Using Pedagogical Practices in an Online Learning Environment
to Enhance Motivation and Self-directed Learning of Part-time Students
Sue Trinidad
Curtin University of Technology, Perth, Western Australia
s.trinidad@curtin.edu.au
Robert Fox
University of Hong Kong, Hong Kong
Bob@cite.hku.hk
Abstract: Part-time students, working full-time have many
problems that need to be addressed while juggling work, study and home
commitments. Assumptions about student motivation and how they handle
their busy lifestyle need to be factored into study routines and
curriculum structures. This research investigated the factors
affecting full-time teacher progress in undertaking a tertiary
part-time course. Using an action research methodology and an online
learning management system to support pedagogical practices, two
University of Hong Kong instructors attempted to help their students
take responsibility for their own learning and develop appropriate
self-directed learning abilities in two consecutive modules using a
combination of flexible learning, face-to-face and e-learning
strategies. The findings have verified the attempts to better tailor
teaching and learning to meet students' needs and also have been
informative for other part-time undergraduate programmes. The results
support the need for strategies to accommodate an expected increase in
part-time tertiary students who are also working full time.
Keywords: e-learning; social constructivist learning; Learner
Management Systems; Part-time study.
Categories: TH.EV; TO.18, TO.20
1 Introduction
Universities are caught within a time of rapid political, socio-economic
and technological change. The many internal and external pressures on universities
have created the need to look at teaching and learning patterns and practices
from a new perspective to meet the challenges created by knowledge-based
societies [Pittinsky 2003]. These pressures include
a larger 'clientele' of learners from varied backgrounds, with diverse
needs, motivations, abilities, learning preferences, time availability
and course content requirements [Bates 2005]; a demand
for more client responsive and flexible courses [Ryan
& Stedman 2002] and [McInnis & Hartley 2003];
and the drive to use effectively, information and communication technologies
(ICTs) in teaching and learning [Allen & Seaman 2004]
and [Challis, Holt & Rice 2005]. Within this
context, developing and supporting strategies for part-time learners to
help them become lifelong learners who can "grow and develop deciding
upon what he or she feels is good to contribute to the common good"
of educating others [Jarvis 2000] report is especially
relevant when these university learners are teachers in Hong Kong schools
(p26).
The demand for programmes necessary to revitalise and reform
education in Hong Kong with a particular emphasis on learning to learn
and lifelong learning has arisen out of a series of education reports
highlighting the need for the transformation of schooling [CDC 2001] and [HKSAR
2001]. Significant funding has been provided to the school sector
to enhance the use of ICT and information services, including the
provision of computer laboratories and libraries, and the employment
of information technology (IT) coordinators and teacher librarians in
Hong Kong. Given this changing environment in education; namely
curriculum reform, varying student motivations and needs, and the
changing lifestyles of an increasingly part-time student population,
it is important to fully understand these dimensions and further
explore how innovative pedagogical practice might support lifelong
learning through ICT. This has been especially heightened as a result
of the atypical pneumonia (or SARS) outbreak in Hong Kong in 2003,
when teachers and academics use of ICT accelerated [Fox 2004].
While schools and universities are currently grappling with a shift
in paradigm where learning is being reconceptualised with the use of
ICT, students are expected to be more self-directed in their learning,
think critically and solve problems in a rapidly changing world. With
the advent of web-based environments, students are encouraged to take
a more active role in their own learning. Learner-centered education
works on the premise that, in an information age, the learner has
increased responsibilities for managing his or her own research and
learning. Learning and teaching strategies that reflect
learner-centred education and lifelong learning for an increasing
population of students who are mature and studying part-time [Li, Lee & Kember 2000] is a critical part of this
change. The present school system in Hong Kong is highly competitive,
with a strong sense of hierarchy within the structure. Secondary
schools are divided into 'bands' of ability. Students are chosen
for schools based on the results of a normative referenced
examination system, where students in the lower band can expect
to fail. These students, therefore, are often more comfortable with
materials that encourage the absorption of information, and essays or
tests to see if they can regurgitate facts, as this has been the norm
in their education system [Fox & Henri
2005]. As stated by [TEHE 2002] "Hong
Kong students are often perceived as particularly exam-oriented in
their study and that they prefer spoon-feeding in order to pass exams
rather than learning for learning's sake". But given the
opportunity to experience different ways of learning, students can
reach higher achievement targets that enable knowledge and skills that
are important to know and do so with enduring understanding. This
research intended to identify and enhance the learning approaches of
students and help them become more self-directed, responsible learners
who are better able to adjust to their learning environments by
juggling their busy work and study lives.
The students involved in this study were enrolled in a Bachelor of
Education degree specializing in IT in education or BEd(ITE). This
programme used a combination of online and face-to-face approaches,
making use of the in-house built Learner Management System, the
Interactive Learner Network or ILN developed for delivering materials
and synchronous and asynchronous communication between students and
instructors.
Face-to-face lessons were enhanced with the integration of ICT and
reflective practice strategies, which were both central to the core
module objectives within this study.
2 Methodology
Both quantitative and qualitative data were collected in this
study. The quantitative data (online questionnaire) enabled
benchmarking of existing student characteristics and to map changes
over the two years. Qualitative data (reflective journals and
interviews) were collected to evaluate the success of the
interventions. This research, investigating a select group of
students, is part of a larger ongoing study examining part-time
in-service teacher education needs at the University of Hong Kong [Trinidad et al. 2003] and [Henri
et al. 2003].
A questionnaire was administered to these case study students
(n=58). The response rate was 100%. The online questionnaire
comprised of closed and open questions and was administered during
Term 1 2003 in class then again in Term 1 2004 in class. Data from
this questionnaire was used to benchmark learning styles, motivation,
work and lifestyle habits of these part-time students and factors
affecting studying such as time for traveling to and from classes. In
order to study whether students' learning styles and time usage is
related to factors such as teaching position, teaching experience, age
and gender, a Pearson's R for correlations between the attributes that
affect attitudes to student learning styles and a one-way ANOVA to
compare means of discrete groups of students was used. Reliability
analysis based on Cronbach alpha was used to study the consistency of
measuring items. In both cases, SPSS 12.0 was employed to run the
tests.
Pedagogical interventions were introduced in the two modules,
firstly in the module BITE1109 that students completed as second year
students in Term 1 2003 and then were repeated in BITE1111 with the
same cohort of students as they completed as third year students in
Term 1 2004. The researchers monitored motivation, participation, and
performance of the students and used this data as a basis of
evaluating the interventions trialed. The interventions were conducted
within an action research paradigm. The action research framework
according to [Hopkins 1985] is most appropriate
for researchers who recognize the existence of shortcomings in their
educational activities and who would like to adopt some initial stance
in regard to the problem, formulate a plan, carry out an intervention,
evaluate the outcomes and develop further strategies in an iterative
fashion. The interventions involved the use of social-constructivist
approaches to teaching and learning whilst encouraging students to
reflect on, and attempt to improve their own learning within both
modules.
In both modules the technology was used to support the process and the
assessment tasks drove the learning [Albon & Trinidad
2002] and [Trinidad & Albon 2002]. Using
the social-constructivist approach to teaching and learning, appropriate
scaffolding and support was provided to the students to help them work
collaboratively in groups and as individual learners.
Task-based learning activities supported by the technology (ILN)
were used to build a community of learners and provide access to
structured online materials and resources anytime, anywhere. The
students had one of the instructors for both modules and therefore had
24 sessions to develop their own strategies for learning over a period
of a year. The students completed a reflective e-journal of learning
in both modules and participated in the social-constructivist learning
environment that encouraged group-work and data sharing through the
extensive use of online communications via ILN. Some sessions were
conducted as online flexible sessions using asynchronous and
synchronous communication while other sessions were face-to-face but
supported through the use of materials housed on ILN. This meant that
while students attended most sessions at the university some sessions
were offered solely online. Specifically, through the BITE1109(Yr2)
and BITE1111(Yr3) modules there was an attempt to:
- support part-time students through independent and online learning
methods;
- support a range of learning styles;
- encourage students to be actively engaged with the subject matter to
adopt a deeper approach to learning;
- encourage collaboration and higher order thinking skills, and discourage
copying
- provide rapid feedback through sharing/group work and online methods;
and
- encourage students to monitor their own progress and self-directed
learning through the completion of an e-journal of learning.
This was achieved by providing a teaching and learning environment that,
through pedagogical interventions, had:
- authentic tasks, projects and task-based investigations;
- student group sharing construction;
- interviewing, interpreting and applying research findings;
- simulations, case studies and real-world practice;
- sharing individual data (to encourage collaboration while discouraging
copying);
- online reference material linked to support and encourage independent
learning;
- computer based instruction sheets (to guide students through procedures
[using video clips where appropriate], aid data capture, validate readings,
check responses and suggest conclusions) providing both online and paper-based
options for different learning styles;
- peer-reviewed forms of presentations; and * reflections.
For example one of the assessment tasks used to help students develop
their skills involved two parts. The group component consisted of answering
the question "What strategies does your school have in place to encourage
staff development and school change?". To carry out this task each
individual within the group of four was to gather data from their own school
to present the current situation of the school. Each individual's school
data was then combined into a group table to compare and contrast the four
Hong Kong schools current situation.
Then the group needed to compare and contrast this data to answer
the question. Each group's effort was judged on participation within
the group and the team's ability to gather, synthesise, analyse and
evaluate information to form an accurate picture of the current
situation. The results were presented to peer groups in class. This
assessment task then assisted individuals in developing part 2 of the
assessment task. Part 2 of the assessment was to answer the question
"What professional development plan will you develop for your
school to encourage staff development and school change?". Here
each individual student needed to devise a plan for their school that
might be followed to assist in professional development and school
change. This plan was to be based on the data gathered in part 1. The
format was negotiable but needed to build on part 1 of the assessment
Task 1 and show evidence of readings and research in the area of staff
development and school change. Individual students also reflected on
and documented their learning in an "e-Journal of Learning"
that emphasized metacognitive reflection and not just the
regurgitation of class sessions. The two instructors met weekly to
discuss class progress and the student's learning, and reflecting on
what had worked and what might be changed.
3 Results
During the course of the data collection from the 58 students, a total
number of four factors and 15 attributes were identified as having potential
affect to the attitudes for the students' learning and hence, as being
independent variables for subsequent statistical analysis. These factors
included travelling, age, qualifications and digital connections.
It was found that it takes time for the students to travel from the
schools where they worked to university classes and from the university
to home. Time traveled ranged from less than 15 minutes to over 90 minutes.
With the majority (55%) taking between 46-75 minutes each way showing students
spent on average between an hour to an hour and half traveling to and from
university classes.
The age of the students who participated in the questionnaire survey
ranged from between 20-25 to 56-60 with the majority of students (68.9%)
falling into the 25-36 year old category. The qualifications of students
included certificate/diploma (50.4%); high certificate/diploma (29.8%);
postgraduate certificate/diploma (4.1%); and masters degree (15.7%).
The current positions of those students within their schools included
the majority of students as teachers (85.1%); panel heads (12.4%); with
one teaching assistant, a deputy principal and one principal. Teaching
experience of the students ranged from less than two to over 20 years with
the majority falling into three groups with 2-5 years (30.6%) and 6-10
years (32.2%) and 11-20 years (27.3%) experience.
The quantitative data used Pearson's R and identified attributes that
were positively correlated with the students' learning styles. Tables 1,
2, 3, 4, 5, 6 and 7 outline the positive correlations.
Table 1: Intercorrelations between Clarity and Confidence
Variables with Age and Teaching Experience
Variable |
Age |
Teaching
Experience (Years) |
1. Knowing whether they are learning something worthwhile or not. |
.198 |
.357** |
2. Know when they need to learn more about something. |
.169 |
.319* |
3. Capable of learning for themselves almost anything they might need
to know. |
.251 |
.362** |
4. If there is something they want to learn, they can figure out ways
to learn them. |
.220 |
.348** |
5. Learning is fun for them. |
.274* |
.442** |
Note: ** Correlation is significant at the 0.01 level. *
Correlation is significant at the 0.05 level
Table 1 shows the intercorrelations between the clarity and confidence
variables are significantly higher with increasing years of teaching experience.
"Learning is fun for them" was also significantly and positively
correlated with age although not a large effect.
Table 2: Intercorrelations between Determination and Openness
Variables with Age and Teaching Experience
Variable |
Age |
Experience (Years) |
1. Prefer to take part in deciding what will be learned and how. |
.212 |
.299* |
2. If they discover a need for information they do not have, they will
find it somehow. |
.020 |
.288* |
3. Make themselves do what they think they should do. |
.130 |
.276* |
4. Love to learn. |
.148 |
.436** |
5. Have a lot of curiosity about things. |
.059 |
.310* |
Note: ** Correlation is significant at the 0.01 level.
* Correlation is significant at the 0.05 level
Table 2 illustrates the intercorrelations between the variables determination
and openness with age and teaching experience where they are significantly
and positively correlated with teaching experience (although not a large
effect). The strongest effect here is "love to learn", which
increases significantly with teaching experience (years).
Table 3: Gender and Self-Directed Learning
|
ANOVA |
|
N |
Mean |
SD |
F |
Sig |
No one but themselves
are truly responsible for
what they learn. |
Male |
31 |
3.68 |
0.702 |
5.564 |
.022 |
Female |
27 |
4.15 |
.818 |
|
Total |
58 |
3.90 |
.788 |
Female students demonstrated a higher belief in being responsible
for their own learning when compared to male students [F(1,56) = 5.56,
p < .05] as shown in Table 3.
Table 4: Gender and the Importance of Learning how to Learn
|
ANOVA |
|
N |
Mean |
SD |
F |
Sig |
Learning how to learn
is important to them. |
Male |
31 |
3.68 |
0.748 |
4.545 |
.037 |
Female |
27 |
4.11 |
.801 |
|
Total |
58 |
3.68 |
.796 |
Table 4 illustrates female students demonstrated a higher belief in
the importance of "learning how to learn" when compared to male
students [F(1,56) = 4.54, p < .05].
Table 5: Learning how to learn and level of IT Qualifications
|
ANOVA |
|
N |
Mean |
SD |
F |
Sig |
Learning how to learn
is important to them. |
None |
3 |
3.33 |
0.577 |
2.535 |
.05 |
BIT |
3 |
3.33 |
.577 |
|
ITT |
7 |
4.29 |
.756 |
UIT |
37 |
3.95 |
.743 |
AIT |
8 |
3.38 |
.518 |
Total |
58 |
3.84 |
.745 |
Note: BIT = Basic IT training; ITT = Intermediate IT training;
UIT = Upper IT training; AIT = Advanced IT training.
Table 5 illustrates the level of computer training qualifications held
by the students. All teachers in Hong Kong were required to participate
in mandatory computer training with the majority of these students (37/58)
achieving upper level IT training (UIT) qualifications. There was a significant
difference in how important "learning how to learn is" depending
on the level of IT qualifications [F(4, 53) = 2.535, p < .05]. By inspecting
the mean and SD the intermediate group (ITT) rated this as more important
that the other groups which appear fairly equivalent. A post-hoc Tukey's
HSD confirmed that the ITT group was significantly different from all other
groups.
Table 6: Internet Access and Confidence to Acquire Relevant
Learning Skills
|
ANOVA |
Confidence Statement |
|
N |
Mean |
SD |
F |
Sig |
If there are things they want to learn, they can
figure out ways to learn them |
Broadband |
52 |
3.85 |
0.724 |
4.698 |
.034 |
Dial-Up |
6 |
3.17 |
.753 |
|
Table 6 illustrates the digital gap or those who had Internet access
at home. Students with broadband internet access demonstrated a higher
self-rated confidence in finding out new ways of learning material when
compared with students who had dial-up internet access [F(1,56) = 4.70,
p < .05].
Table 7: Internet Access and Enjoyment level in Seeking Answers
to Questions
|
ANOVA |
Determinatgion Statement |
|
N |
Mean |
SD |
F |
Sig |
Really enjoy tracking the answers to questions. |
Broadband |
52 |
3.58 |
0.667 |
4.061 |
.049 |
Dial-Up |
6 |
3.00 |
.632 |
|
Table 7 illustrates students with broadband internet access demonstrated
a higher self-rated confidence in "really enjoying the tracking the
answers to questions" when compared with students who had dial-up
internet access [F(1,56) = 4.06, p < .05]
The major issues students reported (ranked in descending order) are
provided below under the headings of time and time management, workload,
quantity and quality of assignments, family, school fees and schedule of
classes.
3.1 Time and time management
Students reported that they generally arrived in class tired,
having spent a full day at work and then had to travel to university
for the face-to-face sessions. Travel time was mostly not seen as
appropriate for reading study materials and as their work demanded
long hours, they had been unable to use their time at work for
reading.
Students also stated that they found juggling their work, study and
leisure time difficult. However, some students had succeeded in
improving their time management skills due to necessity. As one
student noted: "[Now] I have a better way to manage my time
... I set the priorities for tasks needing to be completed."
This allows some of the students more time for other activities in
their study: "I will spend more time on analyzing. Then I need
to reflect on what I've found ... My way of thinking is different from
before [I started the course]". The structure of the course
and the tasks set individuals and groups has stimulated some of the
students to manage their time more effectively.
3.2 Workload
Students worked an average of 45 hours per week at school and a
further average of nine hours preparing for their studies. They
generally expressed difficulties in successfully handling the work
load given, though most felt that group work alleviated this burden
considerably. As one student noted: "I like group work since
we can share much of the workload.". Another student concluded
that group work "reduce(d) our workload".
3.3 Quality and quantity of assignments
Students stated that the practical nature of the assignments set, embedded
as they were in their own work place and related to students' own work,
made it possible to carry out some of the set assignment work at school.
Individual assignment tasks could then be compared with other group members
to complete another component of the assignment. This collaborative group
work was appreciated by students who felt that sharing and comparing their
individual work with others and producing a common summary statement across
the group, examining similarities and differences between workplaces and
recommending further developments for improvements across their schools
was very rewarding. As one student summarized, "[with] group sharing
I can learn more from interacting within a group."
3.4 Family
Long work and study time during the week, often left students limited
quality family time. As one student reported: "I usually work very
late at night, especially when I have to do the assignment. It's hard.
I will not go out with the family during the holidays. It affects my family
life." However, students who did spend proportionately more time with
their family had a positive correlation with reflections on the course
itself and on their own learning styles.
3.5 School fees
As with other full fee programmes, students complained that the cost
of the BEd program was too high.
3.6 Schedule of classes
Weekday classes were scheduled from 6.30pm to 9.30pm in the evening.
Taking into account the travel time for many students (averaging around
one hour to/and from class), most students were not able to get home before
10.30pm or 11pm after class. At the same time, many students had great
difficulty arriving to class on time, due to the long travel time and the
need to have something to eat before class. Frequent discussions in class
centred around adjusting the start and finish times of face-to-face classes.
However, one single time was never satisfactory to the majority of the
students, so class times were not changed. The online classes, however,
were particularly appreciated by some students who were able to successfully
complete all tasks set without having to come to university the week online
classes were held.
Overall, the feedback on the learning strategies used in these two modules
were very positive. Below are representative comments made by students:
Social constructivist model is effective. Group learning gives us a
chance to share, discuss and develop ideas.
This kind of learning model can help me reflect on the things I learnt.
I prefer learning alone but I know that learning in groups help me
share experiences with others. I have learnt to learn more collaboratively
and this strategy I will use in the future.
Group work and group sharing. I can learn more from interacting within
a group.
I like the clear objectives, the guidelines given, the
scaffolding and support provided in the course ... this I feel makes
every session more meaningful to me.
Feedback about the type of learning. Below are representative comments
made:
I like to learn in groups. Group work makes us learn from one another.
It also reduces our workload.
I prefer to self-learning.
I fully understand and agree with the benefits of collaborative
learning. However, when put into practice, I note there are many
problems that need to be addressed concerning inequality of group
member input. For example, some classmates contributed little (due to
a lack of ability or unwillingness) but they got a good mark as they
shared the benefits of the entire group effort! This continually
happens with group-based work, making me less inclined to join in
group activities with certain students. Yet confronting the student
who contributed little to the group ... created some conflict between
us. Overall, I would prefer an option be created that allows tasks to
be completed both in groups or by individuals ... this would provide
the flexibility for us to choose whether we wanted to work with or
without certain individuals in groups.
There was some hesitation regarding the use of the online delivery
mode but the social constructivist learning environment encouraged
students who had difficulty with the English language as evidenced by
these comments:
Dependence on the teacher: If a teacher can explain to me
individually when I don't understand, this works best for me. I need
face-to-[face] teacher-led lessons. I can raise my hand and get an
immediate response from the teacher when I have problems.
Language issue: Working in groups has some advantages. In group work,
my classmates can give me more and share the workload. However, when I
work individually, I do not need to contact others and I can save a lot
of time ... there is a language problem. Although the class in conducted
in English, I need my classmates to interact in Chinese.
4 Discussion and Conclusion
This research was able to identify and document the busy work and
study lifestyles of 58 part-time students while they undertook two
consecutive modules at the University of Hong Kong. The study
attempted to understand these dimensions and explore how innovative
pedagogical practice might support learning through the use of a
learner management system (ILN) over a two year period. It was found
that students who were self-directed, responsible learners enjoyed
learning and were better able to adjust and adopt certain learning
approaches to assist them in their study. These practices included
choosing group mates to economize on the use of time, using
face-to-face meetings for group project completion and helping weaker
students within their groups. The higher achieving students were more
often the students who used class break time, and class time to work
on group projects and enjoyed learning and researching answers, and
had access to broadband internet at home. The identified attributes
that were positively correlated with the students' learning styles
clarity, confidence, determination and openness variables were found
to be significantly higher with increasing years of teaching
experience. "Learning is fun for them" was also
significantly and positively correlated with age. Female students
demonstrated a higher belief in being responsible for their own
learning and learning how to learn compared to male students. There
was a significant difference in how important "learning how to
learn is" for those students with broadband access at home and
higher computer training experience.
The use of the technology through ILN can be used to support and scaffold
learning to better accommodate part-time tertiary students who are also
working full time. Using social constructivist strategies where students
are encouraged to be more self-directed, learn from each other, motivated
to learn, apply learning to real world situations, and have a sense of
belonging to a community helped many of the students in their learning
experiences as evidenced by the comments collected in this study. The structure
of the B.Ed. programme for such part-time students must allow for ample
opportunities for them to share in both the flexible and face-to-face learning
environments that are carefully structured to promote social constructivist
learning. Through this project staff have been able to work together as
a team to better develop the learning environment for part-time students
based on their needs and to help mentor each other's pedagogical practices
to support teaching and learning.
Acknowledgements
The authors were members of the IPPO project with James Henri, Sandra
Lee, Alwin Kwan, & Felix Sui, who undertook this study as part of a
small research grant within the Division of IT&S, Faculty of Education,
University of Hong Kong in 2003/2004. This project, no.10205180, was funded
by the University of Hong Kong.
References
[Albon & Trinidad 2002] Albon, R. & Trinidad,
S. (2002): Building learning communities through technology Refereed
proceedings from the 1st International Lifelong Learning Conference,
pp 50-56, Yeppoon, Central Queensland, Australia.
[Allen & Seaman 2004] Allen, E. & Seaman,
J. (2004): "Entering the Mainstream: The Quality and Extent of
Online Education in the United States, 2003 and 2004. SLOAN Center for
Online Education". Accessed 28/06/05 http://www.sloan-c.org/resources/entering_mainstream.pdf
[Bates 2005] Bates, A. W. (2005): "Managing
technologies in higher education [DVD]". Hong Kong: The Open University
of Hong Kong.
[Challis, Holt & Rice 2005] Challis, D., Holt,
D. & Rice, M. (2005): "Staff perceptions of the role of technology
in experiential learning: A case study from an Australian university".
Australasian Journal of Educational Technology, Vol. 21, Nr 1, pp19-39.
Accessed 21/07/05 http://www.ascilite.org.au/ajet/ajet21/challis.html
[CDC 2001] CDC, Curriculum Development Council.
(2001): "The Learning to Learn: The Way Forward in Curriculum Development
~ Web Edition". Hong Kong. Accessed 28/06/05 http://cd.ed.gov.hk/report/sept/eindex.htm
[Fox 2004] Fox, R. (2004): "SARS epidemic:
Teachers' experiences using ICTs", Proceedings of the 21st ASCILITE
Beyond the comfort zone Conference, pp 319-327, Perth, Australia. Accessed
25/07/05 http://www.ascilite.org.au/conferences/perth04/procs/fox.html
[Fox & Henri 2005] Fox, R. & Henri, J. (2005):
"Understanding teacher mindsets: IT and change in Hong Kong schools"
Educational Technology and Society, Vol 8, Nr 2, pp161-169.
[Henri et al. 2003] Henri, J., Lee, S., Trinidad,
S., Kwan, A., Lai, M. & Sui, F. (2003): "Adapting education for
school librarianship: Addressing the needs of the part-time student",
ISAL Reports 2003: Breaking down the barriers, pp 83-98, South Africa.
[HKSAR 2001] HKSAR, Hong Kong Special Administrative
Region. (2001): "Digital 21 Hong Kong: Building a digitally inclusive
society. Hong Kong Government Report, September". Hong Kong: Information
Technology Services Department Hong Kong Special Administrative Region
Government.
[Hopkins 1985] Hopkins, D. (1985): "A teacher's
guide to classroom research", Philadelphia, Open University Press.
[Jarvis 2000] Jarvis, P. (2000): "Imprisoned
in the global classroom-revisited: towards an ethical analysis of lifelong
learning", Refereed proceedings from the 1st International Lifelong
Learning Conference, pp 20-27, Yeppoon, Central Queensland, Australia.
[Li, Lee & Kember 2000] Li, N., Lee, K. &
Kember, D. (2000): Towards self-direction in study methods: The ways in
which new students learn to study part-time, Distance Education,
Vol 21, Nr 1, pp 6-28.
[McInnis & Hartley 2003] McInnis, C. &
Hartley, R. (2002): "Managing Study and Work: The impact of
full-time study and paid work on the undergraduate experience in
Australian universities". Department of Education, Science
and Training, Commonwealth of Australia. Accessed 1/07/05 http://www.dest.gov.au/highered/eippubs/eip02_6/eip02_6.pdf
[Pittinsky 2003] Pittinsky,
M. S. (Ed.). (2003): "The Wired Tower: Perspectives On The Impact
Of The Internet On Higher Education". New York: Pearson
Education.
[Ryan & Stedman 2002] Ryan, Y. &
Stedman, L. (2002): The Business of Borderless Education 2001
Update. Evaluations and Investigations Programme. Accessed
21/07/05 http://www.dest.gov.au/archive/highered/eippubs/eip02_1/eip02_1.pdf.
[TEHE 2002] Teaching Effectively in Higher Education
in Hong Kong (TEHE) web site (2002): "Functions & Effect of Assessment
on Student Learning". Accessed 21/07/05 http://teaching.polyu.edu.hk/
[Trinidad & Albon 2002] Trinidad, S. &
Albon, R. (2002): "Using the potential of technology to reconceptualise
assessment", The International Journal of Learning, Vol 9,
pp 534-551.
[Trinidad et al. 2003] Trinidad, S., Kwan, A.,
Lee, S., Henri, J., Lai, M., Siu, F. & Chieng, A. (2003): "Are
In-service Teachers Ready for Learning Through CMC?", Proceedings
from ICCE, The second wave of ICT in Education: From facilitating teaching
and learning to engendering education reform, pp 995-1002, Hong Kong.
|