Vol. 8, Núm. 2 / octubre 2016 – marzo 2017 / ISSN
2007-1094
Learning styles of postgraduate distance
learning students of the Universidad Autónoma de
Tamaulipas
Arturo
Amaya Amaya[1]
Universidad Autónoma de
Tamaulipas
Alfredo
Cuellar Cuellar[2]
State University of California in Fresno
Abstract
This paper presents the
results of a research project related to the learning styles of postgraduate distance
learning students from the University of Tamaulipas, Mexico. These postgraduate
studies were created in 1996: nowadays, 14 generations have graduated from the
Master of Human Resources Development; 13 generations, from the Master of
Quality Management; and 8 from the Master in Educational Technology. The
instrument used in this research was created by Whiteley
and is based on the model of multiple intelligences developed by Gardner and the
neuro-linguistic programming model by Bandler and Grinder. The research was conducted with a
sample of 72 participants, who represent one hundred percent of the students enrolled.
The results showed that the most prevalent learning styles are logical and
social, and the auditory and physical learning styles were the less predominant.
Consequently, it was able to recommend content, resources and learning
activities for each learning style.
Keywords: Distance education; adaptive learning; learning
styles; ICT.
INTRODUCTION
The Higher Education Institutions (HEIs) consider the current scenarios increasingly
relevant, permeated by the signs of globalization, information, technologies,
virtualization, strategic value of knowledge and innovation, which have
influenced the educational processes and the access to knowledge (Amaya, 2014).
Based on the foregoing, the HEIs need to work and orient their efforts and
resources towards educational innovation, the improvement of teaching materials
for distance learning, the incorporation of information and communication
technologies (ICTs) in the educational processes, as well as in teacher
training. In this manner, the new proposals or solutions of the HEIs will be
more effective to face the current education scenarios.
In the face of this critical reality, it is important to identify in
which manner these new scenarios affect the quality of the education programs,
and even more so, what is it that the HEIs need to do in order to make most of
them, and at the same time, resolve the social problems assigned to them, such
as, the expansion of quality higher education, equity and inclusion.
Scope of distance learning
Distance Learning (DL) is emerging as a pertinent solution to the
problems of higher education, due to the fact that it overcomes geographic
barriers, as it is not necessary to move to any other place; it also solved the
problems of time by making it possible for the student to balance their study
with work and family obligations, and for them to choose their own schedule;
the student is able to follow the same formative program with people that share
the same interests, but that are in different locations. These sui generis characteristics of DL
represent a wider range of information offers and learning opportunities for
the new generations of students (Gallego & Martínez, 2002).
The vertiginous advances of information technologies have influenced the
education processes and the access to knowledge. In the face of this premise,
the current DL programs should not only be more or less critical to the social
formation demands, but also need to be supported by investigations that present
empirical evidence that justifies and favors the evolution and the
acknowledgement of DL as a new quality education system.
On the other hand, the evaluation and accreditation processes to which
the HEIs are currently subject to force them to use investigations oriented
towards the improvement of the quality of education. Speaking of the quality of
education gives rise to different study topics, among which is the quality of
the teaching materials, in which knowledge is stored, in addition to bearing
the contents and a good part of the teaching methods that, when perfectly
articulated and set up, are able to turn into the pillar of any DL systems (García, 2002).
In DL, the teaching materials have a relevant role in the construction
of new knowledge, but given that it is not an easy task to guarantee their
effectiveness, the HEIs are responsible for the formation of the professors in
the management of the theory on learning styles and their implementation, and
the best way to do that is by generating experience in these same practices in
their own contexts (Madrigal and Trujillo, 2014). For this, it is fundamental
that the professors know information related to their students, how to identify
their predominant learning styles and, then, work on the redesign or
development of ad hoc teaching materials, as well as on the implementation of
adaptive learning mechanisms with the support of ICTs.
The importance of learning
styles in distance learning
Learning styles possess more influence than could be imagined; for
example, they lead the way for the learning process; they may also internally
alter the direction, representing the experiences and recovering information.
People perceive and acquire knowledge differently; they develop ideas, think and
act in different ways. Furthermore, they have preferences towards one or
several cognitive procedures that help them give meaning to new information.
The term “learning styles” entails, specifically, the ways to collect,
interpret, organize and think about the new information (Gentry & Helgesen, 1999).
When a new concept is learned, some students focus on the details, while
others focus on the logical elements; some are more independent and want to
learn alone, and others prefer to study with other classmates or close to their
professors; some prefer reading or going to conferences, while others prefer to
carry out practical activities (Davis, 1993).
The learning styles in DL must have a serious impact on the teaching
styles, particularly because the distance students interact in an asynchronous
and intensive manner with the teaching materials available in the learning
management systems (LMS). It is worth mentioning that the information provided
by the diagnoses of learning styles allow to diversify the teaching activities
and procedures that facilitate for the students to learn more about themselves;
this aspect is considered a fundamental indicator of vocational conduct (Alonso
and Gallego, 1995).
There are different models of learning styles, among which the following
can be found:
· Kolb’s model (1984), based on learning and whose central axis is the
direct experience of the student. It is classified in four dimensions:
divergent (concrete and reflective), assimilator (abstract and reflective),
convergent (abstract and active) and accommodating (concrete and active).
· Honey and Mumford’s model (1992), which seeks to improve the
effectiveness through the actions of the subjects and is classified in the
following dimensions: active, reflective, theoretical and pragmatic.
· Felder and Silverman’s model (1988), which classifies the students
according to the way they receive and process information and is classified in
the following dimensions: visual-verbal learning, active-reflective learning,
sequential-global learning and sensory-intuitive learning.
In this investigation, we resorted to the instrument of learning styles
of Sean Whiteley (2006), which has been used in more
than three hundred schools, colleges and universities with significant results
that have helped the students in their learning. This instrument was designed
based on the multiple intelligences model of Howard Gardner (1983) and on the neuro-linguistic programming model of Richard Bandler and John Grinder (1982), also called the Visual-Auditory-Kinesthetic
(VAK) model. In this manner, it integrates the potentialities of the seven
learning styles of the multiple intelligences model (verbal/linguistic,
logical/mathematical, visual/spatial, bodily/kinesthetic, musical/rhythmic,
interpersonal and intrapersonal) and the three from the neuro-linguistic
programming model (visual, auditory and kinesthetic).
The Universidad Autónoma de Tamaulipas (UAT), although
it has more than 15 years of experience in the use of DL systems, has not yet
carried out research that provides evidence of what are the predominant
learning styles of the students that study through their DL system; because of
this, the present paper sought to identify them, not only to enhance and
improve the methods, techniques and learning and teaching strategies on behalf
of the professors, but also to have the very students know how to learn. It is
important to make it clear that there is no right mixture of styles, nor can we
claim that the styles are fixed or exclusionary; we simply seek to acknowledge
that all students learn through different styles. From the foregoing, two
research questions arise:
· Which are the learning styles of the students of the masters in Human
Resources Development, Quality Management and Educational Technology?
· What are the differences between the learning styles of the students of
the masters in Human Resources Development, Quality Management and Educational
Technology?
METHOD
The educational entity where this investigation was carried out are the
excellence centers of the UAT, which offer masters in Human Resources
Development and Quality Management since 1996, and the masters in Educational
Technology since 2000. It is important to mention that, after more than a
decade, these postgraduate studies are still in force.
The universe of this research was comprised by
72 students, who represented one hundred percent of the enrollment of these
masters; they corresponded to the seventh and eighth
generation of Educational Technology; the twelfth and thirteenth generations of
Development of Human Resources and Quality Management; and the fourteenth generation
of Development of Human Resources.
The postgraduates of the excellence centers are offered in a DL model.
The students that were surveyed are located in different geographical sites of
the country, so that they carry out their studies at a distance, making use at
all times of the technological infrastructure available at the UAT.
Characteristics of the
instrument
The instrument used in this investigation was created by Whiteley and is based on the model of multiple
intelligences developed by Gardner and the neuro-linguistic
programming model of Bandler and Grinder (1982). The latter
is also known as the visual-auditory-kinesthetic model (Whiteley,
2006).
This instrument helps not only to identify the learning styles of the students,
but also to recognize, through a method of data analysis, the predominant and
secondary learning styles of the students. The seventy items that comprise this
instrument, even though at the moment of application do not follow a specific
order, belong to one of the following seven constructs: visual, verbal,
auditory, logical, physical, social and solitary. The answers given by the
students must be among the following three options:
0
= I can’t relate at all
1
= I can partially relate
2
= I can fully relate
Thus, it is possible to determine which are the learning styles that are
more and less representative of each student.
This instrument was only available in the English language; that is why
it was translated to Spanish in order to implement it without complications and
with the same interpretation.
According to Whiteley (2006), there are around
three-hundred schools, colleges and universities where
the professors have used this instrument to develop investigations, the results
of which could favor the students in their learning. Some institutions are:
University of Phoenix, University of Memphis, University of Houston, East
Carolina University, Seton Hall University (Virginia), Western State College
(Colorado), Florida Community College, St. Petersburg College (Florida), Lake
Forest College (Colorado), St John's High School (Ohio), University of Toronto,
Oxford Brookes University (Great Britain), University of the West of England (Great
Britain), Queensland University of Technology (Australia), Universidade
Independente (Portugal), and Accademia
Lingua Italiana (Italia).
Implementation of the instrument
The instrument was used at two stages: the first stage comprised the
school cycle of January-April, 2009; the students of the twelfth, thirteenth
and fourteenth generations of the masters in the Development of Human
Resources; the twelfth and thirteenth generations of Quality Management; and
the seventh generation of Educational Technology. In the second stage took
place during the school cycle of January-April, 2010; only the students of the
eighth generation of the masters in Educational Technology were surveyed, which
initiated their educational activities in this same school cycle.
The data collection was carried out in the videoconference session and
through e-mail, that is, we explained to the students the characteristics of
the instrument, as well as the indications to fill it; after the students had
access to the instrument via e-mail, we asked them to return it through the
same means for the concentration, analysis and interpretation of the
information.
Data analysis design or
plan
For this investigation, we designed 93 variables. The first corresponds
to the number of the survey; the following eight, the general information of
the student (name, postgraduate program, generation, generation and
postgraduate program, beginning of the postgraduate program, academic field of
the postgraduate program, gender and profession); the following seventy, with
the same number of questions as the investigation instrument; and finally,
fourteen variables belong to the learning constructs.
This study was based on research questions and on an instrument related
to the study area, which was applied to all the students of the defined
universe, i.e., it was a census design.
We performed two types of analysis: descriptive and differential. In the
first descriptive analysis, we used frequencies of students per master’s
degree, starting year of the master’s and gender. In the second descriptive
analysis, we first identified the ten questions that correspond to each
learning construct and, afterward, we averaged the results from each group of
questions in order to identify the most and less representative learning style
of the postgraduate programs.
In the differential analysis or hypothesis test, we handled the averages
to recognize the differences between the learning styles of the students of
each postgraduate program.
RESULTS
The results have been organized in two sections. The first comprises the
results that arose from the descriptive analysis that have to do with the
frequencies of the students per master’s degree, starting year of the master’s
and their gender, as well as the averages of the learning styles that are most
and less representative of the postgraduate programs of the excellence centers
of the UAT.
The second section shows the results of the differential analysis or
hypothesis test regarding the differences between the learning styles of the
masters in Development of Human Resources, Quality Management and Educational
Technology, and identifies the learning style more representative of each
master’s degree.
Results of the descriptive
analysis
In Table 1, we observe that the highest graphical representation belongs
to the master’s in Development of Human Resources, with 41.7%; meaning, 30 of
the 72 students that represent the universe study this master’s.
Table 1. Frequency
of students per master’s degree.
Master’s |
Frequency |
Percentage |
|
Valid |
Master’s in Educational Technology |
26 |
36.1 |
Master’s in Development of Human Resources |
30 |
41.7 |
|
Master’s in Quality Management |
16 |
22.2 |
|
Total |
72 |
100.0 |
In Table 2, the highest graphical representation can be seen in the year
2007, with 37.5%; meaning, 27 of the 72 students that represent the universe
started their master’s this year.
Table 2. Frequency
of students per year of starting year of their master’s.
Starting year |
Frequency |
Percentage |
|
Valid |
2010 |
12 |
16.7 |
2009 |
20 |
27.8 |
|
2008 |
13 |
18.1 |
|
2007 |
27 |
37.5 |
|
Total |
72 |
100 |
In Table 3, the highest statistical representation belongs to women,
with 55.6%; meaning, 40 of the 72 students that represent the universe are
women.
Table 3. Frequency
of students by gender.
Gender |
Frequency |
Percentage |
|
Valid |
Men |
32 |
44.4 |
Women |
40 |
55.6 |
|
Total |
72 |
100.0 |
In Table 4, the highest average belongs to the social profile, with an
average of 1.4833 on the original scale of 0 to 2. On the other hand, the
lowest average lies on the physical profile, with an average of 1.0736. For
this reason, the social profile is the most representative, whereas the
physical is the less representative of the postgraduate programs of the
excellence centers of the UAT.
Table 4. Averages
by profile.
|
N |
Minimum |
Maximum |
Media |
Standard deviation |
Social profile |
72 |
.50 |
2.00 |
1.4833 |
.35840 |
Logical profile |
72 |
.70 |
1.90 |
1.3083 |
.27463 |
Verbal profile |
72 |
.60 |
1.90 |
1.2264 |
.27883 |
Visual profile |
72 |
.40 |
1.90 |
1.2153 |
.31918 |
Solitary profile |
72 |
.50 |
1.80 |
1.1375 |
.30417 |
Auditory profile |
72 |
.40 |
1.80 |
1.0944 |
.36227 |
Physical profile |
72 |
.50 |
1.60 |
1.0736 |
.28184 |
Valid N (according to the list) |
72 |
|
|
|
|
Results of the differential analysis or hypothesis test
In Table 5 and in the figures corresponding to the master’s in Quality
Management, this is the most representative of the visual profile, with an
average of 1.2938; of the auditory profile, with 1.1000; and of the logical
profile, with 1.4063. The master’s in Development of Human Resources is the
most representative of the verbal profile, with an average of 1.2800; of the
physical profile, with 1.1667; and of the social profile, with 1.6067. The
master’s in Educational Technology is the most representative of the solitary
profile, with an average of 1.2346.
Table 5. Average
of the profiles by master’s degree.
Profiles |
Master’s |
N |
Mean |
Standard deviation |
Typical error |
Reliability interval for
the mean at 95% |
Minimum |
Maximum |
|
Inferior limit |
Upper limit |
||||||||
Visual profile |
Master’s in Educational
Technology |
26 |
1.1885 |
.30637 |
.06008 |
1.0647 |
1.3122 |
.60 |
1.90 |
Master’s in Development
of Human Resources |
30 |
1.1967 |
.36905 |
.06738 |
1.0589 |
1.3345 |
.40 |
1.80 |
|
Master’s in Quality Management |
16 |
1.2938 |
.23229 |
.05807 |
1.1700 |
1.4175 |
.80 |
1.60 |
|
Total |
72 |
1.2153 |
.31918 |
.03762 |
1.1403 |
1.2903 |
.40 |
1.90 |
|
Verbal profile |
Master’s in Educational
Technology |
26 |
1.2038 |
.31174 |
.06114 |
1.0779 |
1.3298 |
.60 |
1.90 |
Master’s in Development
of Human Resources |
30 |
1.2800 |
.25650 |
.04683 |
1.1842 |
1.3758 |
.80 |
1.80 |
|
Master’s in Quality
Management |
16 |
1.1625 |
.26045 |
.06511 |
1.0237 |
1.3013 |
.70 |
1.80 |
|
Total |
72 |
1.2264 |
.27883 |
.03286 |
1.1609 |
1.2919 |
.60 |
1.90 |
|
Auditory Profile |
Master’s in Educational
Technology |
26 |
1.0885 |
.44482 |
.08724 |
.9088 |
1.2681 |
.40 |
1.80 |
Master’s in Development
of Human Resources |
30 |
1.0967 |
.28826 |
.05263 |
.9890 |
1.2043 |
.50 |
1.70 |
|
Master’s in Quality
Management |
16 |
1.1000 |
.36148 |
.09037 |
.9074 |
1.2926 |
.60 |
1.80 |
|
Total |
72 |
1.0944 |
.36227 |
.04269 |
1.0093 |
1.1796 |
.40 |
1.80 |
|
Physical profile |
Master’s in Educational
Technology |
26 |
.9346 |
.25914 |
.05082 |
.8299 |
1.0393 |
.50 |
1.40 |
Master’s in Development
of Human Resources |
30 |
1.1667 |
.28080 |
.05127 |
1.0618 |
1.2715 |
.70 |
1.60 |
|
Master’s in Quality
Management |
16 |
1.1250 |
.24083 |
.06021 |
.9967 |
1.2533 |
.80 |
1.50 |
|
Total |
72 |
1.0736 |
.28184 |
.03322 |
1.0074 |
1.1398 |
.50 |
1.60 |
|
Logical Profile |
Master’s in Educational
Technology |
26 |
1.2577 |
.24686 |
.04841 |
1.1580 |
1.3574 |
.80 |
1.70 |
Master’s in Development
of Human Resources |
30 |
1.3000 |
.28887 |
.05274 |
1.1921 |
1.4079 |
.70 |
1.80 |
|
Master’s in Quality
Management |
16 |
1.4063 |
.28159 |
.07040 |
1.2562 |
1.5563 |
.90 |
1.90 |
|
Total |
72 |
1.3083 |
.27463 |
.03237 |
1.2438 |
1.3729 |
.70 |
1.90 |
|
Social Profile |
Master’s in Educational
Technology |
26 |
1.3231 |
.38503 |
.07551 |
1.1676 |
1.4786 |
.50 |
2.00 |
Master’s in Development
of Human Resources |
30 |
1.6067 |
.28398 |
.05185 |
1.5006 |
1.7127 |
.50 |
1.90 |
|
Master’s in Quality
Management |
16 |
1.5125 |
.35940 |
.08985 |
1.3210 |
1.7040 |
.90 |
2.00 |
|
Total |
72 |
1.4833 |
.35840 |
.04224 |
1.3991 |
1.5676 |
.50 |
2.00 |
|
Solitary Profile |
Master’s in Educational Technology |
26 |
1.2346 |
.28276 |
.05545 |
1.1204 |
1.3488 |
.60 |
1.70 |
Master’s in Development
of Human Resources |
30 |
1.1167 |
.29488 |
.05384 |
1.0066 |
1.2268 |
.50 |
1.60 |
|
Master’s in Quality
Management |
16 |
1.0188 |
.32294 |
.08074 |
.8467 |
1.1908 |
.60 |
1.80 |
|
Total |
72 |
1.1375 |
.30417 |
.03585 |
1.0660 |
1.2090 |
.50 |
1.80 |
The following figures graphically represent the differences of each
profile per master’s degree.
Figure 1. Means
of visual profile per master’s degree.
Mean of the VISUAL PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
Figure 2. Means of
the verbal profile per master’s degree.
Mean of the VERBAL PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
Figure 3. Means
of the auditory profile per master’s degree.
Mean of the AUDITORY PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
Figure 4. Means
of the physical profile per master’s degree.
Mean of the PHYSICAL PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
Figure 5. Means
of the logical profile per master’s degree.
Mean of the LOGICAL PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
Figure 6. Means
of the social profile per master’s degree.
Mean of the SOCIAL PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
Figure 7. Means
of the solitary profile per master’s degree.
Mean of the SOLITARY PROFILE
Name of the master’s degree
Master’s in Educational Technology
Master’s in Development of Human Resources
Master’s in Quality Management
CONCLUSIONS
Our
conclusions seek to give a response to the two research questions of this study
as well as to formulate recommendations based on the results that will allow
re-designing the teaching materials of the education programs in order to
support and improve the learning of the students.
What are the learning styles of the students of the master’s in
Development of Human Resources, Quality Management and Educational Technology?
In the descriptive analysis of this study, after averaging the ten responses
that corresponded to each of the seven constructs of learning, it was evidenced
that the predominant profiles of the students of the three postgraduate
programs of the centers of excellence of the UAT were the social, with an
average of 1.4833, and the logical, with 1.3083. On the other hand, the less
predominant were the auditory, with 1.0944, and the physical, with 1.0736.
What are the differences between the learning styles of the students of
the masters in Development of Human Resources, Quality Management and
Educational Technology? The students of Quality Management have a more
developed visual, auditory and logical profile in comparison to the students of
the other two postgraduate programs. Finally, the students of Educational Technology
show a greater development in the solitary profile in relation to the students
of the other two postgraduate programs.
Table 6 more clearly represents the difference between the learning
styles (more representative, representative, and less representative) of the
students of the three postgraduate programs.
Table 6. Summary
of the differences between the learning styles of the students of the three
postgraduate programs.
From a social perspective, the results of this research did not only
demonstrate how the students learn using, with more or less intensity, the
different learning styles, but they also helped us identify the similarities
and differences between the styles of the groups of students of the three
postgraduate programs. These same results give us the elements needed to
recommend which would be the characteristics of the teaching materials that
could be used to improve the academic performance of the students in the three
postgraduate programs. For the students of the master’s in Quality Management, we recommend the
elaboration of teaching materials that comprise multimedia resources,
presentations and videos. It is also possible to include learning activities that use mental or
conceptual flow charts, information flow diagrams, as well as graphical
representations with a diversity of colors, figures and tables instead of text;
this would favor the learning of visual students. For the auditory students,
we recommend the recording of small presentations on the more important topics
and make them available in the LMS or in electronic sites so that they can be
downloaded as podcasts through computers or mobile devices that are connected
to the internet, as many times as necessary. For the logical students, the teaching materials must first of all be
dully articulated with the objectives and the learning activities; even though
this characteristic is fundamental for any distance learning program, the
development of skills and behaviors of this type of students depends on the
well-made design and development of the learning activities, which shall have
an educational sense in order to get their interest. We recommend association
activities, mainly when these are illogical and irrational; there are also the
activities that demand the development of procedures, for example, those that
are based on project or problem methods, in order for the students to test
their logical abilities to discern whether to continue with the same procedure
or if they prefer to change it or adjust it. For the students of the master’s in Development of Human Resources, we
suggest the use of learning techniques and strategies that promote verbal and
written communication, for example, learning activities such as the elaboration
of reading reports or essays related to a topic, in addition to presentations,
out loud readings or simply asking them to record their comments or notes on
theories or concepts as digital audio can be of great use to verbal students. For the physical students who like to use the sense of touch, actions
and work that require the use of the hands are convenient activities for them,
supported with the technology of augmented reality, parting from the fact that
they are individuals that take part in distance learning. This type of technology
allows them to sense and experiment sensations when performing learning tasks.
They also like to learn through writing and drawing, meaning it is possible to
design activities such as elaboration of reading reports or essays, as well as
the modeling of diagrams, and mental or conceptual maps. For social students, we recommend learning activities such as study
cases in which brainstorming is used, in order to present collective solutions,
team presentations for which the students must organize themselves, as well as
the development of projects or products, due to the fact that the procedures
and the behavior of the rest of their classmates helps them formulate their own
conclusions. This type of students likes to learn through discussion forums,
wikis, blogs and social networks, because this way they test their skills and
abilities to socialize and work collectively; information technologies emerge
as an educational element that is very important for learning. It is worth
noting that the theory of learning styles contributes to the construction of the
teaching-learning process from the perspective of the use of technologies, as
it is based on individual differences and it is flexible (Melaré,
2011). For the students of the master’s in Educational Technology, we recommend
carrying out learning activities that derive in individual or autonomous work.
It is typical for the solitary students to invest more time than normal to
their studies; therefore, we propose learning activities that promote research
through web technologies to complement or strengthen the knowledge acquired in
the class sessions. This type of students is very specific in their work, due
to this, learning activities related to the elaboration of projects or products
are interesting to them, even more so if it is individual work. It is important to clarify that the students do not only learn with one
learning style, but that all styles are complementary; meaning that identifying
the most representative, representative and less representative learning styles
of each group facilitates the improvement of their learning with teaching
materials ad hoc to their more representative learning styles. However, this
does not mean that the students are not able to learn with the less
representative styles, so that the activities have to be designed from a social
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[1] PhD in International
Education. Research professor of the Dirección de Educación a Distancia,
Secretaría Académica of
the Universidad Autónoma de Tamaulipas.
[2] PhD in
Education Management. Research professor of the
Department of Research and Education Management, Education School and Human
Development of the State University of California in Fresno.
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Apertura vol. 16, núm. 1, abril - septiembre 2024, es una revista científica especializada en innovación educativa en ambientes virtuales que se publica de manera semestral por la Universidad de Guadalajara, a través de la Coordinación de Recursos Informativos del Sistema de Universidad Virtual. Oficinas en Av. La Paz 2453, colonia Arcos Sur, CP 44140, Guadalajara, Jalisco, México. Tel.: 3268-8888, ext. 18775, www.udgvirtual.udg.mx/apertura, apertura@udgvirtual.udg.mx. Editor responsable: Alicia Zúñiga Llamas. Número de la Reserva de Derechos al Uso Exclusivo del Título de la versión electrónica: 04-2009-080712102200-203, e-ISSN: 2007-1094; número de la Reserva de Derechos al Uso Exclusivo del Título de la versión impresa: 04-2009-121512273300-102, ISSN: 1665-6180, otorgados por el Instituto Nacional del Derecho de Autor. Número de Licitud de Título: 13449 y número de Licitud de contenido: 11022 de la versión impresa, ambos otorgados por la Comisión Calificadora de Publicaciones y Revistas Ilustradas de la Secretaría de Gobernación. Responsable de la última actualización de este número: Sergio Alberto Mendoza Hernández. Fecha de última actualización: 22 de marzo de 2024.