Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task

Background: Much of the student activity in undergraduate programs is devoted to development of technical knowledge and skills; however, in practice engineering work is usually sociotechnical where the technical and social aspects are interrelated and mutually constitutive. Productive group practice...

Full description

Bibliographic Details
Main Authors: Kritsa Chindanon, Milo David Koretsky
Format: Article
Language:English
Published: VT Publishing 2023-11-01
Series:Studies in Engineering Education
Subjects:
Online Access:https://account.seejournal.org/index.php/vt-j-see/article/view/112
_version_ 1797382816798867456
author Kritsa Chindanon
Milo David Koretsky
author_facet Kritsa Chindanon
Milo David Koretsky
author_sort Kritsa Chindanon
collection DOAJ
description Background: Much of the student activity in undergraduate programs is devoted to development of technical knowledge and skills; however, in practice engineering work is usually sociotechnical where the technical and social aspects are interrelated and mutually constitutive. Productive group practice, the socially negotiated and shared ways that individuals effectively interact, is critical to make progress on sociotechnical work. Purpose/Hypothesis: This illustrative case study characterizes changes in group practice during a realistic, open-ended project. Design/Method: Audio recordings and transcripts of a three-person group during two stages of the project were analyzed. The target group’s interactions were quantitatively characterized using longitudinal coding followed by discourse analysis with a focus on intonation. Findings: The group engaged in conceptual, material, and social aspects of engineering practice during both stages. During the earlier stage, one of the three members talked most; however, during the later stage, the talk became more distributed. Discourse analysis revealed a shift in the team members’ interactions from the controlling discourse of one group member to supportive discourse among all three members. Additionally, different forms of authority were used during the two stages to exert influence. This shift allowed unique roles and contributions of each group member to emerge. The interactions between the group and the instructor during a design meeting appear to have supported this shift. Conclusions: Findings suggest tangible ways for educators to change the nature and framing of classroom work to support more equitable group practice. Specifically, change occurs when group members shift from authority claims based on information from other authorities (e.g., the instructor, the literature, the course notes) to collaborative reasoning and sense-making. Elements of the task and the instructor framing that support equitable practice are described.
first_indexed 2024-03-08T21:10:57Z
format Article
id doaj.art-f6ff9edae9a2457ca6dccd288a5ab679
institution Directory Open Access Journal
issn 2690-5450
language English
last_indexed 2024-03-08T21:10:57Z
publishDate 2023-11-01
publisher VT Publishing
record_format Article
series Studies in Engineering Education
spelling doaj.art-f6ff9edae9a2457ca6dccd288a5ab6792023-12-22T06:39:36ZengVT PublishingStudies in Engineering Education2690-54502023-11-0142144–175144–17510.21061/see.11291Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended TaskKritsa Chindanon0Milo David Koretsky1Oregon State UniversityTufts UniversityBackground: Much of the student activity in undergraduate programs is devoted to development of technical knowledge and skills; however, in practice engineering work is usually sociotechnical where the technical and social aspects are interrelated and mutually constitutive. Productive group practice, the socially negotiated and shared ways that individuals effectively interact, is critical to make progress on sociotechnical work. Purpose/Hypothesis: This illustrative case study characterizes changes in group practice during a realistic, open-ended project. Design/Method: Audio recordings and transcripts of a three-person group during two stages of the project were analyzed. The target group’s interactions were quantitatively characterized using longitudinal coding followed by discourse analysis with a focus on intonation. Findings: The group engaged in conceptual, material, and social aspects of engineering practice during both stages. During the earlier stage, one of the three members talked most; however, during the later stage, the talk became more distributed. Discourse analysis revealed a shift in the team members’ interactions from the controlling discourse of one group member to supportive discourse among all three members. Additionally, different forms of authority were used during the two stages to exert influence. This shift allowed unique roles and contributions of each group member to emerge. The interactions between the group and the instructor during a design meeting appear to have supported this shift. Conclusions: Findings suggest tangible ways for educators to change the nature and framing of classroom work to support more equitable group practice. Specifically, change occurs when group members shift from authority claims based on information from other authorities (e.g., the instructor, the literature, the course notes) to collaborative reasoning and sense-making. Elements of the task and the instructor framing that support equitable practice are described.https://account.seejournal.org/index.php/vt-j-see/article/view/112discourse analysisgroup practiceproject-based learningsociotechnicalstatus
spellingShingle Kritsa Chindanon
Milo David Koretsky
Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task
Studies in Engineering Education
discourse analysis
group practice
project-based learning
sociotechnical
status
title Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task
title_full Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task
title_fullStr Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task
title_full_unstemmed Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task
title_short Group Practice in Engineering: Productive Interactions during a Realistic, Open-Ended Task
title_sort group practice in engineering productive interactions during a realistic open ended task
topic discourse analysis
group practice
project-based learning
sociotechnical
status
url https://account.seejournal.org/index.php/vt-j-see/article/view/112
work_keys_str_mv AT kritsachindanon grouppracticeinengineeringproductiveinteractionsduringarealisticopenendedtask
AT milodavidkoretsky grouppracticeinengineeringproductiveinteractionsduringarealisticopenendedtask