Technical ReportPDF Available

The iPad in Education: uses, benefits and challenges. A survey of 6057 students and 302 teachers in Quebec, Canada

Authors:

Abstract

What do 6,000 Quebec (Canada) students do with their iPads every day? What benefits does this technology have for education? What are the challenges for students and teachers? To respond to these questions and to shed more light on this new education trend, we decided to carry out one of the largest studies to date on the use of iPads in education in collaboration with 18 elementary and high schools in the province of Quebec, Canada. By the same token, we wanted to help teachers, students, principals, parents, educators, and other education stakeholders use the iPads for learning in more reflective and educational ways. The results show that the benefits outweigh the challenges. It would appear that incorporating the iPad into education constitutes a necessary risk for schools, and that this technological tool has breathtaking cognitive potential. At the same time, introducing it into the classroom does not necessarily make for a smooth transition. On the contrary, this new technology can pose challenges that teachers may find hard to cope with if they are caught unaware. The key to successful integration of the iPad in education is therefore to provide teachers with proper training.
The iPad in education:
uses, beneits, and
challenges
A survey of 6,057 students
and 302 teachers in Quebec
(Canada)
Preliminary Report of Key Findings
Thierry KARSENTI
Aurélien FIEVEZ
With the collaboration of:
Simon COLLIN
Stéphanie SIMARD
Gabriel DUMOUCHEL
Patrick GIROUX
Aziz RASMY
Maxim MORIN
Ariane DUPUIS
Andrée BOILY
Normand ROY
December 9th, 2013
Legal deposit: Library and Archives Canada, 2013
ISBN : 978-2-923808-34-5
Note: This work is licensed under a Creative Commons Attribution 4.0 copyright (the least
restrictive). To learn more about this type of license, visit the Creative Commons Canada site at
creativecommons.ca.
To cite this work:
Karsenti, T., & Fievez, A. (2013). The iPad in education: uses, beneits, and challenges – A survey of
6,057 students and 302 teachers in Quebec (Canada). Montreal, QC: CRIFPE.
Linguistic revision: Gabriel Dumouchel, Valérie Drouin
Graphics: Sylvie Côté
Version 0.9
Report available at: karsenti.ca/ipad/
Would you like to nd out more about what the Canada Research Chair in Technologies in Education
is doing? Follow us on Twitter @thierryUdM.
Table of contents
1. SUMMARY ......................................................................................................................... 1
2. INTRODUCTION .................................................................................................................. 2
3. WHAT DOES THE RESEARCH SAY ABOUT THE USES AND IMPACTS OF TOUCHPADS IN
EDUCATION ? ..................................................................................................................... 4
4. METHODS ......................................................................................................................... 8
4.1 Participants .............................................................................................................. 8
4.2 Main data collection instruments ........................................................................... 11
4.3 Data treatment and analysis................................................................................... 12
5. MAIN FINDINGS ............................................................................................................... 13
5.1 Uses of the iPad ...................................................................................................... 13
5.1.1 Previous uses of the iPad by students ............................................................ 13
5.1.2 Previous use of the iPad by teachers ............................................................. 14
5.1.3 How is the iPad actually used in the classroom ? ........................................... 15
5.1.4 Main educational uses of the iPad ................................................................. 16
5.1.5 Main uses of the iPad outside the classroom ................................................. 20
5.1.6 Is the iPad used for writing and learning how to write ? ............................... 22
6. WHAT ARE THE BENEFITS AND CHALLENGES FOR STUDENTS
WHO USE AN IPAD AT SCHOOL ? ....................................................................................... 24
7. WHAT IS THE OVERALL SATISFACTION WITH THE IPAD AT SCHOOL ? .................................. 34
8. TEACHERS’ SUGGESTIONS ................................................................................................. 36
9. CONCLUSION .................................................................................................................... 38
10. KEY RECOMMENDATIONS ................................................................................................. 42
11. REFERENCES .................................................................................................................... 44
12. TABLE OF FIGURES ........................................................................................................... 51
1
The iPad in education: uses, beneits, and challenges
1. Summary
What do 6,000 Quebec (Canada) students do with their iPads every day? What benets does this
technology have for education? What are the challenges for students and teachers? To respond
to these questions and to shed more light on this new education trend, we decided to carry
out one of the largest studies to date on the use of iPads in education in collaboration with 18
elementary and high schools in the province of Quebec, Canada. By the same token, we wanted
to help teachers, students, principals, parents, educators, and other education stakeholders use
the iPads for learning in more reective and educational ways. The results show that the benets
outweigh the challenges. It would appear that incorporating the iPad into education constitutes a
necessary risk for schools, and that this technological tool has breathtaking cognitive potential. At
the same time, introducing it into the classroom does not necessarily make for a smooth transition.
On the contrary, this new technology can pose challenges that teachers may nd hard to cope with
if they are caught unaware. The key to successful integration of the iPad in education is therefore to
provide teachers with proper training.
2
The iPad in education: uses, beneits, and challenges
2. Introduction
In a few short years, the iPad has made unprecedented inroads into elementary and high schools
around the world. Today, over 6,000 students in Quebec (Canada) are using a touchpad in class
every day, and in the United States that number has exceeded 4.5 million (Etherington, 2013). The
touchpad’s strong penetration into the classroom is due as much to its appeal as to the oft-claimed
potential of technology for education: that it motivates students to learn.
Why did we conduct this sur vey of students and teachers and teachers in 18 Canadian schools?
Can the iPad become an agent for educational change? Can this technological device turn around
education systems that are exhausted, with record-breaking dropout rates in Quebec (Canada),
Europe, and the United States? At a time when parents and children are arguing about time spent
on video games, will the advent of the iPad at school spark further conicts in the classroom? Can
the iPad actually level the education playing eld, or will it instead help widen the digital divide
between techno-haves and have-nots?
It was not possible in a single study to provide all the answers to these questions concerning the
iPad’s role in education. We therefore focused on deepening our understanding of how students
and teachers use the iPad in class, as well as the associated benets and challenges. Our aim was to
shed scientic and empirical light on these issues in order to help schools, teachers, and students
use the touchpad for learning in more reective and educational ways.
We begin with a reminder that neither the iPad nor any other technologies can foster motivation
or learning in young people. What counts is the ways that they are used, by both teachers and
students. We believe that the touchpad has a role in the classroom only if it contributes to the
school’s mission, which is to “provide instruction, to socialize and to provide qualications”
(Ministère de l’Éducation du Québec, 2004, p. 5).
The aim of this study was to demonstrate that introducing the touchpad into education constitutes
a necessary risk for schools, that this technological device has considerable cognitive potential, and
that it comes with certain challenges.
Many self-described ‘experts’ on the touchpad claim that it is a panacea for educational problems,
and going even further, that one can do just about anything with the touchpad at school. For
example, Prott (2010) contends that its potential is limitless. Others (e.g., Huber, 2012) propose
that the touchpad allows viewing the entire contents of school curricula, and nothing less! In this
study and in the analysis of the collected data, we adopt a more nuanced and critical position: we
underscore that teachers do not have to be technophiles to use touchpads in school, nor should
they be technophobes. In our information society, what matters is that they are technoreective.
Schools may have no choice but to deal with the inventions that come out of Silicon Valley, but they
do not have to charge ahead with blinders on.
1 Québ ec Edu ca tio n P rog ram . w ww 1.m els .go uv.q c.c a/s ec tio ns/ ... /se con da ire2 /. ../ 1_Q EP_ Cha p01 .pd f
3
The iPad in education: uses, beneits, and challenges
Before conducting this study, we consulted and analyzed 17 books on the use of touchpads in
education. We also conducted an extensive review of the literature on the use of touchpads
in education, including an analysis of 359 academic publications (see Section 3: What does the
research say about the use and impacts of touchpads in education?). The results revealed that, on
the one hand, no books to date have described the pedagogical uses of this tool. On the other hand,
the research on use of the touchpad in education is very recent, which is to be expected, given that
prior to 2011, schools had not implemented it. The research ndings in this area are therefore very
scarce, which provided part of the motivation for this study.
The question has been repeatedly raised: why focus on the iPad and not other touchpads? First,
the iPad is by far the most widely used device in schools around the world. According to Khaddage
(2013), the iPad has captured over 75% of the education market worldwide. In Canada, it accounts
for over 90% of the education market. The iPad is also one of the most advanced technologies: it
supports over 300,000 specically designed applications (King & Bass, 2013). Finally, because the
Quebec (Canada) sample used iPads almost exclusively, we felt it relevant to examine the use of this
device in particular.
4
The iPad in education: uses, beneits, and challenges
3. What does the research say about the uses
and impacts of touchpads in education?
In recent years, information and communications technologies (ICT) have been gaining signicant
ground, not just in the day-to-day lives of the young and not-so-young (Endrizzi, 2012), but also
at school, where many believe that they are the very future of education in our societies (see OECD,
2011). According to Livingstone (2012), technologies have transformed society from top to bottom,
and particularly in terms of education and what the public expects education systems to deliver.
In the Google era, people are deluged with information. Technology has made it possible to view
the world through a digital lens, and teachers can access this knowledge at will via interactive
smartboards (touchboards) or students’ laptops and touchpads. The philosopher Michel Serres
(2012) views the exponential growth of technologies as an alarming societal shift, equaled only
by the invention of writing, against which Socrates strenuously warned us, or perhaps Gutenbergs
printing press. Others fear that the widespread and startling inroads of technologies into classrooms
will completely destroy so-called traditional interpersonal relations, and that peer relationships
will be preferred and fostered over hierarchical ones (Mouissset-Lacan, 2012). Some authors,
including Jouneau-Sion and Touzé (2012), consider this a major advantage: “It is the cherished
idea of Edgar Morin that enters the classroom. A form of teaching that considers the world in its
inclusiveness, that situates students in a climate of autonomy and interaction so that they can
construct relationships between knowledge, between the school and the world, with responsibility
for their own learning” [free translation]. According to Dutta and Bilbao-Osorio (2012), decision
makers also see in technologies, and with good reason, a solution for improving students’ academic
performance. Thibert (2012) sees new ways of learning for young people, notably owing to a
permanent connection to the Internet. Others view technologies as limitless opportunities for
formal and informal learning (see Deschryver, 2010; Redecker & Punie, 2011). Further to this last
point, we note that recent technosocial changes have led us to rethink what the term “digital divide”
means. Normally understood as unequal access to technologies (Warschauer & Matuchniak, 2010),
it is beginning to be understood as inequalities that perpetuate a digital underclass without the
skills to use emerging technologies, between those who can put them to good use and those who
merely submit to them, between youth who use technologies for learning and those who spend
their time gaming or texting for fun. Nevertheless, despite the signicant potential of technologies
for education, it remains an enormous challenge to introduce them into classrooms (Underwood &
Dillon, 2011). Moreover, little is known about eective pedagogical uses that have real impact on
academic performance (Alluin, 2010; Thibert, 2012). A CEFRIO report (2011) points out that young
people are using technologies mainly for amusement, and not necessarily for learning: “ICT are
omnipresent in the lives of Quebec’s students, who use them continuously to amuse themselves, to
contact their friends …(p. 6) [free translation]. Although many studies have focused on the impact
(or lack thereof) of technologies on education (see, e.g., Livingstone, 2012), it appears that in 2013
we have arrived at another phase: we now understand that it is how the technologies are used for
5
The iPad in education: uses, beneits, and challenges
educating that counts, and not the technologies themselves. In agreement with several studies
(see Fourgous, 2010, 2012; Goulding & Kyriacou, 2008; Norris, Hossain, & Soloway, 2012; Paryono
& Quito, 2010), it can be said that the teacher plays a central role in the successful pedagogical
integration of technologies. As noted by Thibert (2012), we should not be assessing the impact of
technologies on outcomes; instead we should be looking at the teaching and learning conditions
in which the technologies are being used. Accordingly, and as mentioned above, the compelling
issue in the current research on technologies in education is how to realize the full pedagogical
potential of technologies for education (see Norris et al., 2012). Norris and colleagues found three
conspicuous classroom teaching trends that the research should address: interactive smartboards,
student laptops, and student touchpads. Hence, the motivation for conducting this study. We focus
on both the tools themselves (Türel & Johnson, 2012) and the combined uses of these technologies
(Erstad & Arnseth, 2013).
In barely a handful of years, the touchpad appears to have invaded elementary and high schools
around the world, as no previous innovation has ever succeeded in doing. In Quebec, over 10,000
students use a touchpad in class every day, and in the United States that number exceeds 4.5
million (Etherington, 2013). This strong penetration here and abroad is due as much to the appeal
of this device as to the oft-claimed potential of technology for education: that it motivates students
to learn (see Underwood & Dillon, 2011). Because this device has only recently appeared in schools,
the literature on its educational uses and impacts is also recent, but growing fast. This nding
is based on our extensive literature review on the topic, covering 359 academic works. First, the
body of empirical evidence and research results in the reviewed works is rather sparse. A second
noteworthy nding is that the assumed benets of touchpads are frequently cited, but without
much empirical support gathered from educational settings. For example, we found statements
such as, “…they are ideal tools for sharing content, videos, images, and presentations because
they are easy for anyone to use, visually compelling, and highly portable” (Johnson, Adams, &
Cummins, 2012, p. 15). As mentioned above, some authors, such as Prott (2010), go so far as to
claim that the touchpad has limitless potential. Meanwhile, others (see Huber, 2012) contend that
the touchpad allows viewing the entire contents of school curricula. Why are only the benets of
using touchpads for education reported in the literature? Perhaps because evidence and empirical
ndings are lacking, and scholarly works have been based on somewhat ideological rhetoric and
perceptions (Maddux & Johnson, 2012). In fact, and despite the growing and sometimes even
scientic claims that the touchpad fosters learning, no studies based on sound empirical data have
been conducted to date to demonstrate this. This is no surprise, given that before 2011, no schools
had provided their students or teachers with touchpads (see Johnson et al., 2012). That said, our
literature review allowed us to identify some assumed benets of the touchpad for education, even
though these remain to be demonstrated. Therein lies the motivation for our study.
6
The iPad in education: uses, beneits, and challenges
Among the main benets of using a touchpad in class, we found the following benets for students:
1. Increases motivation (see Kinash, Brand, & Mathew, 2012; Sachs & Bull, 2012; Wainwright,
2012);
2. Facilitates access to, management of, and sharing of information (see Babnik et al., 2013; Fri-
Tic, 2012; Hahn & Bussell, 2012; Martin, Berland, Benton, & Smith, 2012);
3. Fosters student learning and performance (see Churchill, Fox, & King, 2012; Fernández-López,
Rodríguez-Fórtiz, Rodríguez-Almendros, & Martínez-Segura, 2013; Isabwe, 2012; Lau & Ho,
2012; McKechan & Ellis, 2012; Ostler & Topp, 2013; Rossing, Miller, Cecil, & Stamper, 2012);
4. Allows a wider range of teaching strategies (see Fernández-López et al., 2013);
5. Fosters individualized learning (see McClanahan, Williams, Kennedy, & Tate, 2012; Wasniewski,
2013);
6. Improves the reading experience (see Fernández-López et al., 2013; Huber, 2012; Sloan, 2012;
Zambarbieri & Carniglia, 2012);
7. Encourages communication and collaboration among students and between teachers and
students (see Geist, 2011; Henderson & Yeow, 2012; Hutchison, Beschorner, & Schmidt-
Crawford, 2012);
8. Improves computer literacy skills (Huber, 2012; Killilea, 2012);
9. Nurtures students’ creativity (Sullivan, 2013);
10. A highly portable tool (see Henderson & Yeow, 2012; Hill, Nuss, Middendor f, Cervero, & Gaines,
2012; Kinash, Brand, Mathew, & Kordyban, 2013; Villemonteix & Khaneboubi, 2012; Williams,
Wong, Webb, & Borbasi, 2011);
11. Facilitates student assessment (Alberta Education, 2012; Isabwe, 2012; McKechan & Ellis,
2012);
12. Improves the quality of pedagogical support (Murray & Olcese, 2011);
13. Facilitates learning how to write (Murray & Olcese, 2011);
14. Makes it easier to organize schoolwork and assignments (Churchill et al., 2012);
15. Students can make versatile and vivid multimedia presentations (Murphy & Williams, 2011);
16. Signicant benets for students with learning problems (McClanahan et al., 2012).
7
The iPad in education: uses, beneits, and challenges
As UNESCO underscores in its 2012 report, mobile technologies such as the touchpad are undergoing
rapid development, but these innovations come with both benets and challenges. As revealed in
our literature review, the various benets can be considered in terms of the uses that are made of
them.
Let us recall that the literature review revealed very little evidence or empirical data on this issue.
Nevertheless, it allowed identifying some of the assumed benets of the touchpad for education,
which remain to be demonstrated, and therein lies the motivation for this study.
8
The iPad in education: uses, beneits, and challenges
4. Methods
Knowing that several schools in Quebec (Canada) had set up programs to provide individual iPads
to students in fall 2012, we rst decided to establish a research protocol in collaboration with each
of these schools. The research objective, in addition to helping the schools achieve their education
mission, was to gain a deeper understanding of the uses, benets, and challenges of using the iPad
in school. We therefore set up partnerships with 18 schools across the province of Quebec, Canada.
4.1 Participants
Figure 1 shows that 6,057 students (from Grade 6 to 10) participated in Phase 1 of this study on iPad
use in Quebec schools (48.4% girls, 51.6% boys). Participants were 14 years old on average. Note
that Phase 2 of the study is ongoing.
FIGURE 1. Percentages of boys and girls who particpated in the study.
9
The iPad in education: uses, beneits, and challenges
In addition, 302 teachers (42.7% men, 57.3% women) participated in the study (Figure 2). The
teachers taught a variety of school subjects (Figure 3) and had a wide range of teaching experience
(Figure 4).
FIGURE 2. Perecentages of male and female teachers who participated in the study.
FIGURE 3. School subjects taught by the teachers who participated in the study.
10
The iPad in education: uses, beneits, and challenges
FIGURE 4. Years of experience for teachers who particpated in the study.
Our nal sample comprised two use settings for the iPad at school (Figure 5):
1. Individual use: an educational setting in which each student has an individual iPad at school
and at home (87% of participants)
2. Shared use: an educational setting in which students share an iPad with at least one other
student and the iPad remains at school (13% of participants).
FIGURE 5. Classroom use settings for the iPad.
87 %
13 %
11
The iPad in education: uses, beneits, and challenges
4.2 Main data collection instruments
We used six main instruments to collect the data for this study:
1. Online surveys for teachers (n = 302)
2. Online surveys for students (n = 6,057)
3. Semi-directed individual interviews with teachers (n = 18)
4. Semi-directed group interviews with students (n = 44)
5. Semi-directed group interviews with teachers (n = 16)
6. Videotaped classroom observations (n = 18, 60–90-minute periods).
In this preliminary research report, we focus mainly on the data obtained from the online
questionnaires completed by students and teachers. To illustrate some of the ndings, we also
present some extracts from the individual and group interviews. The questionnaires were designed
following an exhaustive review of the literature on technologies in education, particularly
educational uses of the iPad, and in relation to the research objectives. The questionnaires were
validated on three dierent occasions in subgroups of teachers and students. Both teachers and
students responded to the online questionnaires. However, to maximize the number of respondents,
students were asked to complete the questionnaire in class, online, using their iPads under their
teacher’s guidance and supervision. Teachers were given a choice of either responding in class while
the students were completing their questionnaires or responding later online.
The protocol for the semi-directed individual and group interviews with students and teachers
revisited the topics covered in the questionnaires, with the aim of gaining more insight into the
main trends and their interrelationships. From the individual interviews, we gathered the students’
and teachers’ perceptions of the research objectives. The group interviews were particularly useful
for broadening our understanding of how the iPads were used in class and the benets and
challenges of daily use of the iPad. The ndings of the videotaped classroom observations are not
presented here.
12
The iPad in education: uses, beneits, and challenges
4.3 Data treatment and analysis
Because the questionnaire data comprised both Likert scales and open questions, they were
analyzed quantitatively and qualitatively. Textual data (open responses) were qualitatively analyzed
by coding: each segment (e.g. a group of words) was assigned to a semantic reference category,
as systematically and rigorously as possible. For example, “Using an iPad in class really motivates
me to learn” was assigned to the category “positive impact on motivation. The qualitative analysis
was performed using an adapted version of the approaches developed by L’Écuyer (1990) and
Huberman and Miles (1991, 1994). Thus, we adopted a content analysis approach using QDAMiner
software, which is widely used in qualitative research (see Fielding, 2012; Karsenti, Komis, Depover,
& Collin, 2011). For the quantitative analysis, we used SPSS 22.0 software to conduct descriptive
and inferential statistics. We also conducted inferential statistics to fur ther explore the iPad’s role
in teaching and learning, along with its motivational eect. The results will be presented in a
subsequent report.
Once the preliminary qualitative and quantitative results on the questionnaires were obtained, and
in order to validate the results, we met with a number of the teachers and students to determine
the extent to which the ndings matched their perceptions and knowledge of the issues. Based
on their feedback, we then rened some of the interpretations of the results to obtain a better
understanding of the educational setting.
13
The iPad in education: uses, beneits, and challenges
5. Main indings
In this section, and in relation to our research objectives, we begin by presenting some data on
the study participants (students and teachers). Next, in relation to the main research objective,
we address how the iPad was used at school and outside the classroom before the school’s iPad
program was introduced into the classroom. This is followed by a presentation of the benets and
challenges for the 6,057 students and 302 teachers who participated in this large-scale study.
5.1 Uses of the iPad
First, we attempted to gain a better understanding of the students’ and teachers’ experiences with
the iPad before it was part of a mandatory school program. The aim was to help us interpret the
gathered data.
5.1.1 Previous uses of the iPad by students
The survey results showed that 53.6% of the students had “never or very rarely” used an iPad before
the school’s experimental program, 30.9% had used one sometimes, and 15.5% had used one
regularly (Figure 6). These ndings are in line with the numbers on iPad use by North American
youth (see Khaddage, 2013).
FIGURE 6. Previous use of the iPad by students.
30,9 %
56,6 %
14
The iPad in education: uses, beneits, and challenges
5.1.2 Previous use of the iPad by teachers
The survey results showed that 70.2% of the teachers had “never or very rarely” used an iPad prior
to the school’s experimental program, 14.5% had used one sometimes, and 15.2% had used one
regularly (Figure 7). These ndings illustrate the crucial need to prepare teachers before iPads
are introduced into classrooms. In eect, given that 70.2% of the teachers reported no previous
experience with the iPad, they appeared to have had only the most basic notion of how to use
it. Furthermore, the teachers appeared to have had even less experience with the iPad than their
students had. Thus, 53.6% of the students reported that they had no previous experience with the
iPad (Figure 6), which is 16.6% less than the percentage for their teachers. These ndings illustrate
the vital importance of training teachers in eective methods to integrate technological tools into
their teaching practice.
FIGURE 7. Previous use of the iPad by teachers.
14,5 %
70,2 %
15
The iPad in education: uses, beneits, and challenges
5.1.3 How is the iPad actually used in the classroom?
The results indicate that, given that this was a large-scale experimental school program, the iPad
was generally well used. For instance, we note that for every 60 minutes of teaching, 88.5 % of the
students reported using the iPad for an average of 30 minutes or longer. Only 11.5% of students
reported using the iPad for less than a quarter of the class time. Although some might consider
this inadequate, it is a signicant amount of time when we compare the educational use of other
technologies. For example, in a previous study on laptops in the classroom (see Karsenti et al.,
2012), we found that at the start of a similar experiment, teachers had great diculty getting their
students to use the laptops for more than 25% of the class time. In this large-scale, iPad study, just
a few months, the teachers and students reported that they were using the iPad for over half the
class time.
These ndings are also largely supported by the interviews with the teachers and students,
although the responses were sometimes qualied and showed some variation across academic
subjects.
[…] I try to use the iPad most of the time. Sometimes it’s not possible, so I ask my students
not to use them, but it’s rare. (T232)
We use it [the iPad] in most of our subjects, except for math. (S17)
There are only some teachers who don’t want us to open them [sic]. For the others,
I always have it open. (S74)
2 All interviews were transcribed for analysis with QDAMiner. Extracts are used to illustrate the ndings. The names of the
interviewees have been removed to protect their anonymity and to retain data condentiality. Participants are assigned a code, prefaced
by “T” for teachers and “S” for students. The codes are numbered to allow the researchers to distinguish between the interviewees’
responses, but all information that could identify the interviewees remains condential.
16
The iPad in education: uses, beneits, and challenges
5.1.4 Main educational uses of the iPad
In this study, it appeared particularly important to attempt to gain a better understanding of
how the students actually used the iPads in class. Were they playing games on them, or were
they working, and hopefully learning? We therefore asked both the teachers and students about
the main educational applications on the iPad that they used in class. Figure 8 shows the main
applications according to the frequency of the students’ responses to the questionnaire, where they
could choose to provide from two to ve responses. Of the most frequently applied uses, electronic
textbooks (etextbooks) headed the list, mentioned by 4,365 students. Next were applications such
as iAnnotate and PDF Expert (mentioned by 2,047 students), which allow making notes on PDF
documents and forms. Next was Pages for iPad (n = 1,667), the main word processing program for
Apple’s iPad. The students also mentioned that they used Dictionary (n = 1,576), which cannot be
used at the same time as Pages, but can be used in parallel. The multimedia application Keynote
(n = 1,232) came fth. Next came the school’s portal, which was used mainly for managing
schoolwork and homework. For example, students regularly used school portal (n = 1,196) to hand
in work to their teachers. Students used iStudiez (n = 707) to organize their agenda and course
schedule and to see what work and homework they had to do, either individually or collaboratively.
In lesser numbers, some students used Instagram (n = 145), a photo-sharing, video-sharing, and
social networking application. Email (n = 144) came in last place.
FIGURE 8. Main applications that students were required to use at school.
17
The iPad in education: uses, beneits, and challenges
The interviews with the students and teachers supported these ndings. It appears that the
etextbooks took up a large part of class time.
We also asked the students why they rarely mentioned using email in class. Many of them reported
that they very rarely used email for learning purposes:
I think that some students handed their work in by email […]. But we don’t use it to contact the teacher […].
(S32)
I don’t need to use email with my students […]. I see them every day in class. (T3)
We then asked the teachers and students about the main learning tasks that they carried out
using the iPad. At this point, we go beyond the notion of the iPad as a device that supports various
applications (iAnnotate, Pages, Keynote, etc.) to a tool that allows performing a variety of tasks in
the classroom, whether or not they are strictly academic. Figure 9 shows the students’ response
frequency, where they could choose more than one response. The results indicate that the iPad
was used primarily to “work with the textbook” (n = 5,072). This nding is unsurprising, given
that etextbooks are frequently used in schools where the iPad is mandatory. Figures 8 and 9 show
that the iPads were used in class mainly for reading etextbooks and working with them. Internet
searches on the iPad also took up a signicant amount of class time (n = 2,645). Even though we
specically asked the students about what they were required to do in class, we were surprised
to nd that 2,301 students spent their time playing games on their iPad in class. This most often
occurred when the students had nished a task or assignment. The students also used a variety
of applications (e.g., iAnnotate) to make notes with the iPad (n = 2,264), particularly for PDF
documents. A certain amount of time was spent using and updating agendas (n = 1,178). The
iPad did not appear to have been used much for communications between classmates or with
the teacher. A small percentage of the students’ responses indicated that they used the iPad to
communicate in class (n = 1,177). Students spent even less time doing projects with the iPad (n =
725), or studying and reviewing (n = 707), and they rarely used the iPad’s multimedia applications
in class (n = 507). A particularly noteworthy nding concerning the novelty of using this tool in
class was that only 362 students mentioned that they spent time in class reading electronic books
(ebooks). This suggests that the enormous potential of the iPad to improve the reading experience
(see Fernández-López et al., 2013; Huber, 2012; Sloan, 2012; Zambarbieri & Carniglia, 2012) was
being underused. Even though the iPad had been introduced into the classroom, many teachers
had not changed the students’ reading assignments to integrate it: paper assignments continued to
predominate. Furthermore, we were surprised to nd that many of the schools continued to require
the students to buy hard copies of books, a mandatory purchase even though ebooks were available
free (more specically, classical works that were out of copyright, such as novels by Jules Verne,
Victor Hugo, and Emile Zola). Knowing that reading is a core academic competency, and knowing
that young people are decreasing inclined to read, it appears that the full potential of the iPad—in
terms of reading—was not being used at the schools.
18
The iPad in education: uses, beneits, and challenges
FIGURE 9. Classroom use of educational applications on the iPad by students.
The individual and group interviews conrmed the questionnaire results. For example, according
to the students, they spent a large part of their time doing schoolwork, particularly with the
etextbooks available on the iPad.
[…] in my classes, we always work on our textbooks […]. That’s how we spend all our
time. (S04)
[…] we spend most of our time working on the books on the iPad […]. (S09)
[…] once I’ve explained the lesson, the students work on their textbooks and I go around
the class to answer their questions […]. (T14)
The students reported that they not only spent a lot of class time searching for information, they
also greatly appreciated being able to use the iPad to do so. That is, they could decide how they
would search for the information they needed.
[…] when the teacher asks a question, we can look for the answer on the Internet […].
With the iPad, it’s easy, and I like that. (S19)
[…] in history, they usually ask us a lot of questions, and we have to look for the answers
with our iPad […] it’s more interesting like that. (S42)
[…] I usually ask the students to look up the information for themselves when they have
questions […] this gives me a break sometimes […] and they seem to like it. (T52)
19
The iPad in education: uses, beneits, and challenges
We also learned that the students were often rewarded when they nished their work by being
allowed to play games in class.
[…] we were usually allowed to play games in class […] if there was enough time at
the end of the class. (S68)
[…] for example, if you inished your math homework […] then you could play games
[…] not before. (S34)
[…] we were allowed to play sometimes […], but some k ids play even during class.
(S64)
[…] I sometimes let them play games when they’ve inished their work. (T38)
It is important to note that we asked the students and teachers about “educational” and
“pedagogical” uses of the iPad. Consequently, the students did not mention other ways that they
used the iPad in class, which, according to them, were much less educational. For example, one
student reported that he spent a lot of time in class answering iMessages from his classmates, and
that this activity was sometimes “intense.
[…] there’s iMessage, which is really intense. It creates conversation groups, where
everybody writes to everybody […] and you answer them […]. (S28)
20
The iPad in education: uses, beneits, and challenges
5.1.5 Main uses of the iPad outside the classroom
In this study, we wanted to gain a deeper understanding of how students used the iPad outside the
classroom as well, from the time they got home until bedtime. Similar to gures 8 and 9, Figure
10 shows the frequency of the students’ responses, with students being able to choose more than
one response. Unsurprisingly, when asked about how they used the iPad outside the classroom,
5,980 students (out of 6,057) told us that they spent most of their time on social networks such as
Facebook. A large proportion of students (n = 5,739) also reported that they did their homework on
the iPad. In addition, 5,739 students said that they used it to play games after school. The students
also spent considerable time watching videos (n = 3,087), surng the Internet (n = 1,592),
listening to music (n = 1,302), and organizing their school agenda (n = 289). These results indicate
that whereas the students did not nd it very easy to use other iPad applications after school, they
spent over 76% of their time on the iPad outside the classroom on social activities, amusement,
and other recreational uses. When we add that they spent 12.7% of their extracurricular time on
gaming, we may conclude that the students viewed the iPad as primarily an entertainment device.
Parents should be advised that the survey results revealed that the students spent barely 20%
of their time on schoolwork. However, we should also keep in mind that these are self-reported
results. Without the potential social desirability bias inherent in such surveys, this percentage could
have been signicantly lower (i.e. less time spent on schoolwork at home).
FIGURE 10. Stduents’ use of the iPad outside the classroom.
21
The iPad in education: uses, beneits, and challenges
The individual and group interviews clearly conrmed the questionnaire results. Generally,
and unsurprisingly, the students spent most of their time on the iPad outside class entertaining
themselves or socializing, although ostensibly after completing their homework.
[…] the irst thing I do is go on Facebook […] once I get my homework out of the way
[…]. (S74)
[…] I’m always on Facebook […] I look at it all the time […] I do my notiications […]
even when I’m doing my homework […] I know when I’ve received a message. (S59)
[…] it takes me a lot of time to read all my messages on iMessage […] one time I went
to the cottage […] when I got back I had more than 1,200. (S38)
One student said in a group interview that before he got the iPad, he never took out his school
books when he had nished his homework. But now, with the iPad, it was always out:
[…] before the iPad, I never took my bo oks out of my [school] bag once I’d done my
homework […] now, my iPad is always out […] I always have it with me. (S17)
One student said that before the iPad “at school,” he did more sports after school. However, now,
because of the iPad and the iMessages he received, he spent less time on sports:
[…] there’s iMessage […] everybody writes to each other […] At home, it’s really
diferent too, on the weekends. B efore, I did more sports, but now, I’m more on my iPad
than before. (S28)
22
The iPad in education: uses, beneits, and challenges
5.1.6 Is the iPad used for writing and learning how to write?
Given that the literature reveals certain shortcomings of the iPad in terms of writing tasks as well
as learning how to write (see Murray & Olcese, 2011), we asked both the students and teachers
about how they used this technological tool for writing. The results are worrisome. The responses
by the 6,057 students and 302 teachers show that 85% of the students (as a reminder, use of the
iPad in class was mandatory) never (n=2278) or rarely (n=2871) used the iPad to prepare written
work (Figure 11). In view of the fundamental importance of writing skills in elementary and high
school, this nding indicates that either the iPad cannot be used for everything at school, or else
the teachers had not yet realized the full potential of this tool. When this result is combined with
the signicantly low percentage of students who reported that they read ebooks on their iPad, we
must again conclude that the full potential of this tool was not realized.
FIGURE 11. Percentage of iPad time spent on writing, as reported by students.
15,0%
47,4
23
The iPad in education: uses, beneits, and challenges
The analyses of the individual and group interviews clearly indicate that the iPad posed challenges
for the students in terms of learning how to write. First, they did not use it often for writing tasks.
[…] we don’t use the iPad often for writing […]. (S48)
[…] we do our compositions on paper […]. (S18)
[…] we just write short messages […] for real compositions […] we use a pencil […].
(S24)
[…] I ind it hard to get them to write with it. (T18)
The interviews also show that the touchpads appeared to hinder the students from learning how to
write. For instance, one student told us—with good reason—that it was as if each application was
in a dierent box, and they did not interact, making it hard to write with the iPad.
[…] it’s hard to write with the iPad […] to use the other tools like Antidote and
Dictionary […] you have to switch applications […] it’s too complicated, so you don’t
check it. (S17)
[…] when I have to write a big assignment […] I use the computer […] the spell check
is better […] I make less mistakes. (S38)
24
The iPad in education: uses, beneits, and challenges
6. What are the beneits and challenges for
students who use an iPad at school?
One of the objectives of this study was to gain a deeper understanding of the impacts, including
the benets and challenges, of using the iPad in class, from the perspective of both students and
teachers.
We began by asking the students about the benets of using an iPad in class. Like the previous
gures, Figure 12 shows the frequency of student responses, with students being able to choose
more than one response. We note that portability came in rst place (n = 3,223), with more
than half the students mentioning it. Access to information (n = 2,320), the quality of student
presentations (n = 2,014), creativity (n = 1,676), and motivation (n = 1,402) came next. More
rarely mentioned was an improved reading experience using the iPad in class (n = 1,402). The
fact that students could make notes on PDF documents was also considered a signicant benet
(n = 1,387), as well as the fact that they could organize their work (n = 1,160). The students also
appeared to realize that using the iPad allowed them to collaborate more (n = 886) and to develop
their IT expertise and skills (n = 612). Finally, some students mentioned that the iPad allowed them
to work at their own pace (n = 501).
25
The iPad in education: uses, beneits, and challenges
FIGURE 12. Main beneits of using the iPad in class, as perceived by students.
26
The iPad in education: uses, beneits, and challenges
We also asked the teachers about the benets of using iPads every day in class (Figure13). Many
of their responses concurred with those of the students. Thus, access to information (n=154)
and the portability of the device (n = 125) were the most frequently cited benets. Next came
greater collaboration, both among students and between the teacher and students (n=105),
the possibility for students to work at their own pace (n = 94), and easier organization of the
students’ work (n = 76). Higher student motivation (n = 54), albeit not frequently chosen among
the questionnaire responses, appeared to “go without saying” for the teachers, as revealed in the
individual and group interviews. The teachers stressed some other benets, such as the quality of
presentations that they (n = 45) or their students (n = 43) could prepare, as well as greater student
creativity (39). The teachers also mentioned (n = 38) that they cut down on their use of paper. Less
often mentioned were the variety of educational resources that they could use in class (n = 37),
the fact that students could make notes on PDF documents (n = 34), and an improved reading
experience (n = 32). Finally, the teachers pointed out that using the iPad in class developed IT skills,
for themselves (n = 19) and their students (n = 19).
27
The iPad in education: uses, beneits, and challenges
FIGURE 13. Main beneits of using the iPad in class, as perceived by teachers.
28
The iPad in education: uses, beneits, and challenges
The same benets that were mentioned by the students and teachers were also generally mentioned
in the individual and group interviews. For instance, many appreciated the portability of the device:
[…] it’s super portable […] I always have access to my books […]. (S05)
[…] I have my whole schoolbag on my iPad […] it’s super small and practical […]. (S42)
[…] before, my schoolbag weighed a ton […] now it’s a lot lighter. (S45)
Many other benets, such as access to information, quality of presentations, motivation, and creativity,
were mentioned by both students and teachers during the interviews:
[…] with the iPad, I can access all kinds of information on the Internet […] it’s great for
school. (S28)
[…] the presentations that we do in class with the Apple TV […] it’s really professional […]
it’s motivating too. (T31)
[…] if I didn’t have it anymore […] [I’d be] a bit discouraged about the idea of going back
to workbooks […] it s much more comfortable to use the iPad than writing on paper. It’s
motivating […]. (S17)
[…] you can do so many things with the iPad […] take photos or videos for our projects
[…] I’m more creative with it. (S16)
[…] it’s a lot more motivating with the iPad in class […] that’s why I chose this school. (S09)
In line with the questionnaire results, the individual and group interviews showed that reading was
more enjoyable with the iPad, and it was also easier to make notes on PDF documents, organize work,
develop IT skills, and work at ones own pace.
[…] it’s more fun to read with the iPad […] than with a paper book. (S08)
[…] The iPad makes my students want to read again. (T11)
[…] it’s great that we can write notes on the textbooks that the teacher gives us. (S25)
[…] with my iPad […] it’s easier to organize my schedule […] my assignments […] my
homework […] everything’s easy to manage. (S14)
[…] I didn’t have an iPad before […] I’ve gotten used to it […] now I’m super good on it
[…] I can do everything fast […]. (S56)
29
The iPad in education: uses, beneits, and challenges
[…] we have to teach the students how to use computers […] societ y has gone
completely digital, and our role as teachers is to prepare the students to ind a place in
this society […]. (T48)
[…] I can go at my own speed […] if I don’t inish something in class […] I can do it
at home. (S62)
We should emphasize as well that the individual and group interviews show that using the iPad
fostered two types of collaboration: among the students and between the students and the teacher:
[…] before […] I didn’t communicate much with my students online […] now I
communicate a lot more […] I ind it stimulating […]. (T27)
[…] when we have homework to do […] we write to each other and we get help right
away. (S35)
We then asked the students about the main challenges of using the iPad in class. Figure 14 shows
the frequency of responses, with students being able to choose more than one response. The most
frequently mentioned negative impact of the iPad in class (n = 6,055, or > 99% of students) was
that it could be distracting. Moreover (n = 1,739), and in accordance with the results on writing, the
students had diculty writing lengthy compositions with the iPad. Many students (n = 1,579) also
mentioned that they had problems managing the work they had to hand in to the teacher. They
(n=1,337) also reported that they were dissatised with some of the textbooks, which they felt
were unsuitable. Finally, a few students (n = 757) said that using an iPad actually had a negative
eect on their schoolwork.
30
The iPad in education: uses, beneits, and challenges
FIGURE 14. Main challenges in using the iPad in class, as perceived by students.
We also asked the teachers about the challenges involved in daily use of iPads in class (Figure 15).
Like the students, most of them stressed that the iPad was a major source of distraction for the
students (n = 301). The students’ diculty in producing lengthy compositions (n = 89) was also
mentioned by many teachers, along with the challenges in organizing work to hand in (n=71).
Like the students, many teachers pointed out some problems with the textbooks (n = 47),
particularly when all the students had to be simultaneously connected to the Internet in order to
access them. Finally, a few teachers (n = 14) said that the iPad appeared to have a negative eect
on the performance of some students.
FIGURE 15. Main challenges in using the iPad in class, as perceived by teachers.
31
The iPad in education: uses, beneits, and challenges
The individual and group interviews provided us with a broader understanding of the extent to
which the iPad could distract students, which was a bane for teachers:
[…] it’s hard to concentrate in class […] all my Facebook friends are online at the same
time. (S12)
[…] I get more than 400 messages a night […] it makes it hard to do my homework
[…]. (S32)
[…] lots of people are doing something else in class […] the students don’t listen to the
teachers […]. (S03)
[…] I can’t concentrate when I see other people playing games. (S63)
[…] for me, the biggest problem in class […] is to make sure that the students are not
doing something else […] that they’re not on Facebook. (T12)
[…] Facebook in class […] it’s a disaster […] the students are all on it all the time
[…] or they’re sending messages […] sometimes I just don’t know what to do any more.
(T34)
The interviews also reveal problems concerning textbooks that were accessible only when students
were connected to the Internet:
[…] one time the Internet was down […] and none of my students had access to their
book […] I had 32 students in front of me who didn’t know what to do […] and neither
did I! (T10)
[…] some of the tex tbooks are no good […] the exercises don’t work […] that’s really
the worst thing about the iPad. (S37)
[…] with some books you have to go on the Internet for it to work […] when I take the
subway […] I can’t do my homework. (S42)
In order to gain a more comprehensive picture of both the benets and challenges of using a
touchpad in class, and to examine how these benets were perceived dierently (or not) between
students and teachers, we decided to compare their perceptions graphically in a single gure
(Figure 16). This gure shows the perceptions of the students and teachers about some of the
potential benets and challenges of using the iPad in class. On the one hand, the positive scores
(from 0 to 2) show gradual benets (improving from “somewhat” to “a lot”).
On the other hand, the negative scores indicate certain challenges involved. Relatively few
dierences are observed between the perceptions of students and teachers. The only major
challenge appears to be the problem of concentrating in class due to the presence of the iPad,
32
The iPad in education: uses, beneits, and challenges
mainly because it is a source of distraction. Surprisingly, the various benets appear to be perceived
similarly by the two groups.
Thus, there was an impact on academic per formance, albeit weak. The greater access to a variety
of resources and the development of IT skills appear to be the most signicant benets for both
teachers and students. Access to textbooks was also perceived positively, but only somewhat.
Motivation was perceived positively by teachers and students, with only a minimal dierence
between the two groups. Collaboration, doing schoolwork, preparing presentations, and creativity
were all perceived positively, but again to a low degree. On the other hand, perceptions of the
impact of work organization diered between students and teachers. Teachers perceived a lower
impact of the iPad on the students’ ability to organize their work, but students perceived the
touchpad as positive insofar as it helped them organize their classwork. This nding was conrmed
by the questionnaire results.
In order to obtain a more general overview of the benets and challenges from the perspective
of both students and teachers, we decided to compile them into two inclusive lists comprising
15 benets and 9 challenges associated with using the iPad for education, according to the
questionnaire responses and the individual and group interviews with the students and teachers.
These are presented in Section 9 (Conclusion).
33
The iPad in education: uses, beneits, and challenges
FIGURE 16. Beneits of using the iPad, as perceived by students and teachers.
34
The iPad in education: uses, beneits, and challenges
7. What is the overall satisfaction with the
iPad at school?
We have presented the benets and challenges involved in using the iPad in class. As a follow-up,
we felt it relevant to determine the overall satisfaction of the students and teachers with using the
iPad. The results highlight the greater satisfaction of the students compared to the teachers. On
average, the teachers felt that they were moderately satised with using the iPad in class (average
score of 3 out of a maximum of 5). The students felt that they were moderately to very satised with
using the iPad in class (average score of 3.6 out of a maximum of 5).
We wanted to delve further into the overall satisfaction of the students and teachers who
participated in the study. Generally, as many students as teachers appeared to be satised.
However, as Figure 17 illustrates, the students appeared to be more satised, with 56% reporting
that they were very or extremely satised.
FIGURE 17. Degree of satisfaction with using the iPad in class for students and teachers.
35
The iPad in education: uses, beneits, and challenges
We applied a new method by asking the students to summarize in one word their experience of
using the iPad for learning (Figure 18). About 2513 students responded with the idea of “fun”
(using vocabulary such as “cool,”stimulating,” etc.), whereas 744 found it “useful.” Some of them
appeared to enjoy the experience less, describing the device as “useless.” Surprisingly, no student
mentioned the fact that the iPad helped them learn more.
FIGURE 18. Grahpic representation of the four main terms used by students to describe
the overall experience of using the iPad in class.
36
The iPad in education: uses, beneits, and challenges
8. Teachers’ suggestions
We asked the 302 teachers to oer suggestions to all education stakeholders involved in
implementing projects in which students are given individual touchpads. Figure 19 shows that the
teachers had a number of ideas, which would be expected, given that this was the rst year of a
massive program to introduce the iPad into the classroom. Among the many ideas put forward,
training topped the list (n = 73), followed by more (free) time (n = 36) to plan their lessons.. In
other words, the teachers needed to be trained in how to use the touchpads for classroom learning,
and they also needed time to integrate the newly learned methods into into their practice and
lessons plans. Use policies for the iPad came third (n = 24). This is not surprising, given that the
students were too often distracted by texting or social networking, which became a real bane for
the teachers. Additional nancial investments (n = 23), setting up learning circles for teachers to
exchange ideas (n = 21), and better technical support (n=19) were next. More eective strategies
for student accountability were also proposed. Teachers would also like to have a shared platform
for documents (n = 16), in order to deal with the many challenges involved in sharing documents
with the students. Many teachers also stressed that they wanted to be able to simply and rapidly
block the entire class from accessing their iPads (n=15). Finally, some teachers would like to
receive a list of useful iPad applications ahead of time (n=9).
These suggestions may be summarized as three main themes:
a) Training and resources (training, time, technical support, practice communities, list
of relevant applications, etc.)
b) Use policies and student accountability strategies
c) Classroom management tools (shared platform for documents, simple and rapid
process to block student access).
These are all promising avenues to explore for schools that plan to initiate similar experiments in
the coming years.
37
The iPad in education: uses, beneits, and challenges
FIGURE 19. Main suggestions by teachers for future iPad projects at school.
38
The iPad in education: uses, beneits, and challenges
9. Conclusion
In this study, for which Phase 2 is ongoing, we aimed to determine through the perceptions of
students and teachers the main uses, benets, and challenges involved in daily use of the iPad in
class. We also wanted to nd out whether this innovative technology could provide a vital lifeline for
schools or whether it is merely a cleverly marketed commodity. We carried out a survey of students,
teachers, and other education stakeholders, and the results are presented in this report. We also
conducted semi-directed interviews in order to examine additional aspects and so that we could
triangulate the data. In all, 6,057 students (from Grade 6 to 10) and 302 teachers responded to the
questionnaire. In addition, we held 44 group interviews with the students (from 6 to 9 per group)
and 16 group interviews with teachers. We supplemented these with 18 videotaped classroom
observations. This large-scale research method enabled us to obtain a more comprehensive picture
of the uses, benets, and challenges associated with the use of touchpads at school. We must
remind the reader that this was the rst time that any of the schools had experimented with using
iPads in the classroom, and that a certain number of challenges were to be expected.
First, the ndings demonstrate that using the iPad at school provided many benets, as highlighted
by both students and teachers:
1. Increased student motivation
2. Greater access to information
3. Portability of the device
4. Ease of making notes on PDF documents
5. Ease of organizing work
6. Quality of students’ presentations
7. Quality of teachers’ presentations
8. Greater collaboration a) among students, and b) between students and teachers
9. More creativity
10. Variety of resources used (images, videos, applications, etc.)
11. Students can work at their own pace
12. Development of students’ IT skills
13. Development of teachers’ IT skills
39
The iPad in education: uses, beneits, and challenges
14. Improved reading experience
15. Teachers can cut down on paper.
The collected data also allowed identifying a number of challenges for both students and teachers.
These challenges were revealed in the questionnaire responses as well as the group interviews. The
following are the nine main challenges encountered:
1. The greatest challenge for the teachers, who found it a major headache, was that the touchpads
provided a distraction for the students. They enabled the students to do something other
than listen to the teacher, and perhaps too easily so. Even at a young age, the students soon
discovered the iMessage and networking functions that diverted their attention so frequently.
2. Many students and teachers stressed that they had problems writing lengthy texts with
the iPads.
3. In line with the above challenge, it must be noted that the iPads did not make learning to
write per se easier. One notable problem was that the devices and applications did not yet
include all the help features in a single application. Therefore, learning to write appears
to be a major drawback of the iPad. Although the various iPad applications helped younger
students practice forming their letters, once they passed that stage, the resources were less
useful and more complicated compared to those typically found on computers.
4. Many students and teachers felt that some of the textbooks were unsuitable for working
with touchpads. For example, they might require continuous Internet access.
5. Many teachers also spoke about the challenges of planning their courses. It is not so easy to
make the transition from a physical book to the iPad, and some found the transition too rapid.
6. Organizing the students’ work was very challenging for some teachers. Many platforms
were involved, and numerous teachers had the impression that they were doing three times
the work, and that in the end, it was more complicated than when they used traditional paper
and pencil.
7. Many teachers were poorly informed about the resources that were available for the iPad.
8. In addition, the ebooks were underused. And yet, this is a agship function of the touchpad.
In fact, the results showed that less than 3% of the students reported that they read books on
their touchpad screen.
9. Lastly, many students and teachers mentioned that because they were distracted by the
touchpads, their academic performance sufered.
40
The iPad in education: uses, beneits, and challenges
We observed that the benets (15) identied in this large-scale study largely concur with those
found in the literature, but with some notable dierences. In our case, few or no students or
teachers reported that the touchpads enabled them to learn more. On the contrary, both students
and teachers stressed the potentially negative impact of touchpads on learning, par ticularly
because this novel technology can distract the class. Moreover, from our observations, it is clear
that the teachers were dealing with considerable challenges, and that life was not all rosy when
the touchpads were introduced into the class, especially when the teachers were not well prepared
to make the best use of them. Nevertheless, when training was provided (pedagogical and/or
technological), and when there was adequate support during implementation, we observed that
the challenges were fewer. This nding concurs with the works of certain authors (see Elliott,
Livengood, & McGlamery, 2012) who demonstrated that when teachers lacked the technical and
pedagogical information to eectively integrate this new tool, they usually had plenty of problems.
The teachers echoed this sentiment when we asked them to propose suggestions for using the iPad
at school: training generally topped the list.
Aside from training teachers, we should recall the teachers’ three main suggestion themes. All the
teachers mentioned training (training, time, technical support, learning circles, list of applications,
etc.), but they also raised the idea of establishing use policies and student accountability strategies.
In addition, the teachers wanted simple and eective classroom management tools, not only for
sharing documents with the students, but sometimes for blocking student access to the touchpads.
As mentioned above, these are promising avenues to explore for schools that are planning similar
experiments in the coming years. The results of this primary study open the way to further research,
including:
1. More systematic studies on the impact of enriched technological environments on students
academic performance
2. More specic examinations of how teachers and students adapt when the class moves from a
more traditional learning style to an iPad learning environment
3. Studies on the relationships and interactions between students’ use of the iPad at school and
at home
4. Longitudinal studies to track the academic and professional paths of students who attended
iPad classrooms in order to determine the impact extent of this innovative experiment.
41
The iPad in education: uses, beneits, and challenges
In this summary report, it was not possible to respond to all the questions raised about the use of
iPads in education. Instead, this study invites educators to reect more thoughtfully on how this
tool can be used at school. It is important to remember that the technologies and touchpads per
se do not foster student motivation or improve their performance. What counts is the use that is
made of them, by both teachers and students, and possibly both inside and outside the classroom.
In other words, these technologies have a role to play in education only insofar as they can make
a meaningful contribution to the school’s mission, which is to provide instruction, socialize, and
provide qualications. Based on the results of this study, we may propose that iPads, and specically
the iPad, have enormous educational potential—as demonstrated by the list of benets reported
by students and teachers—but that, contrary to what many believe, their advent in schools will
not be problem-free. In fact, this new technology may pose challenges that teachers will nd
dicult to overcome, especially if they are poorly prepared. The key to successful integration of
the touchpad in the classroom, and arguably for all newly introduced technologies, is to provide
teachers with adequate training. In future studies, it would also be useful to investigate whether
better preparation of students would also lead to more productive use of the iPad in school.
42
The iPad in education: uses, beneits, and challenges
10. Key recommendations
Based on the results presented in this report, we developed a list of key recommendations for all
education stakeholders involved in implementing similar iPad projects.
1. Teacher training and networking. In line with the teachers’ recommendations, it would
be crucial to train teachers in both the pedagogical aspects (class management and subject
teaching methods) and technical aspects of student use of iPads at school. Resources should
be made available to teachers ahead of time, according to the subjects they teach. The
training should be combined with designated free time so that teachers can try out newly
learned practices, preferably in teams. During training, teachers should be reminded that the
iPads per se do not motivate students or improve their performance, and that what counts is
how they are used. As part of their training, teachers should join networks and create learning
circles at the school and/or province level.
2. Besides being provided with training, teachers should be made aware of both the benets
and challenges of iPads in education, particularly in terms of class management. Our study
revealed that the better teachers do not remain in front of the class, but instead circulate
among the students. The results also showed that the better teachers, even though they get
their students to use the iPad regularly, ask them to put them away at times in order to get
their full attention. Of course, there are no foolproof classroom management strategies for
this new teaching and learning environment, but these two suggestions immediately arise
from the results of this study.
3. Student training and accountability. In line with the main challenge for teachers,
which was the distraction that iPads in class can cause, it would be critical to implement
various strategies to train the students in how to get full use out of their iPad and to ensure
accountability, in and outside of class. A chart or use code should be set up so that both
students and teachers could participate in developing guidelines. The students should rapidly
be shown the possibilities for learning with this tool. A particularly important step for any
school that initiates similar programs would be to promote responsible use of the touchpad
by teaching about digital citizenship. For instance, the results of this study suggest that ways
must be found to foster suitable behaviors without constraining educators from monitoring
the students’ use of the iPads. However, this might be wishful thinking at schools where
teachers are responsible for hundreds of students each.
4. Get students to read books on their iPads. Our results clearly show that too few students
read books on their iPads, even though this is one of the agship functions. It appears critical
to promote reading on the touchpad, and to rekindle students’ interest in reading in general
via the touchpad.
43
The iPad in education: uses, beneits, and challenges
5. Use iPads for learning to write. Education stakeholders should be aware—and this is
backed by clear evidence—that the iPad is not yet an ideal tool for learning how to write.
Knowing this drawback, it might be easier to set up more targeted learning activities to help
oset this shortcoming.
6. Textbooks should be suitable and accessible at all times. Our results clearly show that
certain textbooks are more suitable than others. First, textbooks should be accessible at all
times. In addition, the activities they contain should be interactive and they should appeal
to the students.
7. Schools that undertake similar initiatives should make an eort to raise parental awareness
of not only the many potential benets of touchpads at school—which seems to have
occurred already—but also the challenges involved in certain uses of the iPad. This awareness
raising of potential challenges does not appear to be current practice in the schools. Even
though the benets largely outweigh the challenges, it would be critical to set the parents
straight so that they could cope better with problems as they arise.
8. Designers of educational applications could take into account some of the clearly
identied needs in this study when they develop applications. For example, corrections could
be suggested as students write their texts, as do many computer word processing programs.
9. It would be important to conduct studies on experimental programs implementing iPads in
schools, not only to advance the understanding of the benets, but also, and above all, to help
overcome the stumbling blocks for students, teachers, and all other education stakeholders
involved in these projects.
10. Finally, we must encourage government agencies and teacher training educators to provide
current and future teachers with a coherent and accurate vision of how mobile technologies
such as the iPad can contribute to the school’s mission: to provide instruction, socialize and
provide qualications. Our teachers of the future must be shown how these technologies can
be integrated into training programs, and how they can play a role in achieving learning and
competency objectives.
44
The iPad in education: uses, beneits, and challenges
11. References
Alberta Education. (2012). iPads: What are we learning? Summary report of
provincial data gathering day, October 3, 2011. Retrieved from http://
education.alberta.ca/media/6684652/ipad%20report%20-%20
nal%20version%202012-03-20.pdf
Alluin, F. (2010). Les technologies de l’information et de la communication
(TIC) en classe au collège et au lycée: éléments d’usages et enjeux.
Les dossiers, 197. Retrieved from http://media.education.gouv.fr/
le/197/18/9/Dossier197_158189.pdf
Babnik, P., Dornger, J., Meschede, K., Waba, S., Widmer, M., & Mulley, U.
(2013). Tenhnologieeinsatz in der schule. In M.Ebner, & S.Schön
(Eds.), Lehrbuch für lernen und lehren mit technologien (2nd Ed.).
Retrieved from http://l3t.tugraz.at/index.php/LehrbuchEbner10/
article/view/47
CEFRIO. (2011). Les «C» en tant qu’étudiants. Génération C, 1(4).
Retrieved from http://www.cefrio.qc.ca/media/uploader/Fascicule_
etudiants.pdf
Churchill, D., Fox, B., & King, M. (2012). Study of afordances of iPads
and teachers’ private theories. International Journal of Information
and Education Technology, 2(3), 251-254. Retrieved from http://www.
ijiet.org/papers/122-K10017.pdf
Deschryver, N. (2010). Internet: quel impact sur les manières d’apprendre?
In B.Charlier, & F.Henri (Eds.), Apprendre avec les technologies
(pp.181-192). Paris, France: Presses universitaires de France.
Dutta, S., & Bilbao-Osorio, B. (2012). Global information technology report
2012. Living in a hyperconnected world. Retrieved from http://www3.
weforum.org/docs/Global_IT_Report_2012.pdf
Elliott, C., Livengood, K., & McGlamery, M. (2012). Teaching with
technology: iPad use in the classroom. In P.Resta (Eds.), Proceedings
of the Society for Information Technology & Teacher Education
International Conference 2012 (pp.4084-4086). Chesapeake, VA:
AACE.
45
The iPad in education: uses, beneits, and challenges
Endrizzi, L. (2012). Jeunesses 2.0: les pratiques relationnelles au cœur des
médias sociaux. Dossier d’actualité veilles et analyses, 71. Retrieved
from http://ife.ens-lyon.fr/vst/DA-Veille/71-fevrier-2012.pdf
Erstad, O., & Arnseth, H.-C. (2013). Learning lives connected: Digital
youth across school and community spaces. Communicar, 40(20),
89-98. Retrieved from http://www.revistacomunicar.com/index.
php?contenido=detalles&numero=40&articulo=40-2013-11
Etherington, D. (2013). Apple has sold over 8M iPads direct to education
worldwide, with more than 1B iTunes U downloads. Retrieved from
http://techcrunch.com/2013/02/28/apple-has-sold-over-8m-ipads-
direct-to-education-worldwide-with-more-than-1b-itunes-u-
downloads/
Fernández-López, Á., Rodríguez-Fórtiz, M.J., Rodríguez-Almendros,
M.L., & Martínez-Segura, M.J. (2013). Mobile learning
technology based on iOS devices to support students with special
education needs. Computers & Education, 61(0), 77-90. doi:10.1016/j.
compedu.2012.09.014
Fielding, N.G. (2012). Triangulation and mixed methods designs: Data
integration with new research technologies. Journal of Mixed Methods
Research, 6(2), 124-136. doi:10.1177/1558689812437101
Fourgous, J.-M. (2010). Réussir l’école. Rapport de la mission parlementaire
sur la modernisation de l’école par le numérique. Retrieved from http://
www.ladocumentationfrancaise.fr/rapports-publics/104000080/
index.shtml
Fourgous, J.-M. (2012). Apprendre autrement à l ère numérique Se former,
collaborer, innover. Un nouveau modèle éducatif pour une égalité des
chances. Retrieved from http://www.ladocumentationfrancaise.fr/
rapports-publics/124000169/index.shtml
Fri-Tic. (2012). Projet One to One iPad: visite de l’Institutinternational de
Lancy. Retrieved from http://www.fri-tic.ch/dyn/bin/45214-46185-
1-fritic_visite_onetoone_lancy_v2.pdf
Geist, E. (2011). he game changer: Using iPads in college teacher education
classes. College Student Journal, 45(4), 758-768.
Goulding, M., & Kyriacou, C. (2008). A systematic review of the use of ICTs
in developing pupils’ understanding of algebraic ideas. Retrieved from
http://eppi.ioe.ac.uk/cms/Default.aspx?tabid=2380
Hahn, J., & Bussell, H. (2012). Curricular use of the iPad 2 by a rst-year
undergraduate learning community. Library Technology Reports, 48(8),
42-47. doi:10.5860/ltr.48n8
46
The iPad in education: uses, beneits, and challenges
Henderson, S., & Yeow, J. (2012). iPad in education: A case study of iPad
adoption and use in a primary school. In R.H.Sprague (Ed.),
Proceedings of the 45th Annual Hawaii International Conference on
System Sciences (pp.78-87). New York, NY: IEEE. doi:10.1109/
HICSS.2012.390
Hill, J., Nuss, M., Middendorf, B., Cervero, R., & Gaines, J. (2012). Using
iPads to enhance teaching and learning in third-year medical
clerkships. In T.Bastiaens, & G.Marks (Eds.), Proceedings of World
Conference on E-Learning in Corporate, Government, Healthcare, and
Higher Education 2012 (pp.1482-1488). Chesapeake, VA: AACE.
Huber, S. (2012). iPads in the classroom: A development of a taxonomy for the
use of tablets in schools. Norderstedt, Germany: Books on Demand
GmbH. Retrieved from http://l3t.eu/itug/images/band2.pdf
Huberman, A.M., & Miles, M.B. (1991). Analyse des données qualitatives.
Recueil de nouvelles méthodes. Bruxelles, Belgique: De Boeck
Université.
Huberman, A. M., & Miles, M. B. (1994). Data management and analysis
methods. In N.K. Denzin, & Y.S. Lincoln (Eds.), Handbook of
qualitative research (pp.428-444). housand Oaks, CA: Sage.
Hutchison, A., Beschorner, B., & Schmidt-Crawford, D. (2012). Exploring
the use of the iPad for literacy learning. he Reading Teacher, 66(1),
15-23. doi:10.1002/TRTR.01090
Isabwe, G.M.N. (2012). Investigating the usability of iPad mobile
tablet in formative assessment of a mathematics course. In 2012
International Conference on Information Society (pp.39-44). New York,
NY: IEEE. Retrieved from http://ieeexplore.ieee.org/xpls/abs_all.
jsp?arnumber=6285043
Johnson, L., Adams, S., & Cummins, M. (2012). he 2012 Horizon Report.
Retrieved from http://www.nmc.org/pdf/2012-horizon-report-HE.
pdf
Jouneau-Sion, C., & Touzé, G. (2012). Apprendre avec le numérique.
Les cahiers pédagogiques, 498. Retrieved from http://www.cahiers-
pedagogiques.com/Apprendre-avec-le-numerique-7939
47
The iPad in education: uses, beneits, and challenges
Karsenti, T., Collin, S., Dupuis, A., Villeneuve, S., Dumouchel, G. & Robin,
J.-P. (2012). Avantages et is inhérents à l’usage des ordinateurs au
primaire et au secondaire: 2e enquête auprès de la Commission scolaire
Eastern Townships. Synthèse des principaux résultats. Retrieved from
http://etsb.crifpe.ca/les/synthese_fre.pdf
Karsenti, T., Komis, V., Depover, C., & Collin, S. (2011). Les TIC comme
outils de recherche en sciences de l’éducation. In T.Karsenti, &
L.Savoie-Zajc (Eds.), La recherche en éducation: étapes et approches
(pp.168-192). Saint-Laurent, QC: ERPI.
Khaddage, F. (2013). he iPad global embrace! Are we branding mobile
learning? In R.McBride, & M.Searson (Eds.), Proceedings of
Society for Information Technology & Teacher Education International
Conference 2013 (pp.3234-3240). Chesapeake, VA: AACE.
Killilea, J.P. (2012). Leveraging mobile devices for asynchronous learning: Best
practices. Retrieved from http://www.scs.org/upload/documents/
conferences/autumnsim/2012/presentations/etms/4_Final_
Submission.pdf
Kinash, S., Brand, J., & Mathew, T. (2012). Challenging mobile learning
discourse through research: Student perceptions of Blackboard
Mobile Learn and iPads. Australasian journal of educational technology,
28(4), 639-655. Retrieved from http://www.ascilite.org.au/ajet/
ajet28/kinash.pdf
Kinash, S., Brand, J., Mathew, T., & Kordyban, R. (2013). University student
experiences of mobile learning: One year beyond commencement.
International Journal of Innovation and Learning, 13(2), 201-217.
doi:10.1504/IJIL.2013.052288
King, I., & Bass, D. (2013). Microsoft’s Surface tablet Is said to fall short of
predictions. Retrieved from http://www.bloomberg.com/news/2013-
03-14/microsoft-s-surface-tablet-is-said-to-fall-short-of-
predictions.html
Lau, A., & Ho, S. (2012). Using iPad 2 with note-taking apps to enhance
traditional blackboard-style pedagogy for mathematics-heavy
subjects: A case study. In M.J.W.Lee, & H.VaLeong (Eds.),
Proceedings of IEEE International Conference on Teaching, Assessment,
and Learning for Engineering 2012 (pp.H3C-4-H3C-6). New York,
NY: IEEE. doi:10.1109/TALE.2012.6360349
L’Écuyer, R. (1990). Méthodologie de l’analyse développementale de contenu.
Méthode GPS et concept de soi. Sainte-Foy, QC: Presses de l’Université
du Québec.
48
The iPad in education: uses, beneits, and challenges
Livingstone, S. (2012). Critical relections on the benets of ICT in
education. Oxford Review of Education, 38(1), 9-24. doi:10.1080/030
54985.2011.577938
Maddux, C.D., & Johnson, D.L. (2012). External validity and research in
information technology in education. Computers in the Schools, 29(3),
249-252. doi:10.1080/07380569.2012.703605
Martin, T., Berland, M., Benton, T., & Smith, C.P. (2013). Learning
programming with IPRO: he efects of a mobile, social programming
environment. Journal of Interactive Learning Research, 24(3), 301-328.
McClanahan, B., Williams, K., Kennedy, E., & Tate, S. (2012). A
breakthrough for Josh: How use of an iPad facilitated reading
improvement. Techtrends, 56(3), 20-28. doi:10.1007/s11528-012-
0572-6
McKechan, S., & Ellis, J. (2012). Collaborative learning in the Scottish
curriculum for excellence: he challenges of assessment and potential
of multi-touch technology. Education 3-13. Advanced Online
Publication. doi:10.1080/03004279.2012.717959
Ministère de l’Éducation du Québec. (2004). Quebec education program
Secondary school education, cycle one. Quebec, QC: Government of
Quebec. Retrieved from http://www1.mels.gouv.qc.ca/sections/
programmeFormation/secondaire1/pdf/qepsecrstcycle.pdf
Mouisset-Lacan, N. (2012). Visibilité de la place de l ’adulte auprès de
l’adolescent dans le rapport à l’apprendre: horizontalité des pratiques
d’Internet et mobilisation scolaire (Doctoral dissertation, Université
Toulouse II – Le Mirail, France). Retrieved from http://tel.archives-
ouvertes.fr/tel-00727301/en/
Murphy, T., & Williams, C. (2011). he iPad as a class presentation
platform. In Proceedings of the 2011 ASEE Southeastern Section
Conference, ASEE, Charleston, SC. Retrieved from http://se.asee.org/
proceedings/ASEE2011/Papers/FP2011mur183_199.PDF
Murray, O.T., & Olcese, N.R. (2011). Teaching and learning with iPads,
ready or not? TechTrends, 55(6), 42-48. doi:10.1007/s11528-011-
0540-6
Norris, C., Hossain, A., & Soloway, E. (2012). Under what conditions does
computer use positively impact student achievement? Supplemental
vs. essential use. In P.Resta (Ed.), Proceedings of Society for Information
Technology & Teacher Education International Conference 2012
(pp.2021-2028). Chesapeake, VA: AACE.
49
The iPad in education: uses, beneits, and challenges
Ostler, E., & Topp, N. (2013). Digital note taking: An investigation of
an iPad application as a strategy for content review and practice
in intermediate algebra. In R.McBride, & M.Searson (Eds.),
Proceedings of Society for Information Technology & Teacher Education
International Conference 2013 (pp.72-77). Chesapeake, VA: AACE.
Paryono, P., & Quito, B. (2010). Meta-Analysis of ICT integration in
vocational and technical education in Southeast Asia. SEAVERN
Journal, 2(1). Retrieved from http://ojs.voctech.org/index.php/
seavern/article/view/46/1
Proitt, B. (2010). Take your iPad to work. Boston, MA: Course Technology
Press.
Redecker, C., & Punie, Y. (2011). Apprendre à l’heure du Web 2.0.
Administration et éducation, 129, 33-42.
Rossing, J., Miller, W., Cecil, A., & Stamper, S. (2012). iLearning: he future
of higher education? Student perceptions on learning with mobile
tablets. Journal of the Scholarship of Teaching and Learning, 12(2), 1-26.
Retrieved from http://josotl.indiana.edu/article/view/2023
Sachs, L., & Bull, P. (2012). Case study: Using iPad2 for a graduate
practicum course. In P.Resta (Ed.), Proceedings of Society for
Information Technology & Teacher Education International Conference
2012 (pp.3054-3059). Chesapeake, VA: AACE.
Serres, M. (2012). Petite poucette. Paris, France: Le Pommier.
Sloan, R.H. (2012). Using an e-Textbook and iPad: Results of a pilot
program. Journal of Educational Technology Systems, 41(1), 87-104.
doi:10.2190/ET.41.1.g
Sullivan, R.M. (2013). he tablet inscribed: Inclusive writing instruction
with the iPad. College Teaching, 61(1), 1-2. doi:10.1080/87567555.2
012.700339
hibert, R. (2012). Pédagogie + numérique = apprentissages 2.0. Dossier
d’actualité veille et analyses, 79. Retrieved from http://ife.ens-lyon.fr/
vst/DA-Veille/79-novembre-2012.pdf
Türel, Y.K., & Johnson, T.E. (2012). Teachers’ belief and use of interactive
whiteboards for teaching and learning. Educational Technology
& Society, 15(1), 381-394. Retrieved from http://www.ifets.info/
journals/15_1/32.pdf
50
The iPad in education: uses, beneits, and challenges
Underwood, J., & Dillon, G. (2011). Chasing dreams and recognising
realities: Teachers’ responses to ICT. Technology, Pedagogy and
Education, 20(3), 317-330. doi:10.1080/1475939X.2011.610932
UNESCO. (2012). Mobile learning for teachers in Europe: Exploring the potential
of mobile technologies to support teachers and improve practice. Retrieved
from http://unesdoc.unesco.org/images/0021/002161/216167e.pdf
Villemonteix, F., & Khaneboubi, M. (2012). Utilisations des tablettes tactiles
à l’école primaire. Retrieved from http://hal.archives-ouvertes.fr/
edutice-00765323
Wainwright, K. (2012). Putting iPads in the hands of faculty. In Proceedings
of the ACM SIGUCCS 40th annual conference on Special interest group
on university and college computing services (pp.139-144). New York,
NY: ACM. doi:10.1145/2382456.2382489
Warschauer, M., & Matuchniak, T. (2010). New technology and
digital worlds: Analyzing evidence of equity in access, use, and
outcomes. Review of Research in Education, 34(1), 179-225.
doi:10.3102/0091732X09349791
Wasniewski, E. (2013). One-on-one with an iPad: A faculty perspective
on iPad supports for students with disabilities. In R.McBride, &
M.Searson (Eds.), Proceedings of Society for Information Technology
& Teacher Education International Conference 2013 (pp.4346-4351).
Chesapeake, VA: AACE.
Williams, P., Wong, W., Webb, H., & Borbasi, S. (2011). Mobile technologies
in the eld: iPads – rescuer or rescuee? In G.Williams, P.Statham,
N.Brown, & B.Cleland (Eds.), Changing demands, changing
directions: Proceedings of ascilite 2011 (pp.1325-1331). Retrieved from
http://www.ascilite.org.au/conferences/hobart11/downloads/papers/
Williams-concise.pdf
Zambarbieri, D., & Carniglia, E. (2012). Eye movement analysis of reading
from computer displays, eReaders and printed books. Ophthalmic
and Physiological Optics, 32(5), 390-396. doi:10.1111/j.1475-
1313.2012.00930.x
51
The iPad in education: uses, beneits, and challenges
12. Table of igures
Figure 1: Percentages of boys and girls who particpated in the study. ................................... 8
Figure 2: Perecentages of male and female teachers who participated in the study. ............. 9
Figure 3: School subjects taught by the teachers who participated in the study. ................... 9
Figure 4: Years of experience for teachers who particpated in the study. .............................. 10
Figure 5: Classroom use settings for the iPad. ....................................................................... 10
Figure 6: Previous use of the iPad by students. ..................................................................... 13
Figure 7: Previous use of the iPad by teachers. ...................................................................... 14
Figure 8: Main applications that students were required to use at school. ............................ 16
Figure 9: Classroom use of educational applications on the iPad by students. ...................... 18
Figure 10: Stduents’ use of the iPad outside the classroom. .................................................... 20
Figure 11: Percentage of ipad time spent on writing, as reported by students ........................ 22
Figure 12: Main benets of using the iPad in class, as perceived by students. ......................... 25
Figure 13: Main benets of using the iPad in class, as perceived by teachers. ......................... 27
Figure 14: Main challenges in using the iPad in class, as perceived by students. ..................... 30
Figure 15: Main challenges in using the iPad in class, as perceived by teachers. ..................... 30
Figure 16: Benets of using the iPad, as perceived by students and teachers. ........................ 33
Figure 17: Degree of satisfaction with using the iPad in class for students and teachers. ........ 34
Figure 18: Grahpic representation of the terms used by students to describe the overall
experience of using the iPad in class. ..................................................................... 35
Figure 19: Main suggestions by teachers for future iPad projects at school. ............................ 37

Supplementary resource (1)

... Inherently, a utilization of digital devices for learning activities brings along a certain potential for distraction. In Karsenti and Fievez's (2013) study, almost every student and teacher reported distraction as a challenge for digital devices in classes. In the accompanying interviews, concretely the access to social media and games was mentioned. ...
... In summary, students' subsequent mathematical modeling competence after a digitally enriched workshop may be influenced by the mobile device access concept applied (Burden et al., 2012;Karsenti and Fievez, 2013;Doargajudhur and Dell, 2020), students' problematic smartphone use (Sunday et al., 2021;Zhou et al., 2022a,b) and their fear of missing out (van der Schuur et al., 2015;Kneidinger-Müller, 2019;Shane-Simpson and Bakken, 2022;Zhao, 2023). Thus, as a first approach, we focused on students with average problematic smartphone use and average fear of missing out and thereby considered only the effect of the access concept on those students' competence. ...
... Both findings indicated an advantageous of the BYOD concept compared to the pool concept. However, on the other side, the BYOD devices seemed to be accompanied by a higher potential for distraction (Karsenti and Fievez, 2013). We thus formulated the following non-directional hypothesis: ...
Article
Full-text available
Introduction Nowadays, more and more digital resources are used in modern mathematical modeling classes. In order to access these resources, students need a suitable digital device—often mobile devices are used for this purpose. There are several concepts to enable students access to such devices. For example, students can be allowed to use their self-owned devices [Bring Your Own Device (BYOD) concept] or teachers can hand out school-owned devices to their students [device pool (pool) concept]. Currently, little is known about possible effects of different mobile device access concepts on student learning. Hence, in this study, we investigated their effects on students’ mathematical modeling competence. In doing so, we also considered an interaction between the access concept and the effects of (a) students’ problematic smartphone use and (b) students’ fear of missing out on learning mathematical modeling. Method To this end, we conducted an experiment, measured students’ mathematical modeling competence as the outcome variable, and analyzed data of 263 German students in grades 8 and 9 using a multilevel model. In the experiment, students were randomly assigned to one of two study conditions and completed a mathematics modeling workshop. In the BYOD condition, students utilized their self-owned smartphones to work on the workshop tasks, whereas in the pool condition, students utilized institutionally provided smartphones. Results As a main finding, our results showed an interaction effect between the mobile device access concept and students’ problematic smartphone use on their competence (β = −0.24, 95% CI [−0.47, −0.01]). Students utilizing their self-owned smartphones were negatively affected by their problematic smartphone use (B = −1.45, 95% CI [−2.45, −0.46]), whereas students utilizing provided smartphones were not affected (B = 0.04, 95% CI [−1.01, 1.09]). Students with maximal problematic smartphone use achieved higher competences when utilizing provided devices (BBYOD−Pool = −1.20, 95% CI [–2.35, –0.05]). Discussion Our study demonstrates the importance of thinking about effects of student-owned and provided digital devices on mathematics learning. Finally, we discuss (a) that our results do not reveal a general preferability for one of the two access concepts, as well as (b) the relevance of student characteristics when choosing an access concept.
... Ireland & Woollerton (2011) stated that the iPad is a modern device that has the advantage of providing several facilities for the educational process, uploading and sharing information with others easily, students can determine and select audible and visual material tailored to their needs, and use it as a tool for presenting information and presentations using a variety of applications. Over the past two years, schools across the country have implemented the use of iPad in a variety of classroom settings in hopes of improving overall student achievement (Karsenti & Fievez, 2013). ...
... This means that the research results showed that teachers have not received adequate support in implementing and integrating iPad for teaching and learning processes in schools. According to Karsenti & Fievez (2013) there are several challenges faced in the process of using iPad in the classroom learning for teachers and students, namely as follows: 1) iPad break students' concentration when the teacher explains lessons in class so that it has a negative impact on their academic achievement. This means that using the iPad can make students not really focused on the teacher's explanation because they can open other applications easily. ...
Article
At present, tablet devices are used in teaching in the schools across the nation, the most popular device is iPad and the role of teachers in using technology especially iPad is very crucial to serve the learners in order to make them learn better in a fun way. The objective of this study was to investigate the use of the iPad for teaching and learning in terms of benefits and the barriers through the experiences of classroom teachers and students in one of Primary School in Palembang, Indonesia. Qualitative methods, including teacher and student-participant interviews, classroom observations, and document review were utilized in this study. The purposefully selected sample consisted of three primary English teachers and two students grade 6 who were used iPad for teaching and learning. The research revealed that the use of iPad for teaching English for young learners was good. It had some advantages that support student learning and teacher teaching. However, despite the positive sides of using iPad, teachers and students faced numerous barriers, such as technical problem, lack of proper skill, and others.
... Tablet menawarkan portabilitas yang luar biasa, memungkinkan murid mengakses bahan pembelajaran di mana saja dan kapan saja (Chou et al., 2012). Dengan layar sentuh dan aplikasi yang userfriendly, tablet mengubah cara murid berinteraksi dengan konten pembelajaran, membuat proses belajar menjadi lebih interaktif (Karsenti et al., 2013). Laptop, di sisi lain, dengan kemampuan komputasi yang lebih kuat dan layar yang lebih besar, cocok untuk tugas-tugas yang memerlukan pengetikan, pembuatan | presentasi, analisis data, dan penggunaan software yang lebih kompleks (Bebell & O'Dwyer, 2010). ...
Book
Full-text available
Buku ini disusun dengan tujuan memberikan wawasan komprehensif mengenai berbagai aspek penting dalam dunia pendidikan, mulai dari konsep dasar dan sejarah pendidikan, teori pembelajaran, kurikulum, hingga evaluasi dan teknologi dalam pendidikan. Dengan menyajikan beragam topik yang mencakup pendidikan inklusif, pendidikan multikultural, hingga pendidikan moral dan etika, kami berharap buku ini dapat menjadi referensi yang bermanfaat bagi para pendidik, mahasiswa, dan praktisi pendidikan dalam menghadapi tantangan serta menerapkan inovasi untuk masa depan pembelajaran yang berkelanjutan.
... Hutchison et al. (2012) consider that the creative process for the production of digital contents can be simplified with the use of apps, eliminating the barriers of paper work, noting there would be no limits to students' freedom and creativity. Karsenti & Fievez (2013) point to a significant improvement in the quality and variety of digital productions of both students and teachers. ...
Article
Full-text available
The goal of this study is to understand if there is an impact on students’ motivation to learn English as a Foreign Language when mobile technologies are used to support active learning activities that develop students’ oral production competences. The participants were two teachers and their 106 students, who were using their own tablets at school as a result of school action plan for promoting the integration of technology in classroom activities. At the beginning and end of the schoolyear, students answered a questionnaire that contained three dimensions of a motivation index, collected from Gardner’s Attitude/Motivation Test Battery. Following a preliminary analysis to these quantitative data, the instrument for qualitative data collection was created, an interview protocol which was applied to two teachers. After analysing the qualitative data, all the data were triangulated and the outcomes scrutinized. Thus, this mixed methods research design followed a sequential explanatory strategy. The results revealed a favourable tendency in terms of student motivation, although statistically significant differences were only found in the case of students with initial lower and moderate levels of motivation. Both teachers referred improvements in student participation and engagement in classroom activities.
Article
Full-text available
The popularity of mobile technologies has greatly influenced people of all ages, especially adolescents. The purpose of this research was to determine the views of students, lecturers, and managers as selected stakeholders to assess the effectiveness of tablet computers in learning at a South African university. Using a mixed-methods approach, this case study focused on Extended Stream students who were enrolled in a degree program in Information and Communication Technology or Electrical Engineering. Survey participants consisted of 155 students and 25 lecturers, and interviews were conducted with 18 students, 5 lecturers, and 9 managers. Data collected from closed-ended questionnaires were entered manually into the Statistical Package for Social Sciences (Version 24) and then analyzed using descriptive and inferential analyses, using an independent samples t-test. Data collected from interviews were transcribed and analyzed using thematic analyses to generate major themes and subthemes. Findings from the statistical analyses of quantitative data revealed that there was no significant difference between the views of students and lecturers on the effectiveness of the use of tablet computers for learning. The thematic analyses of qualitative data revealed that students, lecturers, and managers all concurred that tablets have a positive impact on student learning.
Chapter
Full-text available
There has recently been a rapid rise in the use of educational applications (apps) in teaching and learning, and they are increasingly being viewed as a necessary part of instruction. However, they are still relatively new in secondary schools in Saudi Arabia. The purpose of this study was to investigate the impact of apps on mathematics teaching and learning in the 10th grade of secondary school. Also, this study will help higher education institutions to know about the supportive educational apps to continue using the beneficial apps and to support the needs of future teachers to be trained and improve the curriculum to keep pace with technology development in education. The interviews’ findings show the need to consider the integration of new technology carefully prior to launching projects involving a change in the educational system to avoid failure. The integration of educational apps helped the students develop their mathematics learning skills, and the teachers viewed it positively in terms of the impact on teaching mathematics concepts at the secondary school level. The study also investigated the obstacles encountered by teachers and students when using various apps and sought solutions. It highlights the implications of app use and makes recommendations.
Chapter
The goal of this chapter is the development and implementation of a few lesson plans for Primary Education students using multicultural books and a game-based activity to unravel information about a city. It traces the philosophy and rationale related to the rapidly changing field of Information and Communication Technology in Primary Education. The authors reflect on how the use of an iPad by primary teachers motivates students to learn, read and create positive attitudes towards issues of identity, diversity and inclusion. They also share the challenges that they have faced in implementing the process.
Article
Full-text available
For kindergarten children, distance education was neither an alternative nor a potential option to in-person schooling before the global COVID-19 pandemic-imposed isolation and mandatory social distancing measures. These measures guaranteed the safety of school staff and children and made the adoption of distance education an urgent necessity for children to continue their education safely. The current study was conducted to reveal the most common challenges that faced children's distance education in virtual kindergartens. The study was conducted from the teachers' point of view to determine the impact of each of the job title variables and years of experience. The study sample consisted of 32 kindergarten teachers in Jubail Governorate. The research team applied the scale of challenges facing children's education in virtual kindergarten. The results of the study concluded that the most important challenges facing children's education in virtual kindergartens were related to communication skills (79.9%), technical skills (79.5%), educational aids (76.4%), and motivation (69.6%). The results of the study also revealed that there were statistically significant differences in the challenges related to motivation and readiness and in the total challenges facing children's education in the virtual kindergarten from the teachers' point of view depending on the job title-that is, the assistant teacher where the calculated "U" value reached 28.5 and 37.5. In addition, there was an absence of statistically significant differences due to the variable years of experience, whether in the total number of challenges or in the dimensions of the scale, except for the dimension of communication skills, where the calculated "Ka2" value reached 8.755, which is a statistically significant value at the level of significance (0.05).
Chapter
Full-text available
Der Band lotet Perspektiven einer rekonstruktiv-sinnverstehenden Forschung für die Untersuchung von Schule und Unterricht im digitalen Wandel aus. Es werden vier empirische Studien vorgestellt und ihre Befunde theoretisch und methodisch eingeordnet. Die Studien interessieren sich für die Veränderungen wie auch die Stabilität von Praktiken im Unterricht, wenn digitale Medien genutzt werden. Und sie untersuchen, wie Schüler:innen und Lehrkräfte die mit der Digitalisierung einhergehenden Transformationsprozesse deuten. Die generierten Forschungsperspektiven werden durch die Diskussion der Erträge der Studien im Hinblick auf zentrale Fragen des digitalen Wandels und seine Erforschung am Ende des Bandes vertiefend konturiert.
Book
Full-text available
Der Band „Schule und Unterricht im digitalen Wandel“ lotet Perspektiven einer rekonstruktiv-sinnverstehenden Forschung für die Untersuchung von Schule und Unterricht im digitalen Wandel aus. Es werden vier empirische Studien vorgestellt und ihre Befunde theoretisch und methodisch eingeordnet. Die Studien interessieren sich für die Veränderungen wie auch die Stabilität von Praktiken im Unterricht, wenn digitale Medien genutzt werden. Und sie untersuchen, wie Schüler:innen und Lehrkräfte die mit der Digitalisierung einhergehenden Transformationsprozesse deuten. Die generierten Forschungsperspektiven werden durch die Diskussion der Erträge der Studien im Hinblick auf zentrale Fragen des digitalen Wandels und seine Erforschung am Ende des Bandes vertiefend konturiert.
Article
Full-text available
The growing use of mobile technology on college campuses suggests the future of the classroom, including learning activities, research, and even student-faculty communications, will rely heavily on mobile technology. Since Fall 2010, an interdisciplinary team of faculty from Indiana University – Purdue University Indianapolis (IUPUI) has experimented with the use of iPads in the classroom. This paper includes the preliminary results of a study on student impressions of mobile technology in the classroom. The paper will report both opportunities and limitations for incorporating mobile technologies in learning environments.
Article
In this paper, we present two studies examining how high school students learn to program in a mobile, social programming environment that we have developed and deployed ("IPRO"). IPRO is delivered, with an associated curriculum, as an iPod Touch app and is freely and publicly available. We find that the affordances of mobility and collaboration in IPRO deployed in a short enactment (∼90 minutes) lead to improved performance on programming content targets, improved performance on computational content transfer targets, and improved attitudes towards programming and computer science more generally.
Article
With the rise of mobile computing, many organizations have taken the opportunity to leverage mobile devices for personnel training. The public sector, private sector, and Armed Forces have all deployed forms of mobile asynchronous training to ensure compliance, conformity, and competency within their organizations. Unfortunately, much of this training is susceptible to trainees "speed clicking" their way through the modules until the learning management system recognizes that they have completed the course. The result is a low absorption rate and a superficial understanding of the material. This scenario provides little added value to either the organization or the individual. After a comprehensive review of the literature, the present paper lists "best practices" for designing and developing learning material in the unique asynchronous mobile environment. Effective training should first clarify expected performance up front, provide sustained and constructive feedback throughout, implement and incorporate active learning techniques, vary presentation styles and the representation of content, and finally emphasize time-on-task. Through the inclusion and adherence to these instructional design principles, organizations will be able to provide mobile, easily deployable, effective, and engaging training courses to their personnel without the reliance on instructors, or when face-to-face instruction is not feasible.
Article
Many university academics disagree with the rationale that we should pursue mobile learning because 21st century students are apparently demanding it. We argue that the only defensible rationale for making mobile learning part of pedagogy is because it enhances student learning. This presentation shares results from research with 135 students engaged in mobile learning over two semesters. It addresses the question of whether Blackboard Mobile Learn made a perceived difference to their learning. Results revealed that in-class, students used their mobile devices for Blackboard Mobile Learn to the same extent as they used them for searching the web for study, accessing university web pages, email and making Facebook posts, but less than they used them for browsing the web for pleasure and Facebook reading. The majority of students were neutral when asked if they prefer Mobile Learn over PC access to Blackboard. Students were likewise neutral when asked whether they perceived iPads to improve their learning. There was higher frequency agreement that using iPads motivated them to learn. Qualitative feedback from focus groups was mixed, but largely positive. The overall interpretation was that it is a matter of course that students would access their subject site via mobile devices.