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Co-designing a Pathway through Food Revolution for Social Change
Research Cluster:
Yunsun Chung-Shin (PI) Co-PI: Carole Ayoub Moubareck, Haleama Al Sabbath, Munawwar Khan, Saifeddin Al-Imamy, and Sreepoorna Unni.
Research Assistant:
Almanar Albastaki, Debbie Stewart, Faiza Abbas, Fatma Lahej, Niloofar Rouhani, Rajaa Bokhari,
Rabab AlHaddad, and Shirin Mehri
Contributors:
Contributors: Amy Fehilly, Arif Mohammed,
Joanne Renux, Jeffery Verbeen, Lucil Korwin,
Martin Marchetti, Paul Mconkey, Suhail Alghfeli,
Rose Barrcliffe, Vijaya Chekamani.
KULNA Garden Community consists of students, faculty, staffs, KULNA student club, gardeners, volunteers, focus group, collaborators, and consultants.
Gardeners:
Mohammed Arif, Md Sarwar, Mohammed Abuzar, Ishaque Ahmed, Shamasuddin, Gada Hussain, Chinnaya, Shabir, Ahmed, Deanna, Abbas Ali,
and Latif Khan
Zayed Univercity, Dubai, UAE.
2020
Description and Instruction
The ME=WE Pathway Giga Map presents an action research titled Co-Designing Food Revolution for
Social Change at Zayed University, UAE.
It attempted to capture a visual narrative of the research process which was facilitated by ME=WE framework development. It aims to strengthen a process of ‘individual capacity building’ leading to ‘collective capacities’ in order to contribute to positive social change in a path of service. The concept creation and development of ME=WE framework (integrating Mobius Strip, Panarchy, Two Moral Purpose, Permaculture Principles, and Theory U), and the application (how it was applied to the action research) are the two main areas.
The map structured in 6 columns; 1) A proposed model 2) Supporting theories and practices, 3)
ME=WE pathway in a single at the top and multiple expansion process at the bottom, 4) Individual Capacity Building in ME (EGO) Integration Process to WE (ECO), 5) Action Research Timeline visualizing unfolding activities and impact in 3 pillars of the project: Inclusivity, Zero-Waste, and Well-Being from Action-Reflection perspectives, and 6) Top - Prototyping Future with envisioning a social
enterprise biz model, Middle - ME (EGO) Integration Process to WE (ECO), and Bottom - Groundwork to validate assumptions and further understanding of systems and stakeholders using Systemic Design Toolkit.
___
Making Waves
Angel L. Lamar Oliveras
Systems Oriented Design course,
The Oslo School of Architecture and Design / Fall
2019.
This Giga-map is an approach to Making Waves, a design consultancy firm in Scandinavia. The map shows multiple scales, systems and sub-systems
that are within the company. It also portrays the complex web of structures that form part of organizations, and what are some of the
components they may need to operate. In hindsight, one of the more interesting parts of this map is the “culture” area, where the relationship between
people’s formation, professional mindsets and team cultures intersect. This is of outmost interest
because it relates to the more “fuzzy” parts of organizations, which is the way that people relate across teams and silos.
___
Norwegian Labor and Welfare Service and Oslo Adult Education Service
Michail Kassotakis , Eva Hugenschmidt.
OsloMet, NAV, Oslo Kommune.
2019.
Email
kassotakismihalis@hotmail.grdt
Social media handle
___
Design in
Indian Army
Atharva Mandhare, Kriti Khadia, Sakshi Patil, Viswak Raja,
Yash Chaware, Shri. Praveen Nahar, Shri. Sahil Thappa Product Design Student and Faculty.
National Institute of Design (NID), Ahmedabad, India
2019.
CONCEPT OF THE GIGA MAP :
The Giga Map represents the process journey of this project divided into 6 phases. It has topographic illustrations which represent defense on land i.e. Army, with a Camouflage
theme and colors of Indian Army.
The overall look is “Method in Madness''. The information seems hidden and confusing, yet it is organized if one sees it closely. The concept is based on ‘camouflage in battlefield’ where everything seems like a chaos when soldiers camouflages in the trees and the bushes but,
when observed closely, one can understand the planned positions and each soldier playing a designated role.
HOW TO READ THE MAP :
Please refer to the demarcation in the image while following the steps below for better understanding :
Step-1 : Read the introduction of the project_top left corner.
Step-2 : Read the legend to understand the meaning behind the colors_top right corner. Step-3 : Read different phases of the project’s process journey starting from left. Read the details of each phase in each chunk marked in blue.
Step-4 : Read the application of the outcomes at different levels of army_bottom of the map.
___
Obesity in Western Pennsylvania
Alison Hu, Gary Tang, Sarah Xi, Emily Wu
Carnegie Mellon University
2020
Nearly 40% of adult Americans are diagnosed with obesity, a preventable disease with links to heart disease, the leading cause of death in the United States. Globally and nationally, one in five children
and adolescents are overweight. However, our map seeks to dissect the myriad of systemic issues that concentrate obesity likelihood at the lower ends of
the socioeconomic spectrum. This map uses categorical labels to develop a rich holistic picture of the problem, allowing us to understand obesity as a problem of many roots and within multiple
hierarchies. Our group could create this visual guide that tells the story of obesity as we know it and granted us the knowledge to propose design intervention through Meadows' leverage points.
___
VR to Fight Climate Change
Alie Fordyce, Anna Hoffman, Shana Inofuentes,
Sacha Qasim, Aditi Sahu
Georgetown University Graduate School of Arts and Sciences.
2020
New technologies seemingly integrate at ever-increasing rates into consumers’ lives and minds. Virtual reality (VR) exemplifies this phenomenon by provoking psychological presence, a “sensation of ‘being there’” (Bailenson ) that marks the threshold between any other fabricated experience, such as watching a video, and full immersion into a virtual world.
We conducted our analysis by mapping out the following three aspects of commercial VR: 1) its
hard and software architecture; 2) a core algorithm that would produce user belief in acting on climate change; 3) the broader world within which
commercial VR and human-induced climate change operate. In our study of, we found that social
influence could enable a feedback loop that
activated commercial VR as a continuously more powerful agent to fight the causes of
climate change.
Website
A full bibliography is located on our website,
___
VR to Fight Climate Change
Alie Fordyce, Anna Hoffman, Shana Inofuentes,
Sacha Qasim, Aditi Sahu
Georgetown University Graduate School of Arts and Sciences.
2020
New technologies seemingly integrate at ever-increasing rates into consumers’ lives and minds. Virtual reality (VR) exemplifies this phenomenon by provoking psychological presence, a “sensation of ‘being there’” (Bailenson ) that marks the threshold between any other fabricated experience, such as watching a video, and full immersion into a virtual world.
We conducted our analysis by mapping out the following three aspects of commercial VR: 1) its
hard and software architecture; 2) a core algorithm that would produce user belief in acting on climate change; 3) the broader world within which
commercial VR and human-induced climate change operate. In our study of, we found that social
influence could enable a feedback loop that
activated commercial VR as a continuously more powerful agent to fight the causes of
climate change.
Website
A full bibliography is located on our website,
___
THE POTENTIAL FOR A CIRCULAR AUTOPOIETIC ECONOMY ON CANAVESE TERRITORY, PIEDMONT, IT.
Nicole Agnolio, José Pablo Alcántara Valdés,
Baptiste Allo,Tommaso Bugnone
Suppo, Lorenzo Buonviaggio, Federica Cipriani,
Sacha Ducournau, Sofia Giesen, Karl El Helou,
Jonas Heurteux, Cao huimin, Camille Lévrier-Mussat,
Aila Lombardi, HouLu, Elisa Magi, Vera Mahieu, Elisabetta Molina, Leonardo Molinari, Ettore Moncullo, Juan Carlos Montañes, Anna Oliveri, Cecilia Padula,
Mabel Papeo, Bruna Piccolo, David Popkov,
Francesco Quaglia, Gianluca Ryillo, Ilaria Rosso, Francisco Vega, Gatis Vectirans, Dorine Versavaud,
Lucien Viornery, Li Yufan, Zhang Zhenghong
OPEN SYSTEM LAB, Politecnico di Torino
2019-2020
The aim of this gigamap is to describe and
summarize a student work carried out during the semester course Open Systems Design at Politecnico Torino. The map is one of the outputs from an analysis of the Canavese, Piedmont region and subsequently an in-depth study of the relationships and “flows” with certain “currencies” between some selected economic and public actors. Canavese is a historical-geographical area located in the province
of Turin, Italy; it’s full of great natural and geological spots, with a strong enogastronomic identity,
historical re-enactments, a well-known manufacture sector like the ceramic of Castellamonte, as well as
the leading high-tech branch like Arduino.
HOW TO READ THE GIGAMAP
The reading should start at the top left, where the abstract is located, next there is an outline that
shows the connections between the five topics investigated. Subsequently, there is a timeline with some fundamental events in the history of the Canavese. In the center there is the circularity map with the main cities, focusing on new opportunities
of circular flows between the 15 analysed economic actors. At the bottom, some general data and on the right a brief description of the role and territorial qualities of the companies. Lastly there is a
summary of the emerging properties.
___
CAR-FREE CITY LIFE
Kristian Haugvik, Agata Cypriak Vel Czupryniak,
Kevin Ehrenberg, Vilde Brabrand Urfjell, Lisa Siegel
and Hans Kristian Villa.
AHO.
2020
This gigamap was part of a bachelor level group project looking at both autonomous public transport systems and the ongoing implementation of a car
free city center policy in Oslo. The map details
relevant facts and reflections and also touches
topics ranging from “what do people go to the city center for?” to “is there a kind of paradox in
developing autonomous systems that might make
us less autonomous ourselves?” As this is a few
years old all facts may not be up to date, yet the hopes, concerns and reflections surrounding both topics are still relevant, like for instance the concentration of Oslo city life along a route humorously nick-named the city life banana for its shape. This project combined service, interaction and product design.
___
COLreg
The Regenerative Community
Marie Davidova.
Welsh School of Architecture /
Collaborative Collective.
2020.
This gigamap is synthesizing more codesign workshops with local stakeholders and the
community for cross-species coliving.
Please, see the paper on the unit.
Email : davidovam@cardiff.ac.uk
Social media handle
___
VR to Fight Climate Change
Alie Fordyce, Anna Hoffman, Shana Inofuentes,
Sacha Qasim, Aditi Sahu
Georgetown University Graduate School of Arts and Sciences.
2020
New technologies seemingly integrate at ever-increasing rates into consumers’ lives and minds. Virtual reality (VR) exemplifies this phenomenon by provoking psychological presence, a “sensation of ‘being there’” (Bailenson ) that marks the threshold between any other fabricated experience, such as watching a video, and full immersion into a virtual world.
We conducted our analysis by mapping out the following three aspects of commercial VR: 1) its
hard and software architecture; 2) a core algorithm that would produce user belief in acting on climate change; 3) the broader world within which
commercial VR and human-induced climate change operate. In our study of, we found that social
influence could enable a feedback loop that
activated commercial VR as a continuously more powerful agent to fight the causes of
climate change.
Website
A full bibliography is located on our website,
___
Wealth to Well-being
Palak Dudani
Oslo School of Architecture and Design.
2020
A SYSTEMS EXPLORATION IN IMAGINING ALTERNATIVES WITHIN HOUSING IN NORWAY:
THE PROCESS DIAGRAM
How does one work with complex systems? My process model has seven layers where we start
from everyday experiences (in form of services and touchpoints), digging deeper into system dynamics and structures, going all the way down to values, mindsets and metaphors. I have used my learnings
of the present-day system and flipped them in order
to arrive at the desirable/alternative case scenarios.
Email
Palak.Dudani@aho.no
___
Sessional Design- An Action Research Curriculum Framework
Nicole Norris, Lindsay Telfer
Georgian College.
2018
This Gigamap conceptualizes a systemic context of how a theory of change for a Social Entrepreneurship curriculum might shift a uniquely Canadian rural region towards a Flourishing Social Enterprise landscape. It explores the possibilities of using the Flourishing Business Canvas 2.0 beyond bounded firms (and their actor ecologies), contributing to the socio-ecological research in systemic design offering potential to what might be the Canadian corollary of Politecnico di Torino program’s Systemic Design Field research in renewal and sustainability of rural communities. (Jones, citing Barbero, 2018).
Email
nicole.norris@georgiancollege.ca
Social Media
@agencythoughts
___
The Story of Demand and Supply of Resources
(Farm Food Produce)
Bharath Surendra, Manish Kumar, Shubham Yadav, Praveen Nahar, Sahil Thappa
Department of Product Design,
National Institute of Design, Ahmedabad, INDIA
The control over resources like money, commodity
and information can lead to a drastic socio-economic inequality and mindless consumerism has led to climate change. Our project is a systemic exploration of the most basic physiological need of food and highly influential control means called markets. Systems thinking helped provide us with a
perspective of a much larger scale and intricacies of interconnectedness between the different elements
in the said system and the problems identified from this point of view seem to be at the very core of the wicked problem at hand. We approached to intervene in the system to either overthrow it or change it or subvert it.
bharath_s@nid.edu
manish_k@nid.edu
shubham_y@nid.edu
pnahar@nid.edu
sahil_t@nid.edu
___
Regenerative Bioregional Transitions
Eduardo Garcia
PhD Candidate, Y2, School of Design, University of Limerick, Ireland
Dr. Adam de Eyto, Dr. Yekta Bacirlioglu, Dr. Eddie Armstrong
This gigamap is an exploratory attempt to describe
the relationships between various perceived dimensions of designing for place-based,
ecologically driven systems change. The focus,
if there is one specifically, is on attempting to understand a social systems transition-ability
through the development of open public design culture.
___
VEVELSTAD 2040
Kristin Brudeseth, Malin Emilie Hoff,
Andreas Offenberg, Kristoffer Steen Langvik,
June Steinhovden.
AHO.
2020
The most important innovations in Vevelstad are the utilization of the resources in seaweed and kelp, the use of CRISPR Cas9 technology, as well as the introduction of citizen salaries and expanding fundamental services to the people. This means,
free legal aid, daycare, or greatly reduced housing costs. There will also be quotas for free electricity, water and telecommunications. This encourages people to start companies in what they already have knowledge about and want to do. The model is
based on a strong collaboration and active sharing
of data. This is how you achieve a local community where the various industries are not dependent on each other, but can still benefit from each other's knowledge.
Email
Kristin.Marie.Brudeseth@aho.stud.no
___
Wicked Problems:
The Opioid Crisis
Joseph Kim, Maggie Ma, Teresa Lourie, Elysha Tsai, Zimmy Kang
Carnegie Mellon University School of Design.
2020
Over recent decades, the opioid crisis in the United States has become the worst addiction epidemic in
our nation’s history, and present research shows an upward trend in opioid-related death rates in northeastern states especially. This gigamap serves
to visually represent the current causes and effects, inputs and outputs, stakeholders, and feedback
loops that fuel this wicked problem (Rittel & Webber, 1973) while demonstrating the interconnectedness
of individual facets in the system. In response to the crisis, the map proposes several leverage points (Meadows, 1999): A unified drug education system, Enforcement of legal prescriptions, Increase in
needle exchange programs, Increase in job opportunities for past addicts, Wastewater filtering, Decriminalization of illicit substances
How to Read a Map
The concentric layout represents the scalar
complexity of the opioid crisis. Each oval demonstrates “personal,” “communal,” and
“national” lenses along with the change in hue as
the scale increases. The information on the map follows a linear flow, beginning with “inputs” and concluding with “outputs.” Many of the
subcategories, however, cannot simply be
represented in a linear format, thus the yellow lines demonstrate the interconnections and loops that
exist within the nodes. The placement of the yellow numbered dots on the map represent where in the system designers will intervene, and corresponds to the intervention methods listed below the map.
___
Equation of Craft
in India
Amresh Panigrahi, Bishesta Dhakhwa, Evangeline Y, Jayati Misra, Neha Laishram, Nidhi Darvankar,
Nikhil Suryanarayana, Nikitha S, Ravindra Chaudhari, Rijisha T V, Saksham Panda, Sanjay Krishna Kutum, Shagun C Bajpai, Srinidhi Chandrashekar,
Sumant Kumar, Suraj Katare, Vishakha Agrahari.
National Institute of Design, Gandhinagar, India.
2020
India’s significant craft tradition continues to reflect diverse regional and socio-cultural profiles. It has a remarkable contribution to the country’s economy
and is an integral part of our living material culture. The project is an attempt aimed at identifying and system mapping the variables and its
multidirectional influences present within the craft sector of India. The gigamap takes one through the current context of craft in the social, economic and geopolitical setting with presence of various global developments in technology, import-export scenario, travel and popular mass ideas. This facilitates
design research and application of strategies at various levels to provide craft social innovation and sustainable development.
Email
icic@nid.edu
Social media handle
___
Rising Adolescent Depression and suicide
Iris Yip, Neely Lee, Elena Crites, Eric Zhao,
Jackie Wang
Carnegie Mellon University.
2020
Depression rates among adolescents and young adults have been on the rise in modern times. Recent studies within the decade have shown racial discrimination and academic pressure, among
others, to be correlated with higher rates of
depression. There are currently few or no giga maps that have this broad array of factors together to help us understand the problem. This study identifies the factors related to adolescent depression and synthesizes them into an informative visual map
for a more comprehensive understanding of a
large-scale systemic issue. This understanding can help designers spot the root causes and effectively apply interventions. Through giga-mapping, we are hoping for more designers to become open-minded towards fixing these daunting complex world problems.
___
The Obesity Epidemic: Addressing the Weight of Our Future
Francis Park, Chris Han, Bon Bhakdibhumi,
Jasmin Kim, Holly Liu
Carnegie Mellon University School of Design.
2020
Obesity might be seemingly easy to solve— eat healthy, go to the gym and lose weight.
Unbeknownst to a majority of public, this issue has engulfed 37% of the American population. Layers of interconnectivity bury complications from the public eye, making large-scale issues like obesity difficult to tackle. Our group aims to uncover this complex
system by using a macro scope, allowing a multitude of stakeholders to place themselves within distinct problem spaces. Through this process,
we were able to identify harmful feedback and formulate targeted interventions to break the cycle.
Our gigamap presents a complex system in an accessible format aiming to provoke a unifying interaction amongst users, inform at all levels, hopefully, engage them to get to a healthier America.
Email : francisp@andrew.cmu.edu
Social Media
@cmudesign , @franpopecis, @sejun.design,
@chrishanart, @hllyliu, @bonbhakapol, @minjykim_123
___
Design Public Space Use Policy
Eduardo Garcia
Centro de Diseño, Cine y Televisión - Mexico City.
2020
This synthesis map presents the findings of an investigation that looked into public space use policy and the effects that it has on the users, particularly how street vendors affect urban mobility. The investigation analyses the system which includes
key actors, policy, relationships, and identifies
gaps to help improve the system for the betterment
of the stakeholders.
To view complete research materials and report
Email
egarciac@centro.edu.mx
Social media handle
Instagram: @lapaja
___
Playscape
Aakanksha Sharma, Jeevan Jai Raj,
Prabhash Dhama, Sharvari Sonar
National Institute of Design, Ahmedabad.
2020
The map of our ‘amusement park’ represents the various aspects of ‘Play’ covered in our research.
We ‘enter’ from the main gate on the left and make
our way to the design interventions at the far end on the right. Along the path, we come across various rides and play areas. We start with understanding
the relevance of Play in our lives,
how Play has shaped our lifestyle and cultural practices.
Parallelly, we learn about the mental health crisis
and its relationship with the family. We take this further by understanding the archetypal Indian
family and its internal dynamics. We end at the various design interventions we have come up with where we use
Play as a plug-in to foster improved social connections.
Email
prabhash_d@nid.edu
Social Media
prabhashdhama, lyf.boi (Jeevan Jai Raj),
sharvari.sonar, wishlist.exe (Aakanksha Sharma)
___
Synergetic Landscapes Collective:
The Multispecies
Biodigital Community Codesign
Authors
Yutao Feng, Huicong Meng, Danjian Wang
Meihui Wang, Yuchen Wang, Yuan Zhao
Supervisor
Marie Davidová
Welsh School of Architecture, Cardiff University, UK
2020
This work in progress aims to integrate a variety of living and non-living agents within the community in codesigning flourishing environment with and for All. The preoccupation with defining the legal person in anthropocentric terms highlights what is of value
to an [Anthropocene] society. The fact that the environment in most legal systems does not have legal personhood status, but that corporations do, is indicative of the fact that contemporary western societies see the natural world as being for-profit (Hutchison, 2014). The project aims for transition towards the era of Post Anthropocene where living
and non-living beings and systems coexist together
in synergy.
___
Circulating Health Information Towards Health Action:
Approach to Translating Clinical Guidelines for Population Impact
Olga Hassan, Nita Lakhani, Maryam Mallakin,
Kirk Mason, Christopher Rice, Kummy Saliu,
Peter Jones
C-CHANGE Team Education
September 2020
Cardiovascular disease (CVD) is the most prevalent chronic disease in Canada, with 4 in 5 Canadians having at least one CV risk factor (Tobe et al., 2011). The Canadian Cardiovascular Harmonized National Guideline Endeavour (C-CHANGE) guidelines harmonizes over 400 recommendations from nine clinical practice guidelines to improve the prevention and treatment of CVD in primary care (Tobe et al., 2018). Interviews were conducted with patients and clinicians in a primary care clinic and a specialty hypertension clinic to generate insights. Research findings were summarized in a system map
illustrating the complex processes of how people
learn to self-manage their CV risk. Early research findings support a multifaceted service design proposal that will be developed and evaluated in the context of the pandemic and beyond. A public-facing website, at circulatehealth.ca is proposed as an interactive online repository of evidence-based health information to support the service.
___
CIRCULAR AUTOPOIETIC ECONOMY
LOCAL ENGAGEMENT FOR A SUSTAINABLE DEVELOPMENT
Karen Aguilera, Célia Babic, Camila Bernal,
Lorenzo Bertolotti, Leonardo Brucato,
Alessandra Campagna, Francesca Carraro,
Yasemin Çetik, Henri Charpin, Davide Chiolini,
Luca Clemente, Francesca Colagrossi, Maria Jose Garcia, Martina Gargiulo Pozzo, Ruggero Guccione, Wanqing Huang, Wenqi Hu, Wenpei Li, Veronica Loche, Maria Luciana Madau, Giada Mattias, Alessia Mauro, Julia Merlin, Maria Elisabetta Migoni, Luca Olmi, Aurora Parvis, Corrado Rampa, Alessandro Rizzo,
Ilay Tezcan, Giacomo Vivalda, Xiaofang Xiang,
Ming Xu, Wan Xuan, Peizhang Zhao
POLITECNICO DI TORINO, DEPARTMENT OF ARCHITECTURE AND DESIGN (DAD), Master of Science in SYSTEMIC DESIGN “AURELIO PECCEI”, OPEN SYSTEMS DESIGN LAB
2020
ABSTRACT
The aim of this Gigamap describes and summarizes
a student work carried out during the semester
course Open Systems Design at Politecnico di Torino. This is one of the outputs from an analysis of the
High River Po Valley area in the Italian Piedmont.
The analysis was conducted through five economic sectors: nature & ecosystem services, tourism,
mobility & infrastructure, local craft activities and agrifood. The investigation of the territorial economy was carried out by giving particular attention to the production sectors characteristic of the territory and examine their production lines. The Gigamap will be presented to stakeholders in a public hearing and
used to illustrate and incubate a more circular economy that is more resilient and more regenerative.
HOW TO READ THE MAP
The reader can find in the first part an abstract with
the aim of the Gigamap, the five topics for the investigation and actors’ selection, a timeline about important events and some peculiarities of the territory. In the middle, the territorial map of a suggested improved territorial economy based on circular flows: the 16 actors are localized on the territory with new circular flows “designed in”
between them. The boxes describe connections for new circular opportunities, with flows explained
under the territorial map. Finally, some data about
the territory and the three main outputs emerging
from the new circular linkages.