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Volume Two - Academic Conferences

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Zaffar Ahmed Shaikh and Shakeel Ahmed Khoja<br />

graphic regions of the world to discover teachers’ skills and competencies for PLEs. Data from the<br />

three rounds of study were organized and compared with descriptive statistics (interquartile range<br />

mean and ranking).<br />

An agreed and well-formed synopsis was developed by the consensus of the participants for debate.<br />

The study lasted for three rounds, until it reached on a consensus. Personal perspectives were<br />

brought forward indicating perception of importance and consent of the statements as stated in the<br />

questionnaire. Aggregated results based on the survey were developed as concluding reports. Special<br />

care was taken to select the Delphi’s group members. Experts were selected from the international<br />

community. At the start of this study, a total of 36 PLE experts accepted to participate, however,<br />

2 could not respond to final round questionnaire in time, hence totaling to 34 participants. Of the 34<br />

participants, 19 (56 percent) were male and 15 (44 percent) were female.<br />

The review of the existing literature for the design of series of three rounds questionnaire covered five<br />

areas: (a) an analysis of studies that highlighted the need for faculty development in personalized<br />

learning environments, (b) an analysis of the identified personalized learning competencies and skills<br />

noted in the literature, (c) competencies and skills anticipated from today’s teachers to familiarize<br />

learners with personalized learning, (4) competencies and skills anticipated from today’s teachers to<br />

guide learners how to design a personal space for learning, and (5) discussion of the importance of<br />

personalized learning competencies and skills identification for teachers’ training and development.<br />

The Round I Questionnaire (RIQ) included 60 personalized learning skills. Researchers found teacher<br />

competency proposals suggested by Alvarez et al (2009), Trilling (2008) and Williams (2003) also<br />

appropriate for personalized learning methodology. As developed by Shaikh and Khoja (2011a), the<br />

teachers’ personalized learning skills were sought for five core competencies, which were: Planning<br />

and Design (P&D), Instruction and Learning (I&L), Communication and Interaction (C&I), Management<br />

and Administration (M&A), and Use of Technology (UoT).<br />

2. Methodology<br />

The study begins with an examination of teachers’ generic competencies and skills for face-to-face,<br />

distance, online, virtual and personalized learning methods of instruction. It continues with identifying<br />

the personalized learning skills and knowledge that teachers need to have for PLEs. The researchers<br />

found Delphi study a useful methodology to structure the group activity in order to determine teachers’<br />

skills set for PLEs, as practiced by previous competency studies (Williams, 2003; Piskurich and<br />

Sanders, 1998; Rothwell and Cookson, 1997; McLagan, 1989).<br />

Delphi Method is an exercise that has been used in research for gathering opinion of a group of geographically<br />

dispersed experts through multiple rounds of questionnaire to reach a consensus without<br />

holding a group meeting in order to deal with a complex problem (Ziglio, 1996). As suggested by<br />

Kenis (1995) and Webler (1991), this PLE Delphi study employs a modified Delphi version that gets<br />

expert opinion from group members on prescribed set of closed-ended and open-ended questions. At<br />

the same time, gives freedom of agreement or disagreement from issues discussed in series of questionnaires<br />

and allows addition of any further issues<br />

Delphi technique accompanies several features that add rigor in research, such as: selection of geographically<br />

dispersed experts, small number of group members, multiple round survey technique, anonymity<br />

of group members, reporting of previous round responses to individual members, and use of<br />

statistical tests to reflect consensus development (Shaikh and Khoja (b), 2011; Turoff and Hiltz, 1996;<br />

Linstone and Turoff, 1975). As noted by Williams (1996), Delphi technique also neglects the drawbacks<br />

of face to face discussions, such as: “the bandwagon tendency; deference to the most dominant<br />

member of the discussion group; the vulnerability to manipulation; and the reticence on the part<br />

of individuals to change their minds in front of others”. Isaac and Michael (1995) argue that Delphi is<br />

not always aimed at achieving a strong consensus and to force a quick compromise, however, its<br />

main objective is to produce a critical assessment and discussion to increase problem understanding<br />

and information generation. Delphi also respects views of each individual and does not discourage<br />

minority views to move toward group consensus.<br />

The criteria that guided the selection of expert group for this Delphi was a multistep process carefully<br />

devised to emerge the pool of recognized experts of PLE domain. The criteria for expert selection<br />

used in this study were that the expert (a) must be a known PLE futuristic of at least one of four cate-<br />

763

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