, efficiency, Carnot cycle
  • Energy sources, transformation and storage
  • Premature obsolescence
  • Sustainable product design
  • The 17 Sustainable Development Goals
  • Action plan for the circular economy
  • Sustainability & distributive justice

Examination Modalities

For the successful completion of the course the following criteria will be used:

  • Constant and punctual participation (min. 70% attendance)
  • Submission and presentation of the exercises results (50%  of the grade)
  • Active participation in the discussion (50%  of the grade)

Comments

Maximum number of participants: 24

Key Words

Anthropogenic climate change, Circular Economy, Ecology, LCA, Life cycle analysis, MIPS, Planetary boundaries, Sustainability, SDGs, Sustainable Development Goals

Dates

17 October 2023, 12:45–15:15 CANCELLED , "CANCELLED"
24 October 2023, 12:45–15:15 CANCELLED , "CANCELLED"
31 October 2023, 12:45–15:15 CANCELLED , "CANCELLED"
07 November 2023, 12:45–15:15 CANCELLED
14 November 2023, 12:45–15:15 CANCELLED
21 November 2023, 12:45–15:15 CANCELLED
28 November 2023, 12:45–15:15 CANCELLED
05 December 2023, 12:45–15:15 CANCELLED
12 December 2023, 12:45–15:15 CANCELLED
19 December 2023, 12:45–15:15 CANCELLED

Course Enrolment

From 18 September 2023, 00:00 to 16 October 2023, 00:00
Via online registration

TransArts - Transdisciplinary Arts (Bachelor): Artistic and art technology foundations: Artistic and art technology foundations 180/002.01

Industrial Design (1. Section): Technology / Natural Science - Basics: Ecology and Sustainability 580/103.12

Cross-Disciplinary Strategies (Bachelor): Science and Technology: Deepening / Application 700/002.20

Co-registration: possible

Attending individual courses: possible