176
www.amazoniainvestiga.info ISSN 2322- 6307
DOI: https://doi.org/10.34069/AI/2022.53.05.17
How to Cite:
Almoslamani, Y. (2022). Attitude of higher education learners toward online examination. Amazonia Investiga, 11(53), 176-185.
https://doi.org/10.34069/AI/2022.53.05.17
Attitude of higher education learners toward online examination
75
     
Received: April 18, 2022 Accepted: May 20, 2022
Written by:
Yousef Almoslamani76
https://orcid.org/0000-0003-3919-3666
Abstract
The study aimed to enrich the national online
learning context and settle the skeptical
arguments regarding the student's attitude toward
online examination and misconduct among them.
A cross-sectional approach is used, and an online
survey distributed over the sample of the study
consists of 762 higher education learners in Saudi
universities. The results of the study showed
those positive students' attitudes toward online
examination, reveals no significant differences
exist on the dependent variables between the
different genders and degrees, and significant
differences were evident on the dependent
variables related to study year and college.
Keywords: Online Examination, Saudi Arabia,
learners of higher education, 






762







Introduction
Despite that Saudi universities offered online
learning platforms, the first real full online
learning was initiated during the obligated
unplanned shift toward online learning imputed
to emerged on-going Coronavirus (CoVID-19) at
the beginning of December 2019 (Khalil, et al.,
2020). Accord-ingly, the increasing dependence
on online learning in higher education forces
increased using of online examination, which
emphasizes the request of aligning assessment
methods and forms accords to the unplanned shift
of E-learning experiences to avert cognitive
discrepancy (James, 2016). Thus, the new online
examinations have to go beyond the conventional
formats and structure; for example, multiple-
choice test, short answers, and fill in blanks

skills and cognitive capacity, and encourages
75
El título debe ser corto, claro, impactante y mostrar la esencia del trabajo en máximo 20 palabras. Sugerimos que el título incluya
palabras que permitan a los lectores encontrarlo fácilmente. / The title must be short, clear, powerful and show the essence of the work
in a maximum of 20 words. We suggest that the title include words that allow readers to find it easily.
76
 University, Hail, Saudi Arabia.
new online examination norms such as in-video
examination, online presentation, simulations
(Ragupathi, 2020), Webcam-based examination
(Hylton, Levy, & Dringus, 2016), open-book
examination, and open-web ex-amination
(Myyry & Joutsenvirta, 2015). Another raised
merits, Myyry & Joutsenvirta (2015) de-noted
that there are differences among online
examination experiences impute to individual
differences, such as self-efficacy, beliefs, and
attitudes. Furthermore, previous studies concern
   
misconduct and debated the differences in
     
exam proctorship, discussing time-consuming
during exam and performance, found that time-
consuming is two likelihoods in nonproctored
examination compared to the proctored exam,
Almoslamani, Y. / Volume 11 - Issue 53: 176-185 / May, 2022
Volume 11 - Issue 53
/ May 2022
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better performance within non-proctored
examination compared to proctored examination
(Daffin & Jones, 2018). While a comparative

same level without any significant differences
between in-class examination and online
examination, even more, the study found that
students have a lower pressure level within
online exam compared to the in-class exam, a
higher sense of control, and an opportunity to re-
take an exam several times, which enable
students to get back and research and
continuously reread related knowledge, but they
claim that exam does not involve actual thinking
(Greenberg, et al., 2008).
Accordingly, in this paper, we attempt to enrich
the national online learning context and settle the
skeptical arguments regarding the student's
attitude toward online examination and
misconduct among them.
Literature Review
There is a dearth of literature that reports the
effectiveness of using online examination from
both academic instructors' and pupils'
perceptions, namely, preferences, weakness,
strengths, benefits, and challenges (see Inuwa et
al., 2011; Sheridan et al., 2014; James, 2016;
Bahar & Asil, 2018; Peytcheva-Forsyth et al.,

The studies have conflicting outcomes of
assessing perceptions and favoring online
examination, vary between favoring positively
and aversion. Bahar and Asil (2018) presented
the positive attitude results toward online
examination. These attitudes were exhibited by
Turkish university graduate and postgraduate
students who experienced both direct education,
online programs, and online examinations. Jeljeli
et al., (2018) manifested that students prefer
online rather than paper examination in a
comparison study involved 274 graduate and
undergraduate participants in Emir-ates.
Peytcheva-Forsyth et al., (2018) reported,
likewise, that students have a positive attitude
toward online learning activities. Similar to a
survey of medicine and healthcare students
conducted by Inuwa et al., (2011), 44.5% of
students exhibited a positive attitude and
preference for online examination attributed to
the high quality of specimens that used for
learning rather than cadavers, which is
considered to lack in quantity and quality, for
anatomy purpose. Interestingly, results revealed
in the trial application of invigilated online
examination in Australia, most of the students
changed their initial perceptions toward online
examination. A 93.7% of students reported
negatively skewed perception toward online
examination and refused to continue in the online
examination trial due to technical difficulties and
lack of support during the exam (James, 2016).
As much as students have a negative perception
toward online examination, students were
claiming that online examination eliminates face-
to-face communications and declines peer
relationships. Students declared that face-to-face
meetings before examination allow them to share
information and exchange knowledge with their
peers to ensure their learning correct their
acquired misconception (Sheridan, Kotevski, &
Dean, 2014).
One of the most repetitive reported advantages of
the intact online learning platform is the
flexibility and the easy-to-do features. Students
share a consensus that doing an examination off-
campus is easier than attending university for
examination, in the context of reducing time and
effort. For example, some students comply drive
or spend more than an hour attending university.
Instead of wasting an hour on roads, students
gain an extra hour to focus on their learning, not
to mention the physical burden (Sheridan,
Kotevski, & Dean, 2014). Medical students are
claiming that through online examinations, they
can manage their examination time efficiently.
For example, they can distribute examination
time over questions according to their own
demands rather than giving an equivalent period
for each question. Students can invest more time
on the hard questions and conserve time on the
easiest ones. They also mentioned that
performing practical examination in the
laboratory requires students to frequently moving
during the examination process, while through
online examination, they stabilized in one place
all over the test (Inuwa, et al., 2011).
Furthermore, online examination drives more
private and personal settings, which reduces, in
turn, the peer pressure level imputed to the
distraction inattentive and gain more time in an
examination scenario. Students claimed that
online examination is amenable to full self-
control; since a student has the independent
willingness to manage their responses and
submitting answers (Sheridan, Kotevski, &
Dean, 2014). Bettinger et al. (2014) reported both
sides of peer-pressure and reflection on the
students' performance in the online
environments, first, it has a negative influence on
    
Second, evidence reported that online discussion
room in online learning systems assists students
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to enhance their performance (2014).
Accordingly, this has implicated the message that
peer pressure and influencing is persisting in
online environments. Another aspect argued that
online examination increases the cheating
potentials with the increased private and personal
settings, particularly if the examination process
is not invigilated (James, 2016). For example, a
survey study of chemistry courses addressed the
online cheating potentials in both examination
and task solutions. The instructors and teachers
claimed that students frequently use others
solutions or download just answers from internet
resources, which they consider not cheating, but
it is cheating according to educational standards,
and they are cheating themselves out of their
exam performance (Nguyen, et al., 2020).
Business school students also shared that
cheating in online examinations compared to on-
campus examinations is easier (King, et al.,
2009). Accordingly, the validity and reliability of
online examination remain ar-guable. (Öz &
Özturan, 2018) addressed this quandary and
found that students' achievement in two
examination modes (i.e., online vs. paper) was
equivalent and not significantly different. Ilgaz &

    
examination and online examination as found by
a quantitative analysis of academic achievement
163 students enrolled in diverse academic
programs in a Turkish university. Students' score
data, which is collected in the environmental
science course over the period between 2009 to
2019, indicates that there are no differences in the
students' performance between both online
examination and face-to-face examination (Paul
& Jefferson, 2019). Inconsistently, Sheridan,
Kotevski, & Dean (2014) conveyed that online
examination enhances students learning since
they achieve more clarity and better assimilation
of subject knowledge. A comparison between
different examination modes and performance
demonstrated that in the online examination,
students increase their performance; due to the
aid of technology in learning (Jeljeli, et al.,
2018). They further illustrated that Learning
Management Systems (LMS) based examination
(such as Moodle) is the most effective tool to
enhance student's performance compared to both
social media-based examination and paper
examination (Jeljeli, et al., 2018). Hakim (2017)
found similar results, and the students have
higher performance scores at online
examinations than on the equivalent paper.
Online examination advances a feature of well-
integration between workplace and learning
continuity because the students can do their exam
without the need to attend university and thus do
not need to leave or take off from their work;
especially to those working and completing an
aca-demic degree (Sheridan, Kotevski, & Dean,
2014). Consistent with students' responses in
James (2016), there is a high degree of agreement
that online examination reduces transition time
and cost, reduces the likelihood of being late at
the exam, and decreases the take-off time from
work. Peytcheva-Forsyth et al. (2018)
established, however, that employed students
have a higher positive attitude toward online
learning since they share a greater need for online
learning compared to their unemployed peers
since online is a more flexible learning
environment to employed students.
Another aspect of online learning is the anxiety
and frustration associating with performing
exams. There is uncertainty toward this issue
since the studies, such as (Bahar & Asil, 2018;
Peytcheva-Forsyth et al., 2018; Joshi, et al.,
2020; Arora, et al., 2021), reported that online
examination in-creased the anxiety level of
students and it may add a new anxiety category,
which does not occur in the in-campus
examination, the anxiety associating with using
computers and technology. Furthermore,
Peytcheva-Forsyth et al. (2018) explained that
technological barriers and lack of competencies
increase the anxiety of learning online and reduce
the motivation level for online learning.
However, Arora et al. (2021) found that the
online examination, particularly the unplanned
shift toward this examination format due to
global health condition, adds to anxiety level of

self-efficacy. Joshi et al. (2020) emphasizes the
increased level of anxiety in the online
examination, especially in the home, due to
family interruption during the test, control lack of
external distraction, and the support lack during
   
expectation in James (2016), reporting online
examination reduces anxiety levels.
Furthermore, instant feedback examination
supports reflection on action involving self-
evaluation personal and professional progression
through the learning process. The student during
the online examination can assess their own
growth and increase their self-assurance, self-
improvement, and self-awareness. Accordingly,
     
connectedness were raised (Sheridan, Kotevski,
& Dean, 2014). Furthermore, Marchisio and her
colleagues (2018) were interpreting the instant
feedback of online examination makes students
Volume 11 - Issue 53
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https:// www.amazoniainvestiga.info ISSN 2322- 6307
aware of their progress toward their predefined
goals and suggesting what they need to achieve
better progress. In turn, students utilize, and
process information acquired from feedback for
the sake of self-level enhancement.
Male students showed higher positive attitudes
compared to female students, according to the
results of Bahar and Asil (2018). These
differences were attributed to their higher usage
of computers and higher technology experience
compared to their female peers. Similar to James
(2016), endorsed there is an association between
gender and attributes toward online education at
all, in which female students showed two-folds
negative perception to examine online and
  
help in the exam which male students did not.
The male medicine and healthcare students also
showed a high preference for online examination
counterparts their female peers (Inuwa et al.,
2011). In contrast, Jeljeli et al., (2018) found no
difference in the prefer-ence toward the online
examination tool due to gender, but the
differences appear due to subject and time spent
in the university.
Methodology
The study adopted the explanatory research
method, utilizing a cross-sectional quantitative
approach to investigate the attitude toward online
examination and mentoring among Saudi
university students, since they are experiencing
online examination for the first time of their
academic life, and it is mandatory due to
consequences of Corona virus on education
learning system and obligation shift toward
online learning. The data will be collected using
online survey distributed among university
students, the survey will be developed using
panel of previous research such as (Myyry &
Joutsenvirta, 2015; James, 2016; Tarricone &
Newhouse, 2016; Shraim, 2019). The instrument
will be distributed over a randomly selected
sample of Saudi university students that engaged
online examination during the last shift toward E-
leaning in higher education institutes.
Data analysis
This part presents the findings of the study that
aims to enrich the national online learning
context and settle the skeptical arguments
regarding the student's attitude toward online
examination and misconduct among them.
This part will explain the questionnaire outcomes
obtained after collecting and analyzing the
response, an analysis of the results of the
     
theirs toward online examination.
A cross-sectional survey was utilized to obtain
results by distributing them to a sample of (762)
participants. Thus, the statistical package for the
social sciences (SPSS) was utilized to analyze the
collected data in tabular and graphical form to
perform an illustrative analysis. All information
collected by the survey was treated confidentially
since it was only used purely for academic
research purposes.
Statistical treatment
The following statistical treatments through
statistical software packages (SPSS) were used:
Normality test
The reliability (Cronbach's alpha).
Frequencies and percent of the
characteristics of the study sample.
Means and standard deviation for study
item.
Pearson correlation.
One-sample kolmogorov-smirnov test.
Mann-Whitney and Wilcoxon test.
Kruskal-Wallis test.
Normality
Normality test is one of the most tests required
before going through the data analysis, in which
the normality assumption for each variable must
be checked. According to represents the results
of Kolmogorov-Smirnov and Shapiro-Wilk tests,
the significance value which is (p-
the Kolmogorov-Smirnov and Shapiro-Wilk test
thus significant value indicates that the data has
deviated from the non-normal distribution
significantly.
Reliability analysis
The extents of the reliability of data provided by
the tool are one of the most important
foundations of data collection in scientific
research. Therefore, the researcher computes
extents questionnaire reliability by calculation of
internal consistency using Cronbach's Alpha
values, the Cronbach's Alpha value reached
(0.819) for the total alpha values of items. This
indicates to accept reliability; this indicates to
accept reliability. Othman (2001) mentioned in
this research that the coefficient of reliability
(Cronbach's Alpha) that can be adopted is from
0.65 to 0.85.
180
www.amazoniainvestiga.info ISSN 2322- 6307
Validity analysis
To test the validity of the instrument, the Pearson
correlation test was applied. The results for the
variables are shown in table 1:

Correlation results for the ítems.























Correlation is significant at the 0.01 level (2-tailed). **
Table 1 shows that correlation coefficients of
items ranged from (.135-.809), indicating a
strong correlation coefficient, these values were
appropriate for conducting this research study.
Descriptive analysis
Demographic profile of participants
The study tool was distributed among all Saudi
university students. The percentage and
frequency were computed for each demographic
variable to explore the participant's profile. The
total number of participants in this study was 762
participants, belonging to gender, year, degree,
college.

The Demographic Profile of the Study participants.


























































According to gender category, the high
percentage of the participant was female with a
total of 72.2% of participants, while the male
participants represented only 27.8% of the study
participants. Years of study, concerning the years
of study in the university, responses recorded,
and the percentage table computed indicates that
the majority (42%) had the First year. Few
responses (15.2%) were registered in the
category of the Second year as shown in Table 3.
However, table no. (3) Reveals the scientific
degree of participates were most of them a
Bachelor degree representing 88.7% of the
sample, while 7.7% of participants a diploma
degree. As well only 2.8% of participants are
    
Percentage values of Table 3 indicate that the
majority of the respondents were from Literature
College (68.4%). Those in Science and Medical
Volume 11 - Issue 53
/ May 2022
181
https:// www.amazoniainvestiga.info ISSN 2322- 6307
College the least Percentage representing only
31.6%.
Results and Discussion

Means and standard deviation for "investigate the
attitude toward online examination and
mentoring among Saudi university students"
items and total means of them, table 3 shows that.
The descriptive analysis was computed for each
component, as well as for each item within an
individual component. Table 3 below, reveals the
component's means and standard deviation. For
the investigation, the attitude toward online
examination and mentoring among Saudi
university students is high level, in which the
highest mean value is at 4.32, and the lowest
mean is 2.45.

Means and standard deviation for “investigate the attitude toward online examination and mentoring”
items and total means of them (n= 762)
























































































Shown in table 3 that the arithmetic means of
paragraphs "investigate the attitude toward
onlineexamination and mentoring" ranging from
(2.45-4.32), and most notably the highest means
reached (4.32) out of (5) for item (2)" I would
rather take the online examination than take the
paper exam ", and then for item (7) "I focus more
on the online examination" (means 4.12). And
the lowest means was (2.45) for items (1)" I think
online examination results do not fully represent
a student's true achievement ". The total mean for
"the attitude toward online examination and
mentoring among Saudi university students"
reached mean (3.74) and standard deviation
(0.706). This is consistent with the study by
Jeljeli et al., (2018) that explored students prefer
online rather than paper examination. Peytcheva-
Forsyth et al., (2018) reported, likewise, that
students have a positive attitude toward online
learning activities. The results of the current
182
www.amazoniainvestiga.info ISSN 2322- 6307
study as well as the aforementioned studies by
Inuwa et al., (2011), 44.5% of students exhibited
a positive attitude and preference for online
examination attributed to the high quality of
specimens that used for learning rather than
cadavers.
    

To have a more exploratory viewpoint, the
research intends to find the differences in
student's attitudes toward online examination and
mentoring according to all previous variables.
Since not have a normal distribution, this section
of analysis was examining the non-normal
distribution.
To assess attitude toward online examination and
mentoring, the Mann-Whitney and Wilcoxon test
is a non-paramedic test since the data is not
normally distributed. The survey examines the
student's attitude toward online examination and
mentoring according to gender, year, college,
degree.

The Mann-Whitney and Wilcoxon test results for student attitude toward online examination and
mentoring according to gender.























According to table 4, there is no difference
among the gender in student attitude toward
online examination and mentoring, in which
Mann-Whitney is (57176.5) and it is not
significant at level (0.680) with favor to the
female which has a higher mean (386.8). These
results agree with the results of a study by Jeljeli
et al., (2018) found no difference in the
preference of the online examination tool due to
gender. Also, these results disagree with the
results of a study by Bahar and Asil (2018)
explored male students showed higher positive
attitudes compared to female students, these
differences were attributed to their higher usage
of computers and higher technology experience
compared to their female peers. Likewise, a study
by Inuwa et al., (2011) revealed that the male
medicine and healthcare students also showed a
high preference for online examination
counterparts their female peers.
To assess student attitude toward online
examination and mentoring according to year,
degree, and college, the Kruskal-Wallis test a
non-paramedic test since the data is not normally
distributed.

The Kruskal-Wallis test results for student attitude toward online examination and mentoring according to
year.























According to table 5, there is a difference among
the year in student attitude toward online
examination and mentoring which chi-square is
(22.301) and it is significant at level (0.000) with
favor to the Third year which has a higher mean
(412.55). These results agree with the results of a
study by Jeljeli et al., (2018) found differences
appear due to time spent in the university.
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
The Kruskal-Wallis test results for student attitude toward online examination and mentoring according to
degree.






















According to table 6, there is no difference
among the degree in the student attitude toward
online examination and mentoring, in which chi-
square of the Chi-square is (2.349) and it is not
significant at level (0.503) with favor to the
Master which has a higher mean (453.29).

The Kruskal-Wallis test results for student attitude toward online examination and mentoring according to
college.




















According to table 7, there is a difference among
the college in the student attitude toward online
examination and mentoring which chi-square is
(31.950) and it is significant at level (0.000) with
favor to the Science College which has a higher
mean (418.65). These results agree with the
results of Jeljeli et al., (2018) found differences
appear due to subject matter.
Conclusions
This study provided theoretical and practical
insight into students' attitudes toward online
exami-nation and mentoring. This study aimed to
enrich the national online learning context and
settle the skeptical arguments regarding the
student's attitude toward online examination and
miscon-duct among them. To achieve this goal,
the sample of the study consists of 762 higher
education learners in Saudi universities. The
results of the study showed those positive
students' attitudes toward online examination and
mentoring. The results also suggest that no
significant differences exist on the dependent
variables between the different genders and
degrees, and significant differ-ences were
evident on the dependent variables related to
study year and college.
The results emphasized the positive attitudes
toward online examination and mentoring among
Saudi university students, where the students
greatly agreed on they rather take the online
examina-tion than take the paper exam. Also,
students claimed that the online examination
improves their cognitive skills. In another hand,
students illustrated that using the assessment
method of online examination is flexible,
accurate, and reliable, as well as the online
examination enables to show better academic
achievement.
These results agreed with the results of a study
Peytcheva-Forsyth et al., (2018) pointed that the
established, however, that employed students
have a higher positive attitude toward online
learning since they share a greater need for online
learning compared to their unemployed peers
since online is a more flexible learning
environment to employed students. It also agreed
with Bahar and Asil (2018) presented the positive
attitude results toward online examination.
Suggestions
In the recommendations, the study called for the
qualification of teachers, parents, and students
themselves, and the creation of appropriate
electronic means that make the process of the
remote examination an interactive process and
easy to deal with by providing appropriate
devices for students and free internet lines, as
well as by adapting educational curricula and
means to become able to learn remotely. Remote
184
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evaluation through exams can also measure the
learner's ability to recall and understand
knowledge quickly. The study also suggested
increasing the time for objective questions,
taking into account the time for essay questions,
given that electronic writing requires more time
than paper writing, with the need to return to the
previous question, in addition to raising the
percentage of final exams for some specialties,
including medicine.
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