developing a socially-aware engineering identity through transdisciplinary learning

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COLIN M. GRAY & TODD M. FERNANDEZ PURDUE UNIVERSITY DEVELOPING A SOCIALLY-AWARE ENGINEERING IDENTITY THROUGH TRANSDISCIPLINARY LEARNING (BARRIERS TO)

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Page 1: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

COLIN M. GRAY & TODD M. FERNANDEZ PURDUE UNIVERSITY

DEVELOPING A SOCIALLY-AWARE ENGINEERING IDENTITY THROUGH TRANSDISCIPLINARY LEARNING

(BARRIERS TO)

Page 2: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

TEXT

TECHNOCENTRISM

Page 3: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

TEXT

TECHNOCENTRISM

SOCIO-CULTURAL COMPLEXITY

Page 4: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

TEXT

TECHNOCENTRISM

SOCIO-CULTURAL COMPLEXITY

EMPATHY & CARE

HUMANISTIC ENGINEERING

Page 5: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

SOCIO-CULTURAL COMPLEXITY

EMPATHY & CARE

HUMANISTIC ENGINEERING

} REQUIRES THE TAKING ON OF

MULTIPLE (CONFLICTING) PERSPECTIVES

Page 6: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

Meaning Reconstruction as an Approach to Analyze Critical Dimensions of HCI Research

Abstract A critical tradition has taken hold in HCI, yet research methods needed to meaningfully engage with critical questions in the qualitative tradition are nascent. In this paper, we explore one critical qualitative research approach that allows researchers to probe deeply into the relationships between communicative acts and social structures. Meaning reconstruction methods are described and illustrated using examples from HCI research, demonstrating how social norms can be traced as they are claimed and reproduced. We conclude with implications for strengthening rigorous critical inquiry in HCI research, including the use of extant critical research methods to document transparency and thick description.

Author Keywords Critical theory; reconstructive analysis; rigor.

ACM Classification Keywords H.5.m. Information interfaces and presentation (e.g., HCI): Miscellaneous.

Introduction The research landscape of HCI is increasingly shaped by the ways in which social norms, ethics, and values

Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. Copyrights for components of this work owned by others than the author(s) must be honored. Abstracting with credit is permitted. To copy otherwise, or republish, to post on servers or to redistribute to lists, requires prior specific permission and/or a fee. Request permissions from [email protected]. CHI'16 Extended Abstracts, May 07 - 12, 2016, San Jose, CA, USA Copyright is held by the owner/author(s). Publication rights licensed to ACM. ACM 978-1-4503-4082-3/16/05…$15.00 DOI: http://dx.doi.org/10.1145/2851581.2892571

Colin M. Gray Purdue University 401 N. Grant Street, Room 355 West Lafayette, IN 47907, USA [email protected] Austin L. Toombs Indiana University 901 E. 10th Street Bloomington, IN 47408, USA [email protected]

Christian McKay Indiana University 420 N. Walnut Street, Room 114 Bloomington, IN 47404, USA [email protected]

alt.chi: Critical Theory and Pedagogy #chi4good, CHI 2016, San Jose, CA, USA

328

THEORETICAL COMMITMENTS AND CRITICAL RESEARCH

Page 7: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

THEORETICAL COMMITMENTS AND CRITICAL RESEARCH

CRITICAL ETHNOGRAPHY

CRITICAL ETHNOGRAPHY

(CARSPECKEN, 1996)

THEORY OF COMMUNICATIVE ACTION

J. HABERMAS

SPEECH ACT THEORY J. L. AUSTIN

STRUCTURATION A. GIDDENS

Page 8: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

HABERMAS’ THREE FORMAL WORLDS

ACT

OBJECTIVE multiple access

“the world”

SUBJECTIVE limited access

“my world”

NORMATIVE should/ought to be

“our world”

THEORETICAL COMMITMENTS AND CRITICAL RESEARCH

Page 9: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

OBJECTIVE multiple access

“the world”

SUBJECTIVE limited access

“my world”

NORMATIVE should/ought to be

“our world”

IDENTITY the kind of person I am

“I”

ACT

THEORETICAL COMMITMENTS AND CRITICAL RESEARCH

HABERMAS’ THREE FORMAL WORLDS

Page 10: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

THEORETICAL COMMITMENTS AND CRITICAL RESEARCH

CRITICAL ETHNOGRAPHY

CRITICAL ETHNOGRAPHY

(CARSPECKEN, 1996)

INTERSUBJECTIVITY Mutual understanding defined

by position-taking

The intersubjective space forms whenever we act

communicatively, and we take on multiple subject

positions when communicating.

Page 11: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

adapted from Gray (2014) and Gray, Toombs, & Gross (2016)

COMMUNICATIVE ACT

MEANING FIELD

VALIDITY HORIZON

OBJECTIVE

FOREGROUND

INTERMEDIATE

BACKGROUND

SUBJECTIVE

—— IDENTITY ——

NORMATIVE

AND

OR/AND

INTERACTIVE SETTING

BOUNDED SET OF POSSIBLE MEANINGS FOR A

COMMUNICATIVE ACT

CONTEXTUALIZED AND VALIDATED THROUGH

EXTENSIVE ENGAGEMENT

MEANING FIELD | VALIDITY HORIZON

Page 12: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

adapted from Gray (2014) and Gray, Toombs, & Gross (2016)

COMMUNICATIVE ACT

MEANING FIELD

VALIDITY HORIZON

OBJECTIVE

FOREGROUND

INTERMEDIATE

BACKGROUND

SUBJECTIVE

—— IDENTITY ——

NORMATIVE

AND

OR/AND

INTERACTIVE SETTING

WHAT VALIDITY CLAIMS MUST BE ASSUMED TO MAKE THE COMMUNICATIVE ACT

INTERNALLY RATIONAL?

MEANING FIELD | VALIDITY HORIZON

Page 13: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

We describe how students in a transdisciplinary undergraduate program conceived of barriers to transdisciplinary thinking and action, including the role of information and user research. We identify the identification, acquisition, and activation of multiple disciplinary and interpersonal identities which often conflict. We explore these conflicts through the lens of epistemological and ontological assumptions using a critical qualitative meaning reconstruction approach, revealing how students developed their own humanistically-informed engineering identity and struggled to engage with disciplinary or designerly ontologies.

Page 14: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

TRANSDISCIPLINARY UNDERGRADUATE PROGRAM

TECHNICAL FOCUS “HUMANITIES” FOCUS

STUDIO + SEMINAR PEDAGOGIES

RESEARCH CONTEXT

Page 15: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

TRANSDISCIPLINARY UNDERGRADUATE PROGRAM

TECHNICAL FOCUS “HUMANITIES” FOCUS

STUDIO + SEMINAR PEDAGOGIES

FALL 2014

SPRING 2015

FALL 2015

SPRING 2016

FALL 2016

SPRING 2017

RESEARCH CONTEXT

Page 16: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning
Page 17: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

#1 integration of disciplines “not allowed”

#2 empathy bounded by worldview

#3 conflicting worldviews result in paralysis

VIG

NET

TEVI

GN

ETTE

VIG

NET

TE

Page 18: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

#1 integration of disciplines “not allowed”

#2 empathy bounded by worldview

#3 conflicting worldviews result in paralysis

VIG

NET

TEVI

GN

ETTE

VIG

NET

TE

Page 19: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

When I start finding [relevant resources] it could go very well, but as soon as I find that one source that is the contradiction to the entire thing that I'm writing about, or working on a project about… It doesn’t matter when I find it. For our project if I had found something that said music people want to recycle or with this statement how [the likelihood of recycling is] 67% and not 30%....you start getting this idea in your head that your project has no meaning anymore. There wasn't a problem in the first place. That's why I was kind of laughing with [Ralph’s] and my project, when we started finding information about privacy. Where people were already aware of the fact that was completely a contradiction to ours, and it complete[ly] demolished our project.

I think another thing that also, [is] not necessarily a specific article that confirms or denies, or something like that. When you get overwhelmed with varying or a wide variety of different reasons for something. And they all seem super credible […] you have all the information. You get too many varying perspectives on one thing. It makes you just not want to approach a problem at all sometimes.When there's too much information, it's an overload of ideas about why things are working, you don't feel you can tackle them all, or approach any one of them confident that it's the best method. That also is a good method of shutting it down.

DANIEL

MIKE

Page 20: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

[possible psychological state: frustrated]   Quantitative information that conflicts with our framing of the problem is problematic.

OR/AND Quantitative information is easily compared. AND/OR Quantitative information that conflicts proves our project is worthless

OR/AND Conflicting information results in a stalemate and inhibits project work from proceeding.

AND/OR Information trumps ideas. OR/AND Contradicting information has more weight than individual ideas. OR/AND You cannot do anything if you have conflicting information. AND/OR Information is true.

OR/AND Information can indicate the lack of a problem.

AND/OR Conflict about the form of a problem invalidates the underlying problem.

OR/AND Information can be compared with other information without any other considerations.

AND/OR Information shares the same underlying ontological and epistemological assumptions.

MIKEDANIEL[possible psychological state: confused]   Multiple perspectives that conflict are problematic for the overall project.

OR/AND Perspectives are difficult to compare with each other. OR/AND Too many perspectives result in designer paralysis.

OR/AND Too many varying perspectives result in a stalemate and inhibits project work from proceeding.

AND/OR Only a small number of perspectives can be taken into account. OR/AND You cannot do anything if you have conflicting information. AND/OR Conflicting perspectives represent different understandings of the same reality. AND/OR Multiple perspectives can be credible and equally “true.”

OR/AND One perspective must be selected as a “best method” or approach.

AND/OR Other perspectives are excluded when one perspective is selected.

 

Page 21: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

[possible psychological state: frustrated]   Quantitative information that conflicts with our framing of the problem is problematic.

OR/AND Quantitative information is easily compared. AND/OR Quantitative information that conflicts proves our project is worthless

OR/AND Conflicting information results in a stalemate and inhibits project work from proceeding.

AND/OR Information trumps ideas. OR/AND Contradicting information has more weight than individual ideas. OR/AND You cannot do anything if you have conflicting information. AND/OR Information is true.

OR/AND Information can indicate the lack of a problem.

AND/OR Conflict about the form of a problem invalidates the underlying problem.

OR/AND Information can be compared with other information without any other considerations.

AND/OR Information shares the same underlying ontological and epistemological assumptions.

MIKEDANIEL[possible psychological state: confused]   Multiple perspectives that conflict are problematic for the overall project.

OR/AND Perspectives are difficult to compare with each other. OR/AND Too many perspectives result in designer paralysis.

OR/AND Too many varying perspectives result in a stalemate and inhibits project work from proceeding.

AND/OR Only a small number of perspectives can be taken into account. OR/AND You cannot do anything if you have conflicting information. AND/OR Conflicting perspectives represent different understandings of the same reality. AND/OR Multiple perspectives can be credible and equally “true.”

OR/AND One perspective must be selected as a “best method” or approach.

AND/OR Other perspectives are excluded when one perspective is selected.

 

MIKE

PERSPECTIVE

1

PERSPECTIVE

...PERSPECTIVE

3

PERSPECTIVE

2

DANIELPERSPECTIVE

1PERSPECTIVE

2

Page 22: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

DISCUSSION▸ Students were generally able to live and work comfortably within

what they could frame as their objective world.

▸ However, the students’ version of an objective world often assumed a fusion of their own subjective world and objective truth.

▸ This assumed fusion created cognitive dissonance when students attempted to be “transdisciplinary.”

▸ Students’ engagement with the multi-/inter-/trans-disciplinary nature of wicked problems (e.g., multiple stakeholders, conflicting user views, varying contexts) resulted in frustration and paralysis.

Page 23: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

DISCUSSIONA lack of intersubjective space formed what we term a

FIXED SUBJECTIVE SPACE

RALPH

INTERVIEWEE

RALPH

assumed overlap

expand designer’s horizon

create overlap on designer’s terms

INTERVIEWEE

EMPATHIC BARRIER

Page 24: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

NEXT STEPS▸ Contradictions among disciplinary perspectives must be

explicitly confronted, not left for students to discover and sort out—the practice of “designerly behaviors” is not sufficient.

▸ More research is needed to clarify how educators might shift students’ ontological perspectives, particularly at the intersection of subjective and objective realities.

Page 25: Developing a Socially-Aware Engineering Identity Through Transdisciplinary Learning

COLIN M. GRAY [email protected]

TODD M. FERNANDEZ [email protected]

THANK YOU