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Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

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Page 1: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Cooperative Learning Effects in Online

Instruction

Beth Allred Oyarzun

Page 2: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Increase of Online Courses

• Economics• Classroom space• More students • Class scale (more sections, more

students)

• Obstacles• Work• Family• Other

Page 3: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Introduction

• Face-to-face/online comparison (Bernard, et.al., 2009)

• Transactional distance (Moore, 1989)

• Three Types Interaction (Moore, 1989)

• Communities of Inquiry (Garrison et.al., 2000)

Purpose – Does cooperative Learning increase achievement and/or assist in creating a community of inquiry in online courses?

Page 4: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Cooperative Learning

• Students work together to accomplish a shared learning goal. (Johnson & Johnson, 1999)

Cooperative Learning Methods

Method DeveloperLearning Together & Alone Johnson and JohnsonTeams-Games-Tournaments (TGT) Devries and EdwardsGroup Investigation Sharan and SharanConstructive Controversy Johnson and JohnsonJigsaw Aronson and AssociatesStudent Teams Achievement Division (STAD) Slavin and AssociatesComplex Instruction CohenCooperative Integrated Reading & Composition (CIRC)

Stevens, Slavin, and Associates

Page 5: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Cooperative Learning

• A meta-analysis of 158 cooperative learning studies found that 8 methods of cooperative learning increased achievement and improved cognitive and social development in face-to-face classes. (Johnson, Johnson, & Stanne, 2000)

• Another meta-analysis of 168 studies in higher education found that cooperative learning strategies promoted higher achievement than competitive or individualistic learning strategies in face-to-face classes. (Johnson, Johnson, & Smith, 1998)

Page 6: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Cooperative Learning

• There are relatively few studies of cooperative learning in distance education.• One study found no significant differences

on declarative knowledge, but a significant difference on procedural knowledge in the cooperative group. (Riley & Anderson, 2006)

• A meta analysis of student-student interaction studies found that stronger student to student interactions increased achievement. (Borokhovski et. al, 2012)

Page 7: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Community of Inquiry

Page 8: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Community of Inquiry

• The causal relationship between the three constructs was examined and found that social presence is the mediating variable between teaching and cognitive presence. (Shea & Bidjerano, 2009)

• A literature review of all COI studies found that only 5 studies measured student learning. (Rouke & Kanuka, 2009)

Page 9: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

COI – Social Presence

• The ability of participants to project their personal characteristics into the community.• Effective communication• Open communication• Group cohesion

Page 10: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

COI - Cognitive Presence

• The extent to which community participants are able to construct meaning through sustained communication• Triggering and event• Exploration• Integration• Resolution

Page 11: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

COI -Teaching Presence

• The design, facilitation, and direction of cognitive and social processes for the purpose of obtaining meaningful and worthwhile learning outcomes• Design and organization• Facilitation• Direct Instruction

Page 12: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Methodology

Participants• 34 undergraduate college students

enrolled in an online instructional technology course.

• The population varied from traditional campus students taking some online courses to non-traditional students taking all online courses 

Page 13: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Methodology

Design• The duration of the study was 6 weeks and

covered two instructional units. • There were two sections of the class that

were treated as intact groups. • During the first unit of instruction, one

section received the individual treatment and the other received the cooperative treatment. During the second unit the treatments switched.

Page 14: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Methodology

Treatment• The cooperative treatment used was

the group investigation method. • This treatment requires that students

work on an individual assignment and a group presentation in self selected small groups

• The participants received a group grade for the presentation and an individual grade for the assignment.

Page 15: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Methodology

Materials• Each unit of instruction required in depth

instructional development projects.• Unit 1 – develop an lesson for online learning• Unit 2 – develop a portfolio of your teaching

philosophy, instructional resources, and a lesson plan.

• Detailed instructions and rubrics were provided for each assignment

• Specific instructions regarding group roles, communication tools, and grading were also provided for the cooperative groups.

Page 16: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Methodology

Instrumentation• The Community of Inquiry Survey

was administered at the end of each unit

• A Satisfaction survey was administered at the end of each unit

• Final grades for each unit were collected

• Demographic data was also collected

Page 17: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Results

Demographics• 29 female – 5 male participants• 9 sophomores, 19 juniors, 4 seniors,

2 non-traditional participants• 4 had some computer knowledge,

27 were comfortable with computers, 3 were advanced.

Page 18: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Results

Achievement• The results indicate that there were

no significant differences in achievement in either unit possibly due to a ceiling effect

Cooperative Individual ANOVA M SD M SD F p

Unit 1 27.13 3.71 24.83 7.99 1.241 .274Unit 2 27.2 3.73 28.18 2.25 .909 .347

Page 19: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Results

Community of Inquiry

Cooperative Individual ANOVA M SD M SD F p

Unit 1 CoI 163.16 33.50 178.40 19.99 2.42 .130TP 50.37 11.71 58.93 6.15 6.57 .015*SP 38.95 8.34 39.47 6.59 .039 .845CP 42.95 8.69 48.60 5.25 4.91 0.34Unit 2 CoI 189.53 20.83 167.89 28.41 6.10 .019*TP 59.60 8.35 54.74 8.39 2.83 .102SP 43.47 7.07 37.79 8.47 4.34 .045*CP 50.53 5.36 45.84 7.35 4.30 .046*

Page 20: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Results

Satisfaction• The results show no significant differences in satisfaction.

However, there was a trend indicating the extension students were more satisfied with the cooperative treatment while the campus students were more satisfied with the individual treatment.

Cooperative Individual ANOVA M SD M SD F p

Unit 1 26.74 6.18 29.07 4.46 1.506 .229Unit 2 31.27 4.43 27.74 6.17 3.48 .071

Page 21: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Discussion

• The results of this study suggest that the cooperative group investigation method may help build a community of inquiry for certain student populations, particularly, the population of students that do not have a connection to the campus.

Page 22: Instructional Design & Technology Cooperative Learning Effects in Online Instruction Beth Allred Oyarzun

Instructional Design & Technology

Questions

Beth [email protected]