Article
Chinese Language
Teachers’ Perceptions
of Technology and
Instructional Use of
Technology: A Path
Analysis
Journal of Educational Computing
Research
0(0) 1–19
! The Author(s) 2017
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DOI: 10.1177/0735633117708313
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Haixia Liu1,2, Chin-Hsi Lin2, Dongbo Zhang2,
and Binbin Zheng2
Abstract
This study examined internal and external factors affecting pedagogical use of technology among 47 K–12 Chinese language teachers in the United States. Path analysis
of the survey data was used to examine the relationships between the teachers’
instructional use of technology, on the one hand, and on the other, their perceptions
of three internal factors (i.e., technology’s usefulness, its ease of use, and subjective
norms) and one external factor (i.e., facilitating conditions). The results showed that
these teachers’ pedagogical use of technology could be predicted by two of the three
internal factors (i.e., perceived usefulness and subjective norms) and by the external
factor. Additionally, the external factor was found to have a significant influence
on both perceived ease of use and subjective norms.
Keywords
external factors, internal factors, language teachers, pedagogical use of information
communication technology, technology acceptance
1
Beijing Normal University Zhuhai Campus, Zhuhai, China
Michigan State University, East Lansing, USA
2
Corresponding Author:
Chin-Hsi Lin, Michigan State University, 620 Farm Lane, East Lansing, MI 48824, USA.
Email: chinhsi@msu.edu
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Journal of Educational Computing Research 0(0)
The growth of modern information communication technology (ICT) has
provided new and effective means of communication between teachers and students (Dawes, 2001). ICT enables learners to asynchronously and synchronously
communicate directly with instructors, peers, or native speakers of their
target languages all over the world (Warschauer, 1997). Through e-mail, instant
messages, chat rooms, and other applications, ICT permits many-to-many communication, text-based interaction, and time- and place-independent exchange
(Warschauer, 1997).
Since social interaction is a central component of language learning
(Lantolf, 2006; Vygotsky, 1978), the potential benefits of ICT for language
learning and teaching are beyond doubt (Blake, 2007). The use of ICT has
consistently been shown to have positive effects on language skills, including
listening (e.g., Ducate & Lomicka, 2009), speaking (e.g., Sun, 2009), reading
(e.g., Lan, Sung, & Chang, 2007), and writing (e.g., Bloch, 2007). In addition
to improvement of these skills, integrating ICT in language classrooms has been
shown to increase learners’ motivation to practice their target languages
(Blake, 2009; Shang, 2007), their motivation (e.g., Shang, 2007), and their
intercultural awareness (e.g., Lee, 2011). As Murphy-Judy and Youngs (2006)
noted, ‘‘given the emphasis on communication and the opportunities for computer-assisted learning, technologies play an ever-increasing role in learning
standards’’ (p. 45).
However, the affordances and potentials of using ICT cannot be fully realized unless teachers integrate it into their instructional design and use it to
support students’ learning (International Society for Technology in Education,
2007). Language teachers are now often required to learn how to integrate ICT
into their courses and to actively use it to promote their students’ language
learning and use; and professional standards for language teachers and language-teacher preparation programs often set forth clear specifications for
teachers’ pedagogical integration of technology (American Council on
Teaching of Foreign Languages [ACTFL], 2013; National East Asian
Languages Resource Center & Chinese Language Association of SecondaryElementary Schools [NEALRC & CLASS, 2007]; Teachers of English to
Speakers of Other Languages [TESOL], 2010). For example, ACTFL’s 2013
Program Standards for the Preparation of Foreign Language Teachers for K–
12 and Secondary Certification Programs require that teacher preparation programs provide ‘‘opportunities for candidates to experience technologyenhanced instruction and to use technology in their own teaching’’ (p. 2).
The Chinese Language Association of Secondary-elementary Schools in its
professional standards for K–12 Chinese teachers holds that teachers should
understand that ‘‘technology supports the teaching and learning of language
and culture and provides tools, strategies and practices that motivate student
interest and increase performance . . . [and should] incorporate technology into
lesson planning and instructional delivery’’ (NEALRC & CLASS, 2007, p. 9).
Liu et al.
3
Indeed, the need for language teachers to engage with technology is considered
so urgent that they will find themselves at a disadvantage if they are not
adequately proficient in computer-assisted language learning (Hubbard &
Levy, 2006).
Yet, despite the aforementioned professional standards and expectations
regarding teachers’ professional competences, technology integration by language teachers (among others) has been far from satisfactory, and underuse
or non-use of technology has been consistently reported (e.g., Grosse, 1993;
Li & Walsh, 2011; Liu, Lin, Zhang, & Zheng, 2017; Yang & Huang, 2008).
According to Rogers’ (1995) diffusion of innovations theory, decisions regarding
the adoption of technology should take the adopters’ attitudes into account.
Inspired by Rogers’ ideas, much subsequent work has shown that teachers’
attitudes toward adopting technology are a critical factor in their acceptance
of new technology as well as its actual use in their teaching (e.g., Becker, 2001;
British Educational Communication and Technology Agency (BECTA), 2004;
Liu et al., 2017). These studies have identified a number of factors that may
affect teachers’ use (and underuse or nonuse) of technology. Yet, most such
factors ‘‘do not directly influence technology uses in a linear fashion’’; rather,
their influence is ‘‘mediated or filtered by teachers’ perception’’ (Zhao & Frank,
2003, p. 817). Hence teachers’ perceptions of the factors related to technology
usage are of vital importance to anyone seeking to explain the slow adoption of
technology.
In exploring the complex conditions surrounding ICT integration, researchers
usually distinguish between external and internal factors in teachers’ perceptions
(e.g., Zhao, Puge, Sheldon, & Byers, 2002). How teachers translate their pedagogical perceptions and beliefs into classroom practices varies greatly alongside
variations in their perceptions of both the external and the internal factors
affecting educators’ technology adoption. While many studies (e.g., Hew &
Brush, 2007; Teo, 2011) have examined such factors, few have focused on language teachers, and fewer still on teachers of Chinese. By examining the external
and internal technology-adoption factors perceived by a group of K–12 Chinese
language teachers in the United States, the present study aims to identify the key
factors influencing such teachers’ pedagogical use, or nonuse, of ICT in their
classrooms, as well as the relationships among those factors—in particular, if or
how external factors influence internal ones.
Literature Review
The first-two sections of our literature review focus on why teachers use or do
not use technology in light of external (or first order) and internal (or second
order) factors: a framework widely used in the literature on teachers’ technology
adoption (e.g., Brickner, 1995; Ertmer, 1999). The third section reviews work on
language teachers’ actual technology-adoption behaviors.
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External Factors
External factors, also termed extrinsic factors (see Ertmer, 1999), cover a broad
range of demands that teachers adjust their teaching practices to, or teach with,
technology, as well as the presence or absence and quality of technological
support and technical infrastructure. It is important to note, however, that the
changes teachers make due to these factors will not necessarily change their
perceptions either of technology itself or of its pedagogical use.
External factors have often been included in examinations of technology
adoption. For example, in the unified theory of acceptance and use of technology (UTAUT) formulated by Venkatesh, Morris, Davis, and Davis (2003),
external factors are conceptualized as facilitating conditions, defined as
‘‘the degree to which an individual believes that an organizational and technical
infrastructure exists to support use of the system’’ (p. 453). In Ajzen and
Fishbein’s (1980) theory of planned behavior (TPB), a similar construct called
perceived behavioral control relates to individuals’ beliefs in the existence or
nonexistence of factors that facilitate or impede their performance of particular
behaviors. Many technology-integration barriers examined in previous literature, such as hardware support and management (Yang & Huang, 2008),
access to technological resources (Egbert, Paulus, & Nakamichi, 2002;
Li, 2014), and difficulty with equipment deployment (Yang & Huang, 2008)
can be classified as external factors.
Collectively, UTAUT’s external factors (i.e., facilitating conditions) have
been identified as a ‘‘direct determinant of usage behavior’’ and as having significant effects on usage when examined together with age and gender
(Venkatesh et al., 2003, p. 467). Unlike Venkatesh’s study, which collected
data from four organizations, a follow-up study by Teo (2011) focused on educators from elementary and secondary schools. Through structural equation
modeling (SEM) analysis, Teo found that facilitating conditions significantly
influenced the participants’ behavioral intention to use technology. Moreover,
facilitating conditions were found to have an indirect influence on behavioral
intention via an internal factor, perceived ease of use (Teo, 2010, 2011).
Similarly, Venkatesh and Davis (2000) found that facilitating conditions exerted
a mediation effect on intention via effort expectancy, a similar concept to perceived ease of use. Such findings about external factors are not especially surprising, in which teachers tend to use technology if they receive adequate
personal and technological support (Fuller, 2000; Yang & Huang, 2008).
Internal Factors
Unlike external factors, which are objective aspects of a person’s environment,
internal factors are subjective: intrinsic factors that teachers perceive in relation
to behavioral intention of technology use or technological practice in reality.
Liu et al.
5
Previous studies have identified three major internal constructs, including perceived
usefulness, perceived ease of use, and subjective norm, that are significant predictors of people’s intention to use technology (Jeyaraj, Rottman & Lacity, 2006).
Perceived usefulness. Perceived usefulness, a key factor in the technology acceptance model (TAM) proposed by Davis (1986), refers to ‘‘the degree to which an
individual believes that using a particular system would enhance his or her job
performance’’ (p. 82). This construct has since been examined many times. Davis,
Bagozzi, and Warshaw (1989), for example, conducted a longitudinal study of 107
users’ intentions to use a specific system and found not only that perceived usefulness had a strong impact on such intentions, but that it accounted for more
than half of the variance in their intentions 14 weeks later. A review study by
Jeyaraj and others (2006) reported that perceived usefulness was the most frequently used independent variable in studies that involved predicting information
technology adoption by individuals. The same review study found that, as well as
being the most popular variable, perceived usefulness was one of the most effective
predictors of technology adoption: being reported as significant in 26 of the
29 cases. Aydin (2013) reported that the majority of the 157 English as a foreign
language (EFL) teachers perceived computers as a valuable tool for teaching and
learning. However, other studies examining language teachers’ perceptions of the
usefulness of technology and their intention to use it are rare.
Perceived ease of use. Various, potentially conflicting conceptualizations of perceived ease of use have been proposed. While Davis (1986) defined it as
‘‘the degree to which an individual believes that using a particular system
would be free of physical and mental effort’’ (p. 82), others operationalized it
simply as computer competence (e.g., Albirini, 2006).
Previous research has shown that teachers’ lack of computer competence is a
major factor in their nonadoption of technology in their teaching (Albirini, 2006;
Al-Oteawi, 2002; Na, 1993; Pelgrum, 2001). For example, Albirini (2006)
reported that although Syrian EFL teachers had positive attitudes toward computers, they reported little to no ability to use them for their teaching. A more
recent study by Li (2014) showed that, while teachers had a certain degree of
knowledge about using technology, they did not feel confident about using it in
their teaching. This may be a key reason for the slow adoption of technology
among language teachers.
Perceived ease of use has also been one of the most commonly adopted predictors in studies examining people’s intention to use technology (Jeyaraj et al.,
2006). Although not as powerful as perceived usefulness, it was also found to be
a significant predictor of intention (e.g., Davis et al., 1989; Teo, 2010, 2011).
Subjective norms. Subjective norms were proposed by Ajzen in his theory of reasoned behavior (TRA) and later adopted in TPB. They are defined as
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‘‘the perceived social pressure to perform or not to perform the behavior’’
(Ajzen, 1991, p. 188). Much like subjective norms in TRA and TPB, the
UTAUT model’s social influence factor refers to how an individual perceives
respected others’ beliefs in certain technology (Venkatesh et al., 2003).
Studies of subjective norms have usually shown that they are significant predictors of individuals’ intention to use technology (Jeyaraj et al., 2006). Yet,
some studies have found instead that subjective norms had ‘‘no effect on intentions’’ (Davis et al., 1989, p. 982). Based on an investigation of language teachers
in China, Li (2014) highlighted the importance of sociocultural context to technology adoption, and that support from school principals was an important
factor in technology use. However, additional studies examining the influence
of subjective norms on language teachers’ intentions to use technology, or their
actual technology-related behavior, are difficult to find.
Language Teachers’ Technology Adoption
Language teachers have been consistently reported as slow to adopt computers
and unlikely to use them productively in language teaching (Li & Walsh, 2011;
Yang & Huang, 2008). Yang and Huang (2008), for example, found that technology-mediated English teaching behaviors in middle- and high schools in
Taiwan were on a modest level, with most teachers using technology only to
prepare their teaching material. Li and Walsh (2011) examined 400 middle- and
high school EFL teachers’ use of technology in Beijing and found that, despite
these teachers having an adequate level of computer literacy and their schools
providing access to computer technology, computer use remained peripheral to
their teaching. Specifically, most teachers only used PowerPoint to present information. A follow-up study by Li (2014) reported similar results: That is, Chinese
EFL teachers only used technology occasionally to engage their students and
meet their pedagogical needs.
A number of theoretical models, including the aforementioned TRA, TPB,
TAM, and UTAUT, have aimed to account for teachers’ technology adoption
or the lack thereof. In such models, teachers’ technology-adoption behavior is
generally a dependent factor predicted by internal and external variables of the
types discussed earlier. Yet, this can elide the differences between an individual’s
intention to perform a behavior and his or her actual performance of it. For
example, Fishbein and Ajzen (2010, p. 300) pointed out that while their TPB can
account for 50% to 60% of the variance in intentions to perform a given behavior, its ability to explain the behavior itself is markedly less (30%–40%). Indeed,
teachers’ intentions to use technology in instruction do not often correspond
with their actual technology behavior in the classroom (e.g., Basturkmen, 2012).
Ertmer, Gopalakrishnan, and Ross (2001) also reported that teachers’ enacted
beliefs in technology (i.e., actual classroom technology practice) did not align
with their espoused beliefs in technology (i.e., attitudes and intentions).
Liu et al.
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Therefore, in contrast to previous models that have focused primarily on teachers’ intentions to use technology, the present study uses language teachers’
actual technology practices in their classrooms as the dependent variable and
aims to discover whether the internal and external factors described earlier can
predict such actual practices.
Research Questions
Previous studies have shown that internal and external factors may affect
language teachers’ technology adoption. However, the studies reviewed earlier
have largely dealt with teachers as an undifferentiated bloc with regard to the
subjects they teach, despite foreign language teachers’ distinct needs and challenges (e.g., Li, 2014). To help fill this research gap, the present study examines
how various internal and external factors influenced a group of U.S.-based K–12
Chinese language teachers’ instructional use of ICT. In addition to that central
question, we are interested in how these teachers perceived the interrelationships
of the internal and external factors drawn from two popular technology-adoption models (i.e., TAM and UTAUT). Based on the findings of some previous
studies (e.g., Davis et al., 1989; Teo, 2010, 2011), we constructed a conceptual
path model to examine the impact of internal (i.e., perceived usefulness,
perceived ease of use, subjective norms) and external factors (i.e., facilitating
conditions) on behavioral intention as well as the possible influence of facilitating conditions on the three internal factors. Figure 1 is a path diagram of the
conceptual model.
Figure 1. Proposed research model.
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The following research questions guide this study:
Research Question 1: Do facilitating conditions, considered as an external
factor, significantly influence Chinese language teachers’ pedagogical use of
technology?
Research Question 2: Do internal factors, including perceived usefulness, perceived ease of use, and subjective norms, significantly influence Chinese language
teachers’ pedagogical use of technology?
Research Question 3: Do internal factors mediate the effect of external ones
on the technology behaviors of Chinese language teachers?
Method
This study employed a quantitative approach. Data were collected through a
questionnaire that asked the participating teachers about their perceptions of
various internal and external factors as well as about their pedagogical use of
technology in Chinese language classrooms.
Participants
We recruited a sample of 47 teacher-education students enrolled in a university
certification program in the Midwestern United States. All were native speaker
of Chinese and ranged in age from 21 to 40, with most (66%) being between
21 and 25. The majority of the respondents were female (n ¼ 39); approximately
half of them had master’s degrees and the remaining half, bachelor’s degrees.
Their previous academic backgrounds were mixed and included Chinese
Language Arts, Teaching English to Speakers of Other Language, Business,
and Biology, among other subjects. All the participants were placed in K–12
schools, where they taught full time while taking online courses to fulfill the
requirement of the certification program.
Procedure
A questionnaire used in previous studies of teachers of other subjects (e.g.,
Teo, 2011) was revised to suit the present study’s focus on language teachers.
The revised version was administered to the participants through Qualtrics, a
web-based tool that has affordances for conducting survey research online (see
the following Instruments section for details).
Instruments
Demographic information. Individual background information collected in
this study included respondents’ name, age (range), gender, and educational
background.
Liu et al.
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All the survey items were presented in Chinese and responded to via a
5-point Likert-type scale, with ‘‘1’’ indicating strong disagreement and ‘‘5’’,
strong agreement.
Facilitating conditions. Five survey items designed to measure facilitating
conditions were adopted from Teo (2011). A sample survey item for this
component was, ‘‘The school offered positive environment for me to use
technology.’’ The Cronbach’s a for the group of facilitating conditions items
was .86.
Perceived usefulness. To measure this internal factor, we adapted 10 survey items
from Teo (2011) covering teachers’ beliefs about whether the use of technology
could enhance teaching and learning. A sample survey item was, ‘‘Information
technology can improve students’ interest in learning.’’ The Cronbach’s a for the
set of perceived usefulness items was .91.
Perceived ease of use. For this internal factor, eight survey items adapted from Teo
(2011) were used to capture teachers’ beliefs about how easy technology is to use.
A sample survey item was, ‘‘I think it is easy to use information technology.’’
The Cronbach’s a for this group of items was .83.
Subjective norms. To measure this internal factor—the pressure to use technology
that teachers feel coming from others—we edited eight survey items, and two of
the items were adapted from Teo (2011). A sample survey item was, ‘‘My friends
think that I should use information technology.’’ The Cronbach’s a for the
subjective norms items was .91.
Technology behavior. The research team developed an additional 10 survey items to
assess the respondents’ technology-related pedagogical behavior. A sample
survey item was, ‘‘I always use information technology to present teaching content in the classroom.’’ The Cronbach’s a for these technology-behavior items
was .89.
Data Analysis
Given that the purpose of this study was to investigate the relationships among
an external factor (facilitating conditions), three internal factors (perceived usefulness, perceived ease of use, and subjective norms) and teachers’ self-reported
behavior, the data were analyzed within a SEM methodological framework
(Kline, 2005). Specifically, composite scores were first computed for all the questionnaire items that represented each individual factor. Path analysis was then
applied to assess the statistical significance of the coefficients of all the paths
between the five variables.
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Results
Descriptive Statistics and Bivariate Correlations
As shown in Table 1, the means of the five variables ranged from 3.40 to 4.23,
indicating that the participants’ overall response to each of those variables was
positive. The standard deviation ranged from .57 to .78, reflecting that the
responses were narrowly spread. All items had a skewness or kurtosis value
that was less than the cutoff of j2j, implying the univariate normality of the distribution of the data.
Pearson correlation analysis was conducted to establish the bivariate relationships among the variables. As can be seen in Table 2, the correlation coefficients
ranged from .23 to .57. Except for the correlation between facilitating conditions
and perceived usefulness, which was positive but not statistically significant
(r ¼ .23, p ¼ .119), all correlation coefficients were both positive and significant.
More specifically, the correlation between perceived ease of use and facilitating
conditions was .56, p < .001, and between facilitating conditions and subjective
norm, .48, p < .001. Among the three internal factors, perceived ease of use was
significantly correlated with perceived usefulness (r ¼ .31, p < .05), while perceived
usefulness was significantly correlated with subjective norms (r ¼ .57, p < .001).
Table 1. Descriptive Statistics.
Variables
Mean
SD
Skewness
Kurtosis
Facilitating conditions
Perceived ease of use
Subjective norm
Perceived usefulness
Technology behavior
3.74
3.40
3.96
4.23
3.64
.78
.61
.57
.57
.64
.59
.36
.12
.40
.13
.04
.10
.10
.07
.06
Table 2. Correlations Matrix.
Variables
Facilitating
condition
Perceived
ease of use
Subjective
norm
Perceived
usefulness
Technology
behavior
Facilitating condition
Perceived ease of use
Subjective norm
Perceived usefulness
Technology behavior
1
.56***
.48***
.23
.50***
1
.41**
.31*
.46**
1
.57***
.52***
1
.51***
1
*p < .05. **p < .01. ***p < .001.
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Liu et al.
The correlation between perceived ease of use and subjective norms was significant as well (r ¼ .41, p < .01). Finally, the dependent variable (technology behavior) was found to be significantly correlated with all four of the other variables:
r ¼ .50, p < .001 for facilitating conditions; r ¼ .46, p < .01 for perceived ease of
use; r ¼ .53, p < .001 for subjective norms; and r ¼ .51, p < .001 for perceived
usefulness.
Path Analysis
The proposed path model was tested using Stata 13.0. The resulting goodnessof-model-fit indices were 2(2) ¼ 2.44, p ¼ .30; standardized root mean
square ¼ .043; confirmatory factor index ¼ .994; and Root Mean Square
EA ¼ .068. According to the cutoff values discussed in Kline (2005), this indicates a very good model fit.
The results of significance testing for all the path coefficients are shown in
Table 3. Five path coefficients were found to be statistically significant. Figure 2
provides a graphic representation of the final model with the significant paths
and their standardized path coefficients.
As Table 3 indicates, the external factor (i.e., facilitating conditions) had a
significantly positive influence on the sampled Chinese language teachers’ use of
technology (b ¼ .28, p < .05), after all three internal factors were controlled for.
Two of the internal factors—perceived usefulness and subjective norms—also
had significant, positive, and unique impacts on teachers’ use of technology:
b ¼ .32, p < .05 and b ¼ .17, p < .05, respectively. However, teachers’ use of technology in this study was not significantly predicted by perceived ease of use
(b ¼ .15, p ¼ .27), after the two other two internal factors and the external
factor were controlled for. Together, the four other variables accounted for
approximately 44% of the variance in the participants’ pedagogical use of
technology.
Table 3. Parameter Estimates of Path Analysis.
Causal path
Standardized
coefficients
SE
t statistics
Behavior facilitating condition
Behavior perceived usefulness
Behavior subjective norm
Behavior perceived ease of use
Perceived ease of use facilitating condition
Subjective norm facilitating condition
Perceived usefulness facilitating condition
.28*
.32*
.17*
.15
.56***
.48***
.23
.14
.14
.08
.14
.09
.11
.14
2.06
2.34
2.11
1.10
6.16
4.54
1.69
*p < .05. ***p < .001.
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Figure 2. Final model of path analysis with standardized path coefficients. Note.
Nonsignificant coefficients are not included.
*p < .05. ***p < .001.
Mediation Analysis
The external factor, facilitating conditions, was found to have a significantly
positive effect on two internal factors: b ¼ .56, p < .001 with perceived ease of use
and b ¼ .48, p < .001 with subjective norms. However, the external factor did not
significantly predict perceived usefulness, b ¼ .23, p ¼ .09.
From Figure 2, it can be seen that the external factor also had an indirect
effect on the participants’ technology use when subjective norms acted as a
mediator variable. The indirect effect on technology use of facilitating conditions
via subjective norms was .082.
Discussion
The External Factor
In answer to our first research question, the results of path analysis indicated
that facilitating conditions had a significantly positive influence on Chinese language teachers’ pedagogical use of technology, over and above that of the two
internal factors that also influenced it (i.e., perceived ease of use and subjective
norms). This finding is consistent with those of previous studies (e.g., Becker,
2001; BECTA, 2004), in which external factors such as technology facilities,
technicians’ support, administrative attitude, financial support, and training
opportunities were key factors of teachers’ instructional use of technology.
Liu et al.
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In addition to this direct effect, the present study found that facilitating conditions had indirect effects on the sampled Chinese language teachers’ technology use, through the mediation of one internal factor, subjective norms. This
finding is fairly unsurprising, insofar as the existence of external support—such
as training—would tend to enable teachers to see the value of instructional
technology and therefore result in their more frequent use of it. The same finding
also corroborates the results of some previous studies in which the participants
were nonlanguage teachers (e.g., Teo, 2011; Yang & Huang, 2008).
The positive impact of the external factor suggests that adequate facilities,
technical training, and other relevant forms of support are foundational to
Chinese language teachers’ use of technology in their teaching. This has clear
implications for school and school-district leaders who are seeking to promote
technology integration in K–12 world-language education.
Internal Factors
To answer our second research question, pertaining to the impact of the internal
factors on technology-related behaviors, three path coefficients were examined.
The results showed that two of the internal factors (i.e., perceived usefulness
and subjective norms) had significantly positive influences on Chinese language
teachers’ pedagogical use of technology, whereas the third internal factor
(perceived ease of use) did not. With regard to perceived usefulness, our results
are in line with those of Teo (2010, 2011), who found perceived usefulness to be a
significant predictor of preservice teachers’ intention to use technology in
Singapore. Other studies also reported that perceived usefulness had a positive
impact on preservice teachers’ intention to use technology (e.g., Li, 2014; Sadaf,
Newby, & Ertmer, 2012) or that a lack of perceived usefulness could hinder
technology adoption (Albirini, 2006; Yang & Huang, 2008). Our study thus
extends the findings from the literature on student teachers by focusing on
their self-reported actual use of technology rather than their intention to use it
in the future.
Subjective norms were also found to be a significant factor impacting
on Chinese language teachers’ technology use, which was again in line with
the literature (e.g., Jeyaraj et al., 2006; Li, 2014). This is unsurprising,
in which Chinese language teachers generally work in heavily regulated environments, where their in-class technology use is strongly recommended or even
mandatory. In addition, our participants were in the early stages of teaching of
Chinese in the United States, during which they were also receiving online
training in various teacher professional standards as part of their aim of achieving certification. Thus, it would not be unexpected if they chose to use technology as a way of demonstrating that they met the expectations of their
certification program. Overall, it is reasonable to suppose that outside pressure
strengthened the participants’ technology-adoption behavior.
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In contrast to their subjective norms and their perceptions that technology
was useful, the sampled teachers’ perceptions that technology was easy to use
had no significant effect on their self-reported technology-adoption behavior.
This finding was inconsistent with those of some previous studies, such as Teo’s
(2010, 2011), in which Singapore-based preservice teachers’ perceived ease of use
significantly predicted their intention to adopt technology. This discrepancy
might be related to the fact that many of the Chinese language teachers in the
current sample did not consider technology to be easy to use. As shown
in Table 1, among the three internal factors, our participants’ perceptions of
usefulness were the highest on a 5-point scale (M ¼ 4.23, SD ¼ .57), and their
perceptions of ease of use the lowest (M ¼ 3.39, SD ¼ .36). The gap between
these two internal factors may suggest that the teachers in this study generally
felt that, while technology was useful in their teaching, it was not necessarily
easy to use. In other words, despite the challenges to their use of technology
that they perceived, the participants chose to use it anyway, possibly due to a
combination of their belief in its utility (i.e., perceived usefulness) and the aforementioned pressures attributable to their school environments or principals and
their certification program (i.e., subjective norms). From a teacher-education
perspective, it does not seem desirable for Chinese language teachers to be
‘‘pushed’’ to use technology despite their personal reservations about it;
rather, schools introducing technology into the classroom should provide
more professional development to increase such teachers’ technological proficiency and confidence.
The Effects of External Factors on Internal Factors
In answer to our third research question, the results of path analysis showed that
the external factor (i.e., facilitating conditions) had a significantly positive
impact on perceived ease of use and subjective norms; on the other hand, a
significant impact on perceived usefulness did not surface. This implies that
language teachers may feel more confident and more influenced in favor of
using technology if they are given a certain amount of external facilitation,
even though such facilitation will not necessarily change their perceptions of
whether technology is useful in their teaching. From a teacher-education perspective, these findings highlight that schools should provide technology-related
training and support for teachers, particularly those in the initial stages of their
teaching careers, and during such training provide specific models of how technology could be useful for teaching purposes.
Conclusion
This study of a group of K–12 Chinese teachers in the United States explored the
relationships between and among their perceptions of the external and internal
Liu et al.
15
factors affecting their pedagogical technology use and their self-reported pedagogical use of technology. Its key findings are as follows: First, facilitating conditions had a significant direct impact on the teachers’ technology use, in
addition to such conditions’ medium indirect effect on technology use via
three internal factors. Second, perceived usefulness and subjective norms were
both significant predictors of these Chinese language teachers’ technology use.
And third, facilitating conditions significantly influenced these teachers’ perceived ease of use and subjective norms. These findings highlight the importance
of facilitating conditions to technology integration as well as the complex interrelationships of the external and internal factors we studied.
The findings of this study have some important implications for teacher educators, policy makers, and school administrators in schools, especially those
concerned with language subjects. When implementing technology in school
environments, better facilitating conditions—such as easy access to technical
support, abundant resources, and technology-related pedagogical training—
should be provided for language teachers to enhance their perceptions of
the usefulness and ease of use of technology, as this is likely to lead to fundamental improvement in their instructional-technology integration. Moreover,
teacher educators and professional-training specialists need to give greater consideration to academic subject content when designing courses and training
aimed at facilitating technology integration. In other words, instead of providing
one-size-fits-all technology training aimed at transmitting knowledge of how to
operate hardware or software, professional teaching and training need to
relate much more closely to the academic content of what is going to be
taught, if the trainees’ perceptions of the usefulness and ease of use of technology are to improve.
Several limitations of this research should be noted. Although path analysis
of the present research model indicates a good model fit, adding some teacherspecific constructs, such as teachers’ pedagogical beliefs, would tend to enhance
our understanding of teachers’ technology acceptance. Second, our sample
size was comparatively small for SEM analysis, according to Kline (2005).
To cope with the small sample size, an average score for each factor was used
to reduce the number of parameters (i.e., 5), which resulted in the ratio of sample
size (i.e., 47 in this study) to parameters being close to the suggested ratio of 10:1
(Bentler & Chou, 1987). Conducting more sophisticated statistical analyses such
as SEM will yield considerably greater explanatory power if sample sizes are
larger. Third, this study relied on teachers’ self-reported data, which may not
necessarily converge with their actual classroom behavior of technology use.
Future research could consider using classroom observation to more accurately
capture teachers’ technology adoption in classrooms. Finally, the subjects of this
study were limited to teachers of Chinese as a foreign language in a particular
region of the United States, which is likely to limit the generalizability of its
results. Future research on the same topic could usefully include samples of
16
Journal of Educational Computing Research 0(0)
more people from more cultural and regional groups to increase the reliability
and validity of their results.
Declaration of Conflicting Interests
The authors declared no potential conflicts of interest with respect to the research,
authorship, and/or publication of this article.
Funding
The author(s) disclosed receipt of the following financial support for the research, authorship, and/or publication of this article: This work was supported by the Dr. Delia Koo
Global Faculty Endowment at Michigan State University.
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Author Biographies
Haixia Liu received her MA degree from Sun Yat-sen University in China in
2005. She has worked in the School of Foreign Language, Beijing Normal
University at Zhuhai since her graduation. She is currently a PhD student in
the Department of Counseling, Education Psychology and Special Education at
the College of Education, Michigan State University. Her research interests
include second language acquisition, teacher adoption of technology, computer-assisted language learning, language teachers’ educational technology professional development, and comparative education.
Chin-Hsi Lin is an assistant professor in the Department of Counseling,
Educational Psychology, and Special Education at Michigan State University.
His research focuses on computer-assisted language learning, online learning
and teaching in K–12 and higher education, and program evaluation.
Dongbo Zhang is an assistant professor in the Department of Teacher Education
at Michigan State University. His research interests are second language reading, biliteracy, and language teacher education.
Binbin Zheng is an assistant professor at Michigan State University. Her
research focuses on emerging technologies and learning as well as educational
program evaluations.