Australasian Journal of Educational Technology, 2022, 38(3).
129
•
Teachers and teaching practices:
assumption that teachers are
responsible for developing their own
DC to meet the needs of students.
•
DC can be expressed in different
ways and initial training should
reflect this.
•
Students' previous experiences can
generate positive mastery
opportunities.
•
Pedagogical approaches identified to
develop DC:
collaboration;
metacognition; blending; modelling;
authentic learning; student-active
learning; assessment; and bridging
theory/practice gap.
•
HE faculty must encourage
self-regulation of learning,
show the usefulness of
digital technologies and
encourage their
incorporation into the
teaching
and learning
process.
•
Reflective DC practice:
Student teachers should be
asked to discuss and reflect
on the pedagogical and
didactical value added
when integrating ICT in
their teaching.
Revising
the
concepts
and
models of DC
Duran et al. (2016);
Palacios (2020);
Spante et
al. (2018)
•
Propose TDC model in HE through
three frames: TDC in HE; TDC;
General DC.
•
Reviews 2 frameworks for DC
development (Instituto Nacional de
Tecnologias
Educativa y Formaciond
el Profesorado, 2017; Redecker &
Punie, 2017), discussing central DC
categories and areas for teacher
training in HE.
•
DL has been used more frequently
and over a longer period and hence a
more established concept in HE
research.
•
Regional differences of use appear:
DL research often conducted in
English speaking countries (UK,
USA) and DC research in European
countries outside the UK (Spain, Italy
and Scandinavia).
•
Need for development of
training proposals for TDC
in HE
•
Need
for ongoing
evaluation of teacher-
training centres to diagnose
ICT culture, infrastructure
and services.
•
Developing digital and
media competency
awareness during initial
teacher training.
•
A need for informed and
conscious referencing to
the established definitions
of the concepts to avoid
mismatches and validation
problems.
•
Increased attention to when
and
for what purposes the
definitions are employed.
Note
. ICT = information and communication technologies.
Tracking research trends on DC in HE, Sánchez-Caballé et al. (2020) examined the evolution of the concept
of DC in relation to university students, concluding that the most frequently used DC dimensions include
information skills, technical skills, content creation and media and communication skills. Aiming to explore
teacher preparation for the digital age and identify what research focus is needed for the future, Starkey
(2020) proposed a model which frames DC in three different ways: generic DC, digital teaching competence
and professional DC and signalling the emergence of a professional DC profile which sets a new agenda
for research and practice. Zhao et al. (2021) concluded that DC is often defined in a general way by referring
to policy documents and related research. Several authors indicated that more clarity is needed around the
DC concept (Sánchez-Caballé et al., 2020; Starkey, 2020), while Zhao et al. (2021) have argued for moving
beyond TDC self-assessment research designs, proposing that applying practical DC tests may provide a
better understanding of a participant’s DC.
In considering pedagogical aspects on DC, several authors have agreed that teacher’s initial training is
essential for DC development (Recio et al., 2020; Røkenes & Krumsvik, 2014). Esteve-Mon et al. (2020)
claimed that HE teaching staff show an adequate degree of DC at a basic level, while Sánchez-Caballé et
al. (2020) revealed that the current generation of students do not have a high level of DC. Pettersson (2018)
underlined that school organisations should develop institutional infrastructures that support both their own
and their staff’s development of the competences needed for work in digitalised schools. Røkenes and
Krumsvik (2014) proposed a reflective approach to DC as an implication for practice, asking student
teachers to critically discuss and reflect on the pedagogical aspects and didactical value added when
integrating ICT in their teaching.
Australasian Journal of Educational Technology, 2022, 38(3).
130
Among those interested in revising concepts and models of DC in HE, Palacios et al. (2020) reviewed two
frameworks – DigCompEdu (Redecker & Punie, 2017) and the common framework for DC from the
National Institute for Educational Technology and Professional Development (Institutio Nacional de
Tecnologia Educativa y Formacion del Profesorado, 2017) – which can serve to develop DC awareness
during initial teacher training, while Duran et al. (2016) proposed a TDC model for HE through three frames
to support professional practice: TDC in HE, TDC and general DC. In reviewing concept use of DC and
digital literacy in HE research, Spante et al. (2018) concluded that digital
literacy has been used more
frequently and over a longer period and thus is a more established concept compared to DC, arguing for
informed and conscious referencing to established definitions. Also, regional differences appear between
the two concepts, where digital literacy research is often conducted in English speaking countries, while
DC research in European countries outside the United Kingdom.
•
RQ3: What is the quality of published systematic reviews on TDC research in HE?
To assess the quality of the included reviews, we used the JBI (2017) checklist, which consists of 10 items.
As shown in Table 4, the quality of the included reviews ranged considerably, and this variability will
impact on the interpretation and implications for practice and research. Three clusters of quality emerged,
with those in the highest range scoring between 8 and 9 on a quality score out of 10. The middle-quality
cluster scored between 6.5 and 7.5, and the lower third scored between 5 and 6, a relatively low threshold
for inclusion. As noted earlier, 10 reviews were excluded by not meeting the pre-established quality
threshold of 5, an unanticipated result. The average total quality score was 6.75, and no review met all the
criteria.
Table 4
Critical appraisal of included reviews
Author
1
2
3
4
5
6
7
8
9
10
Score
Røkenes & Krumsvik (2014)
+
+
+
+
+
0
0
+
+
+
9
Spante et al. (2018)
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