Analyzing knowledge dimensions and cognitive process of a project-based online discussion instructional activity using Facebook in an adult and continuing education course
Highlights
► Adult learners’ cognitive process in Facebook project discussion is explored. ► Both quantitative content analysis and sequential analysis are used. ► The type of knowledge and cognitive process in discussion are lacked of diversity. ► Modest portion of off-topic discussions were found. ► Learners of older age or female are more likely to have off-topic discussions.
Introduction
In recent years, the advent of Web 2.0 and rapid advances in Information & Communication Technology (ICT) have fostered the emergence of novel web services. Social networking services (SNSs), such as Facebook, Twitter, Plurk etc., are among the novel web services that have dramatically changed the way people share information and interact with each other (Hughes, Rowe, Batey, & Lee, 2012). Among various SNSs, Facebook is a very popular one. Facebook emphasizes connections among individuals and the formation of community. By using Facebook, people can easily interact and share multiple formats of information, including texts, pictures, videos, etc., with each other via diverse digital devices (e.g., smartphone) without temporal or spatial constraints.
Witnessing Facebook’s worldwide popularity and prevalence among college students (Kabilan, Ahmad, & Abidin, 2010), educational researchers have recently begun to investigate students’ perceptions toward and behavior of using Facebook and the relationship between the use of Facebook and learning performance (e.g., Gray et al., 2010, Junco, 2012a, Kabilan et al., 2010, Kirschner and Karpinski, 2010; etc.).
With regard to students’ perceptions toward using Facebook in the classroom, previous studies have found that students generally show positive and open attitudes regarding its educational use. Nonetheless, adequate pedagogical design is needed if the use of SNSs in the classroom is to improve learning performance (Kabilan et al., 2010, Roblyer et al., 2010). With respect to Facebook usage, students primarily use Facebook for social interaction. While some students may discuss educational issues in Facebook, most people use Facebook primarily for informal learning (Madge, Meek, Wellens, & Hooley, 2009). Regarding the association between learning performance and Facebook usage, previous research generally suggests a negative relationship between the amount of time spent on Facebook and learning performance (Junco, 2012b, Kirschner and Karpinski, 2010). However, Junco (2012b) further noted that students’ using Facebook to collect and share information could positively predict their learning performance. Moreover, Yu, Tian, Vogel, and Chi-Wai Kwok (2010) found that students’ online social network engagement can help students attain social acceptance and adapt to the university culture, which, in turn, improves their perceived performance proficiency. These results suggest that using Facebook is not necessarily harmful to a student’s learning performance. Adequate learning activity design and pedagogical goal setting could, in fact, exploit the social and information-sharing function of Facebook, thereby supporting academic learning (Gray et al., 2010).
Project-based learning (PBL) is recognized as a learning activity that can deliver satisfactory learning performance (Thomas, 2000). In the process of project-based learning, learners must utilize different kinds of knowledge (e.g., discrete declarative knowledge and dynamic procedural knowledge) (Lou, 2004). Meanwhile, students can develop higher level of cognitive skills for a specific domain as well as the ability to apply adequate knowledge to a specific domain or context during PBL (Barron et al., 1998, Blumenfeld et al., 1991).
Moreover, Koh, Herring, and Hew (2010) noted that a project-based learning activity could help students achieve higher cognitive levels and deeper knowledge construction. In PBL, multiple information sources, intensive interaction and information sharing are discerned as critical elements in the learning process (Blumenfeld et al., 1991). Facebook has created an environment for people to share information and socialize with others. It is worth further exploration to probe if this environment could facilitate students to accomplish meaningful online discourse that involves different levels of cognitive skills and diverse types of knowledge.
With the proliferation of the knowledge economy and the rapidly changing requirements from industries, learning is now considered a life-long venture. Thus, the importance of adult education in the overall educational system is gradually increasing. Compared with traditional learners of higher education, adult learners usually play multiple roles in both family and work environments, which may impose temporal or geographical constraints as they seek to commit to additional learning opportunities (Holmberg, 1995). Incorporating computer technology to support learning may help adult learners overcome some of these constraints. Additionally, by adopting computer-supported collaborative learning (CSCL), the diverse individual differences and experiences of adult learners can be leveraged for learners as they co-construct deeper and richer knowledge via interaction among learners, teachers and the learning environment. Thus, meaningful learning can be achieved (Kilgore, 2004, LeNoue et al., 2011).
LeNoue et al. (2011) further suggest that a well-designed social networking site, which facilitates both broad and deep interactions, can allow learners to collaboratively explore and process information, thus contributing to diversified opportunities for learning. Furthermore, adult learners generally have more diverse individual differences with respect to age, work experience, etc. Age is considered a critical factor in predicting a learner’s cognitive maturity and learning strategy in higher education (Bye, Pushkar, & Conway, 2007). Moreover, gender difference is also regarded a significant moderating factor in educational research (Teo, 2010, Terzis and Economides, 2011, Yukselturk and Bulut, 2009). Previous studies have found that males and females act differently in group/social interactions and social media usage (Glynn et al., 2012, Muscanell and Guadagno, 2012, Payne and Monk-Turner, 2006). Therefore, the use of SNSs requires further investigation regarding the effects of adult learners’ individual differences on the behavior of online collaborative learning.
In summary, this study seeks to advance the understanding of adult learners’ behaviors in online project discussions using Facebook. Specifically, the type of knowledge dimension and the cognitive processes demonstrated in the learners’ online discussions are to be scrutinized in this study. Quantitative content analysis (QCA) is used to investigate the frequency of various discussion behaviors among online learners. Moreover, a lag sequential analysis (LSA) is used to visually present the behavioral patterns that learners exhibit during the process of online discussion. Few previous studies have explored the relationship between students’ Facebook usage and learning performance. However, relatively few empirical studies have extensively examined the interactions and learning behaviors among students in Facebook, which has been formally integrated with course activity. In addition, studies that combine QCA and LSA in examining the dimension of learners’ knowledge and cognitive process in PBL using Facebook are relatively rare. Findings derived from this study may help depict a clearer picture of the type of knowledge and the cognitive processes involved in students’ online discussions on Facebook. By combining the results from the QCA and the LSA, researchers can better understand the bottleneck of knowledge construction in online discussions. According to the research findings, adequate pedagogical design and strategy could be proposed to facilitate higher level of cognitive interaction and diversity of knowledge among learners.
Specifically, this study addresses the following research purposes:
- (1)
To explore the distribution of knowledge dimension and the cognitive process that learners demonstrate in online discussions of PBL using Facebook in an adult and continuing education course.
- (2)
To portray the behavioral patterns of knowledge dimension and cognitive process that learners demonstrate in online discussions of PBL using Facebook.
- (3)
To examine the effects of individual differences, i.e., gender and age, with respect to the aforementioned distribution and behavioral patterns.
Section snippets
Participants
The participants of this study included 62 students from a school of continuing education of a university in northern Taiwan. All students have either full-time or part-time jobs. Of the participants, 64.52% (n = 40) are female, and 35.48% (n = 22) are male. These students range in age from 20 to 43. In contrast to traditional higher education students, who are usually between 18 and 21 years of age, our participants are relatively older and must, therefore, commit to work rather than focusing
Results
Data analysis results are presented in two separate sections, namely, the results of QCA and LSA, respectively. QCA was used to delineate the knowledge dimensions and cognitive processes shown in student discussions with regard to their individual differences. The LSA was used to depict the behavioral patterns and sequences of student discussion behaviors.
The structure and behavioral sequence patterns of student knowledge and cognitive process dimension in online discussions using Facebook
According to our research results, the knowledge dimension shown in online discussions is primarily meta-cognitive knowledge (K4, 83.59%), while cognitive processes are exhibited largely at the level of understanding (C2, 80%). Moreover, in the discussions on Facebook, both knowledge and cognitive process dimensions exhibit behavioral continuity (i.e., K4 → K4; C2 → C2). Previous studies that have focused on knowledge construction processes during online discussion have noted that students
Acknowledgments
This research was supported by the projects from the National Science Council, Republic of China, under contract number NSC-100-2628-S-011-001-MY4, NSC-100-3113-S-011-001, NSC-100-2631-S-011-002 and NSC-99-2511-S-011-007-MY3.
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