THIRD YEAR SEMINAR FOR SUSTAINABLE FUTURES

共通 - 全学共通

GSSS3010

コース情報

担当教員: 丸山 英樹

単位数: 2

年度: 2024

学期: 秋学期

曜限: 木4

形式: 対面授業

レベル: 300

アクティブラーニング: あり

他学部履修:

評価方法

授業参加

70%

レポート

30%

その他

70%- Peer assessments: LAUNCH steps (5 times). The main focus is on team development, but the final product will be voted by other groups. 30% - Final Journal: self-evaluation of the three journals

0%

詳細情報

概要

This required SPSF seminar integrates what the SPSF students have learned and experienced after “First Year Lectures in/about SFs” into their specific actions as a product for their sustainable futures. The students are expected i) to make a group for a common issue or challenge in terms of sustainability, ii) create a possible interdisciplinary solution or improvement for the issue, and iii) prepare themselves for a transdisciplinary approach in their further study in their major. Moodle is the main communication channel in this seminar. The students will make four journals and 7 peer assessments. (It is recommended that the students take “Future Oriented Systems Thinking for Sustainability in Turbulent Times (GSS20530)” held in 2022 2Q.) First of all, after reviewing the basic information about sustainability and the report they wrote in the first year, the students will identify what to continue, to abandon, and to be creatively invented afresh for the year 2050 world (UNESCO 2021). When grasping the sustainability issues, the students will use a Systems Thinking method to map the interrelationships among the elements. The student groups will be formed based on their interests. Secondly, the main part of the seminar takes a Design Thinking procedure as the LAUNCH steps (Spencer & Juliani 2017), by which the students must actively produce a solution for the sustainability together with the same group members. To see the impact, Logic Model analysis as a part of Program Evaluation will be used at the initial and the final stages. There are three components for the student themselves to assess: i) Contents - Sample themes are Anthropocene, climate change, economic inequality, social /cultural exclusion, social responsibility, international relations and cooperation, ESD, urban ecology, and etc. ii) Structure – important and meaningful learning environment, equipment, landscapes, and materials iii) Process - the group must include the students from at least two different departments. ”Soft skills” or competencies such as collaboration and critical thinking are necessary in the series of group work, in addition to expertise in academic disciplines. There will be even more challenges when they collaborate with each other because different disciplines have different approaches to the common issue. They may need active involvement (participation) in the group and experience by producing objects (reification) in the process of building a solution for sustainability as a specific product (Barth 2016). Finally, the students will reflect their experiences in the seminar to summarize interdisciplinary approach and imagine transdisciplinary approach for their further study.

目標

The students will be able to - explain how sustainability as a common good relates to their lives, values, and actions; - analyze how systems are interrelated and identify a leverage point; and - learn change-agent skills

授業外の学習

Students prepare for their own projects, especially from 5 to 12 units. The specific "learning" required is as follows: 1. gather information on the background (including culture and history) and issues of the set topic from an everyday perspective. For example, in the case of gender, compare the situation in Japan and the rest of the world. 2. Understand the concept itself. Is the concept of gender artificially created with a specific intention? What is the sense of gender in "traditional society"? What is the impact of globalization to gender? 3. Intersect the concept of sustainability with your team's project topic. This sustainability concept is already presented in the "First-Year Lectures" and will be reviewed at the beginning of this course, so please read through the textbook. Due to the limitations of individual preparation, the team members should divide the work among themselves. Before forming a team, individuals should do their own research on topics of interest to them and be prepared to share it later.

所要時間: Project preparation for 190 min.

スケジュール

  1. Introduction: purpose, evaluation, procedures Journal-1 (what to achieve): setting up goals for yourself Reading: Mulligan, M. (2018) An Introduction to Sustainability: Environmental, Social and Personal Perspectives, Routledge (Chap. 6 & Part II)
  2. Sustainable Futures! 1. Quick review of lectures in/about & ideas for SFs: transmissive to transformative 2. Business as usual (BAU): What to continue, to abandon, and to be creatively invented afresh for 2050, based on the needs and experiences: emotional & ethical; formal & informal Reading: UNESCO (2021) Reimagining our futures together: a new social contract for education (https://unesdoc.unesco.org/ark:/48223/pf0000379707)
  3. Analyzing by Systems Thinking Reading: Meadows, D.H. (2008) Thinking in Systems, Chelsea Green Pub Co. Reading: Stroh, D.P. (2015) Systems Thinking for Social Change, Chelsea Green Pub Co
  4. Grouping for topics/themes Journal-2 (your sustainable future: My Question) Reading: Raworth, K. (2018) Doughnut Economics, Random House Business
  5. Look, listen, and learn (Define the issue; Gathering data for the group Q at Moodle with a Logic Model) Peer assessment at Moodle
  6. Ask (Define the issue; Identifying insights by many questions about your topic from your discipline and others) Peer assessment at Moodle
  7. Understand (Target your audience with empathy; Setting criteria to explore and find the structure/backgrounds) Peer assessment at Moodle
  8. Navigate (Generating ideas by brainstorm, analysis, concept development, and planning) Peer assessment at Moodle
  9. Create (Prototyping as demo development e.g. story-telling, visual product, reports) Peer assessment at Moodle
  10. Highlight (Experimenting a prototype: success or errors?) Journal-3 (challenges & possible solutions; feedback from the professor)
  11. Launch (Final Product Presentation & Feedback) -1
  12. Launch (Final Product Presentation & Feedback) -2
  13. Systems map for a leverage point (BAU for 2050) for SFs: A destination or a process? Peer assessment at Moodle
  14. To trans-disciplinary from interdisciplinary approach: doing things better, doing better things, and seeing things differently Journal-4 (Final report: go back to all your journals and reflection)

教科書

Textbooks are shown below:

  • Reimagining our futures together: a new social contract for education (https://unesdoc.unesco.org/ark:/48223/pf0000379707)

    著者: UNESCO

    出版社: 2021, UNESCO

  • An Introduction to Sustainability: Environmental, Social and Personal Perspectives (https://amzn.to/3LN1auT)

    著者: Martin Mulligan

    出版社: 2018, Routledge

参考書

  • Systems Thinking For Social Change: A Practical Guide to Solving Complex Problems, Avoiding Unintended Consequences, and Achieving Lasting Results (https://amzn.to/3gUgOGI)

    著者: David Peter Stroh

    出版社: 2015, Chelsea Green Publishing

  • Doughnut Economics: Seven Ways to Think Like a 21st-Century Economist (https://amzn.to/3s2dWOm)

    著者: Kate Raworth

    出版社: 2018, Random House Business

  • Thinking in Systems (https://amzn.to/34ZqVHE)

    著者: Donella H. Meadows

    出版社: 2008, Chelsea Green Pub Co

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