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The Relationship Between Problem Solving and Creative Thinking Skills among Nursing Students

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The aim of this study is to determine the relationship between problem solving and creative thinking skills among nursing students. This is a cross-sectional and correlational study. The sample was composed of 266 nursing students who were assessed on the creative thinking scale and problem solving inventory. The problem solving capability of students increase statistically significant levels as the grades of the students increase. The average score students get from creative thinking scale, did not show any difference due to the level of grade and all students obtained scores to be defined as “over the average creativity”. There was a moderately significant negative correlation between the scores of the two scales employed by the study. Especially higher scores on problem solving for the senior nursing students in comparison with others, is an important result proving nursing education has a positive effect on problem solving.
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International Journal of Psychology and Educational Studies, 2017, 4 (2), 34-41
www.ijpes.com
International Journal of Psychology and Educational
Studies
The Relationship Between Problem Solving and Creative Thinking Skills
among Nursing Students
Canan Demir Barutcu
Faculty of Health Sciences, Mehmet Akif Ersoy University, Burdur, Turkey
ARTICLE INFO ABSTRACT
Article History:
Received 14.01.2017
Received in revised form
13.02.2017
Accepted 10.04.2017
Available online
01.05.2017
The aim of this study is to determine the relationship between problem solving and creative thinking
skills among nursing students. This is a cross-
sectional and correlational study. The sample was
composed of 266 nursing students who were assessed on the creative thinking scale and problem
solving inventory. The problem solving capability of students increase statistically significant levels
as the grades of the students increase. The average score students get from creative thinking scale,
did not show any difference due to the level of grade and all students obtained scores to be defined
as “over the average creativity”. There wa s a moderately significant negative correlation between the
scores of the two scales employed by the study. Especially higher scores on problem solving for the
senior nursing students in comparison with others, is an important result proving nursing education
has a positive effect on problem solving.
© 2017 IJPES. All rights reserved
Keywords:
1
Creative thinking, nursing, problem solving, student
1.Introduction
Problem is defined as a situation which requires investigation, learning, thinking, analyzing and solving, while
problem solving is defined as a multi-dimensional skill that require conscious efforts (Turkish Language
Society [TDK], 2016; Tok and Sevinç, 2010; Eskin, 2009). The factors that affect problem solving are determined
as intelligence, customs, social expectations, self-confidence, skills to think as well as level of creativity
(Gomez, 2007; Otacıoğlu, 2007; Özer et al., 2009). Today considering changing health care requirements, the
profession of nursing requires individuals who are creative with researcher characters, who have access to
information, who produces and uses information. Expanding of creativity facilitates improvement of
contemporary nursing applications and nursing care, also increases the problem solving (Şen et al., 2013). One
of the effective ways to increase welfare level and life quality is to have the skill of creative thinking and skill
to find creative solutions to problems.
Nurses have to face with many problems in implementation area. One of the most important factors to
determine the safety and quality of the care delivered by nurses is the skills of problem solving. It is expected
from the nurses who have to work with individuals with different problems in clinical environment, to have
high skills of problem solving (McEwen and Brown, 2002). The developed and adequate problem solving skills
of nurses, are the requirement of their liabilities of preventing harm and protecting lives of individuals they
provide health care (Abaan and Altıntoprak, 2005). Nurses can able to serve efficient service in favor of
increasing life quality and protecting and improving public health in case they can raise themselves as
individuals with effective problem solving skills. Individuals with high skills of problem solving are generally
1 Corresponding author’s address: Department of Internal Medicin e Nursing, Mehmet Akif Ersoy University Faculty of Health Sciences, 15100, Burdur, Turkey
Telephone: +90 248 213 35 58
Fax: +90 248 213 35 50
e-mail: canandemir2209@gmail.com; cdemir@mehmetakif.edu.tr
http://dx.doi.org/10.17220/ijpes.2017.02.004
© 2014 International Journal of Psychology and Educational Studies (IJPES) is supported by Educational Researches and Publications Association (ERPA)
Canan Demir Barutcu
defined as creative, innovative, open to criticism, and open to changes (Nezu and Nezu, 2001). These
specifications which individuals with high skill of problem solving have, at the same time coincides with the
professionals skills expected from a professional nurse. Thus, one of the most important outputs of nursing
education is the improving the students’ problem solving skills (Abaan and Altıntoprak, 2005). In the studies
executed in order to determine the problem solving skills of nursing students, it is determined that problem
solving skills of the students are at average level and problem solving skill of first year students is lower than
second, third and fourth grade students (Yurttaş and Yetkin, 2003; Gönülal and Bahar, 2005; Günüşen and
Üstün, 2011).
A person’s knowledge on problem solving, is not enough for him to solve all problems he faces with.
Producing creative solutions towards the problem is as important as high problem solving skills. While some
problems have adequate and certain, definite solutions, some others may have not (Mertoğlu and Öztuna,
2004). Creative thinking, which plays an important role in development of society and humankind, within a
large scope diverging from daily life to scientific studies, can be defined as presenting a unique product at the
end of the process (Argun, 2004; Çetin et al., 2015; Yıldırım, 2007). Creativity of creative thinking; can be
defined as seeing the differences while looking at the same thing people look at, a new attitude of acceptable
behavior other than usual things and patterns, ability to present a new thinking process or a new product
(Dolgun and Erdoğan, 2012). Societies composed of individuals with developed thinking skills as well as
creative skills, plays a crucial role adopting the world’s conditions, determining the power and direction of
the change and contributing to such change (Çetin et al., 2015). Thus, what is expected from education is the
contribution to emerging of individuals with independent thinking skills, who may solve problems, with
problem solving skills (Emir et al., 2007).
There are limited numbers of studies with nursing students on effect of creative thinking as an effective
variable in problem solving. Determining of creative thinking and problem solving skills levels of nursing
students is necessary for planning and developing initiatives towards this area.
1.1. Research Questions
1. What is the level of creative thinking skills of nursing students?
2. What is the level of problem solving skills of nursing students?
3. Is there any relationship between nursing students’ problem-solving skills and creative thinking
skills?
2. Method
2.1. Purpose and Study Design
The aim of this study is to describe the level of creative thinking and problem solving skills among nursing
students and to examine their relationship with creative thinking and problem solving skills. The cross-
sectional, descriptive and correlational design was used.
2.2. Participants
The cross-sectional, descriptive and correlational study was conducted between September 2015 and April
2016 in Mehmet Akif Ersoy University, Faculty of Health Sciences in Burdur, Turkey. Convenience sampling
methods were used. Fifteen students refused to participate. Participants were first, second, third and fourth
year undergraduate students (n=266) in the Bachelor of Nursing Science Degree in the academic term of 2015–
2016.
2.3. Instruments
2.3.1. Demographic characteristics
This form is comprised of three questions regarding students’ socio-demographic characteristics: Age, sex,
level of class.
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International Journal of Psychology and Educational Studies 2017,4 (2), 34-41
2.3.2. Creative thinking skills scale
The scale which was developed by Whetton and Cameron (2002) in order to determine the creativity levels of
individuals is adopted to Turkish as “Creative Thinking Skills Scale” by Aksoy (2004). The scale is a likert type
scale with “I do agree”, “I do not agree” and “I am undecided” alternatives and composed of 40 articles each
of which has different scoring. The articles in the scale has minimum -2, and maximum 4 points (Aksoy, 2004).
Point intervals between 0-9 are defined as non creative, 10-19 are creative under the average, 20-39 are defined
as creative at the average level, 40-64 points are defined as creative over the average, 65-94 points are defined
as very creative and 95-116 points are defined as extraordinary creative. Increasing of total scores means the
increase at the levels of creativity (Aksoy, 2004).
2.3.3. Problem solving skills inventory (PSSI)
This 35-item inventory used to measure individuals’ own perception of problem-solving skills was developed
by Heppner and Petersen (1982). The PSSI consists of 35 items and three factors. The first of these factors is
problem-solving confidence (11 items), the second one is avoidance of/approach to the problem (16 items),
and the third one is control (15 items). The Cronbach’s alpha reliability coefficient of the original scale was
0.90. The coefficients for the subscales ranged between 0.72 and 0.85. The test–retest reliability coefficients of
the subscales ranged between r = 0.83 and r = 0.89 (Sahin & Heppner, 1993). The scale is a 1–6 point Likert-type
scale (from “I always act (behave) this way” to “I never act (behave) this way.”) and can be applied both to
adolescents and to adults. Whereas items 9, 22, and 29 are not scored, items 1, 2, 3, 4, 11, 13, 14, 15, 17, 21, 25,
26, 30, and 34 are reversely scored. The reliability and validity of the Turkish version of the scale was
conducted by Sahin and Heppner (1993). The Cronbach’s alpha reliability coefficient of the scale was
determined as 0.88. The lowest and highest possible scores to be obtained from the scale are 32 and 192,
respectively. There are no cutoff points in the evaluation of the scale. Lower scores obtained from the PSSI
indicate high problem-solving skills, whereas higher scores indicate poor problem-solving skills. In this study,
the reliability coefficient of the scale was determined as 0.81.
2.4. Data Collection
The questionnaires were distributed during class hours, and students were asked to complete and return them
at the end of the lesson. The questionnaires were collected by the author after they were completed.
2.5. Data Analysis
For data analysis, the SPSS 17.0 software (SPSS, Inc., Chicago, IL, USA) was used. A test of hypothesis with p
value of <0.05 was considered significant. Descriptive statistics were used to determine students’
characteristics. The relationship between problem-solving skills and creative thinking skills was examined
with Pearson’s correlations. The statistic ‘r’ value of 0.00 to 0.24 was considered a weak relationship; 0.25 to
0.49 was a moderate relationship; 0.50 to 0.74 was a strong relationship; and 0.75 to 1.00 was a very strong
relationship (Aksakoğlu, 2006).
2.6. Ethical Consideration
Written permission from Mehmet Akif Ersoy University Ethical Committee (GO 2016/2-6) and the Mehmet
Akif Ersoy University Faculty of Health Sciences was also obtained. The objective of the research was
explained to the participants and written permission was received from those agreeing to participate in the
research.
3. Results
The average age of the attendant students is 20.87 ± 1.61, 66.9% of them female, 30.1% of them are at the first
grade.
36
Canan Demir Barutcu
Table 1. Comparison of nursing students’ scores regarding their creative thinking skills (n: 266)
*p > 0.05
The creative thinking skills scores of the students are determined by using single dimensional variance
analysis. Difference among classes are not determined statistically meaningful (F = 2.526, p = .058) (Table 1).
The highest creative thinking skills scores are obtained in third grade students.
Table 2. Comparison of nursing students’ scores regarding their problem-solving skills (n: 266)
Level of
class
n
Mean scores for problem-
solving skills
X ± SD
F p
1st year
80
99.36±11.60
26.356 0.000*
2nd year
69
96.69±14.06
3rd year
55
93.21±19.74
4th year
62
77.03±18.34
*p < 0.05
Problem solving skills scores of the students are determined due to their class levels by using single
dimensional variance analysis. Difference between classes are determined statistically meaningful (F = 26.356,
p = .000) (Table 2). It is determined that, scores of the fourth grade students are meaningfully higher than first,
second and third grade students and the difference derives from the scores of fourth grade students (Table 2).
A negative, statistically meaningful relation at low level is determined in relation between creative thinking
and problem solving skills scores of the students (r = -.172, p = .005) (Table 3).
Table 3. Relationship between creative thinking and problem-solving skills of nursing students (n: 266)
Mean scores for creative
thinking
Mean scores for
problem solving skills
r p
X ± SD
X ± SD
- 0.172 0.005*
44.57±15.27
92.19±17.96
*p < 0.01
Level of
class
n
Mean scores for creative
thinking
X ± SD
Min-Max
F p
1st year
80
42.05±14.33
17-78
2.526 0.058*
2nd year
69
43.88±14.21
24-82
3rd year
55
49.23±16.99
26-84
4th year
62
44.48±15.43
13-80
37
International Journal of Psychology and Educational Studies 2017,4 (2), 34-41
4. Discussion
It was determined that, the average scores of the students from creative thinking skill scale does not show a
difference at class level, all class averages are at 40-64 points interval; thus all of them are considered in
“creative over the average” group. It was determined that third grade students had the highest average points
among the classes. It is only that there are only a few numbers of studies in literature on creativity of nursing
(Ku et al., 2010; Chan, 2013). In the systematic evaluation of creativity in nursing exercised by Chan (2013), it
is stated that some people are more creative than the others although creativity skills can be improved with
education. For nursing students to be directed towards creative thinking, the trainers and administrators in
education should direct students to their areas of interests and activities. It is stated that, trainers in education
should steer students to activities such as poetry, role playing, music and sculpture in order to improve their
creativity skills (Chan, 2013).
Executed studies prove that, providing varieties in education, supporting of independent education, learning
in group studies by trusting others, facilitate the creativity (Emmanuel et al., 2010; Hall and Mitchell, 2008;
Lillyman et al., 2011; Hydo et al., 2007). Furthermore, in the studies executed by Karataş and Özcan (2010)
about effect of creative thinking activities on students’ creative thinking and project development, it was
determined that, methods such as brain storming and concept map contribute to the creative thinking of the
students. It is stated that creativity has been an individual process and very different methods can be tried in
order to improve creative thinking. For instance, it is stated that staying out of current rules, stating new
thoughts against the generally accepted norms, having communication with new people other than people
you interact with in your daily life, and staying away from classical thinking patterns, may increase point of
view and creativity of individuals (Dolgun and Erdoğan, 2012). In order to develop creativity in nursing
education, firstly environments, in which creativity is encouraged and promoted, should be emerged. In order
to think creative, first the individual should be aware of creativity, than should be encouraged to creative
thinking. The success in developing creativity is mostly dependent on learning about the subject of creativity
(Tulum and Memiş, 2006). Like in all educational systems, in also nursing education, trainers as the most
important corner stones of education have significant liabilities. Some behaviors and attitudes of trainers that
take place in education process have important effects on emerging and developing of creativity (Tulum and
Memiş, 2006). While searching for studies on creativity of nursing students, we were unable to reach any
research articles. Nurses, operating in fast changing, developing and complicated structure, as being a member
of profession, have to be individuals who may able to adopt changes and innovations, solve problems by using
creative thinking, who can question, who can contribute to his profession by being affected from different
disciplines and who may also think with criticism (Bahar, 2006). Thus, it is extremely important to use creative
thinking in order to see possible results of nursing and to find valid answers and to expose creative actions as
the nature of being professional (Şen et al., 2013).
Due to the findings of study, problem solving skill is observed at the highest level in fourth grades, the lowest
in the first grade students. Problem solving skills of the students that attend to study increase as the levels of
grade increase. In the literature, there are studies on changes in problem solving skills due to levels of grade
have different solutions (Günüşen and Üstün, 2011; Beşer and Kıssal, 2009; Durmaz et al., 2007). Different from
these studies, there are also studies pointing out that levels of grades of students have no effect on problem
solving skill (Altun, 2003; Tezel et al., 2009).
In the study executed by Batıgün and Kayış (2014) on stress factors in university students and problem solving
skill, it is determined that individuals with high stress factors have lower problem solving skills. Total score
of problem solving skill is determined as 97.94±15.73. This result shows parallelism with the result of our study
in terms of average points. In the study executed by ldırım and friends (2011) on determining high school
students about problem solving skills and effective factors, the average problem solving skill of the students
is determined as 89.91±19.77. It is stated that, since problem solving skills are teachable and improvable
cognitive skills, at every area of educational process, they should be stressed on (Yıldırım et al., 2011). In the
study of Abaan and Altıntoprak (2005) in which problem solving skills of nurses were evaluated, problem
solving inventory average score had been determined as 77.48 ± 14.75. Since the nursing students have very
high average scores in our study, it is thought that nurses solve problems better that the nursing students. In
the study of Kanbay and friends (2013) in which problem solving and critical thinking skills of nursing post
graduate students, average total problem solving skill is determined as 92.45 ± 1.29. Although differences are
38
Canan Demir Barutcu
observed in problem solving skill average scores among classes, this difference was not found meaningful
(p>0.05). The result of the study shows parallelism with our average scores (92.19 ± 17.96), but there are
differences in terms of there are no differences among grades. Inadequacy of problem solving skill that
improves the quality of nursing care, affects negatively the quality, professionalism in work, autonomy and
having the power (Abaan and Altıntoprak, 2005). Thus, problem solving skills of the nurses should be
developed throughout the education process (Günüşen and Üstün, 2011). In the study of Tok and Sevinç
(2010) which examined the effect of education on critical thinking and problem solving skill, it is determined
that problem solving skill scores of the students decreased after the education given. Within this context, it is
determined that education has positive effects on problem solving skill.
There is statistically weak and meaningful relation between creative thinking and problem solving skill.
According to the average scores of the students that attend to our study, it is determined that students have
over average creativity. As a result of the comparison between grade levels, third grade students obtained the
highest average points while first grade students had the lowest scores. Within this context, creativity levels
in the order are third grade, fourth grade, second grade and first grade. Furthermore, the highest average on
problem solving is the fourth grade, while the lowest scores belong to first grade. Within this context, even at
low level, a relation between creativity levels of students and problem solving has been determined and it is
also determined that as the level of grade increases, students may think more creative and may solve problems
easier. Within this context, it is believed that education has positive effect on creative thinking and problem
solving. Student with creative thinking may easily notice the problems ad may bring creative solution
alternatives. Thus, he/she knows what to do when she faces with a problem, she may produce appropriate
methods to solve problems and may ring creative solution alternatives. Since any study evaluating the relation
between creative thinking and problem solving has not been reached in literature, this issue cannot be
discussed.
5. Conclusion, Study Limitations and Implications for Nursing Knowledge
As the result of this study, it is determined that, creative thinking skill and problem solving skills of the
students increase as the levels of grades increase. Furthermore, it is determined that, average points of problem
solving skill of fourth grade students are high, students have over the average creativity scores. Nurses, while
undertaking their roles and liabilities in presenting health services, should be aware of their creativity in order
to contribute professional improvement as health discipline, to facilitate adaptation to new technologies and
practices, to expedite nursing care and they also have to improve and expose their characteristics (Şen et al.,
2013). The creative thinking and problem solving skills of the nursing students can be improved by applying
creativity increasing practices at schools and faculties. Making comparisons of nursing students with the
students in other disciplines may also help to expose the contribution of nursing education (Günüşen and
Üstün, 2011). Making of further studies on creative thinking among nurses and students of nursing education
is suggested in order to expose the relation between creative thinking and problem solving skills.
This research should be evaluated more extensively with a larger sample. In the future, qualitative studies can
be conducted in order to find out how creative thinking affects problem solving skills.
It is important for students to assess their creative thinking and problem solving skills. Since the high creative
thinking of control may affect the problem solving skills, it is important to develop a curriculum and strategies
which aim to improve the undergraduate nursing students’ problem solving skills and creative thinking skills.
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... There is a statistically weak relationship between creative thinking and problem solving skills (Demir Barutcu, 2017). Since any research on the relationship between creative thinking and problem solving has not yielded a significant result, this issue cannot be discussed (Demir Barutcu, 2017). ...
... There is a statistically weak relationship between creative thinking and problem solving skills (Demir Barutcu, 2017). Since any research on the relationship between creative thinking and problem solving has not yielded a significant result, this issue cannot be discussed (Demir Barutcu, 2017). ...
... Furthermore, the four subcomponents of HOTS are significantly correlated with each other, but the correlation (rvalue) is weaker than the correlation between the overall higher order thinking skills and them, indicating that the four factors are both interrelated and distinct from each other. In particular, the results of the correlation analysis show that critical thinking and problem solving skills, critical thinking skills and practical innovation skills are relatively well correlated, while problem solving skills and teamwork are weakly correlated, which is in line with the results of the previous analysis of the relationship between the factors of HOTS and the results of existing research (Chang et al., 2015;Demir Barutcu, 2017;Facione et al., 1998;Ö ZYURT, 2015). ...
... The Office of Undergraduate Nursing Students provided this data. The desired precision and confidence level was set at an absolute error (d) of 5%, a type 1 error (α) of 5%, a z-score of 1.96, and a 95% confidence level, based on previous studies by Goriup et al. (2017) and Barutcu (2017) [27,28]. The formula (Z1−a/2) * p(1−p) d2 was used to calculate the required sample size, resulting in a minimum sample size of 238. ...
... The Office of Undergraduate Nursing Students provided this data. The desired precision and confidence level was set at an absolute error (d) of 5%, a type 1 error (α) of 5%, a z-score of 1.96, and a 95% confidence level, based on previous studies by Goriup et al. (2017) and Barutcu (2017) [27,28]. The formula (Z1−a/2) * p(1−p) d2 was used to calculate the required sample size, resulting in a minimum sample size of 238. ...
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Background Creativity in nursing education is crucial for developing practical problem-solving skills, and humor is a valuable tool for stress management and fostering a positive learning environment. This study explored the relationship between creativity and humor among nursing students. Methods A cross-sectional survey was conducted with 265 convenient undergraduate nursing students aged 20 to 25. The Short Scale of Creative Self (SSCS) and the Multidimensional Sense of Humor Scale (MSHS) were used to measure creativity and various aspects of humor. Results Showed a significant positive correlation between humor and creativity (r = 0.238, p < 0.001). Positive correlations were found between Humor Production, Coping or Adaptive Humor, and Appreciation of Humor with creativity (r = 0.254, 0.230, and 0.461, p < 0.001, respectively). In contrast, Attitudes Toward Humor and Humorous People were negatively correlated with creativity (r=-0.343, p < 0.05). Humor accounted for 16.2% of the variance in creativity. Conclusion The study concluded a strong link between humor and creativity, with positive correlations observed between creative self-efficacy and creative personal identity with different aspects of humor. The study recommends the incorporation of humor into nursing education and healthcare settings to encourage creative problem-solving and reduce burnout among students and staff.
... Hu et al., (2017) stated that solving complex problems requires logical connections between ideas. Furthermore, Barutcu (2017) stated that after the idea generalization phase, it will be followed by a solution induction phase. Heliawati et al. (2021) revealed the phase of evaluating various important ideas to produce solutions that can be applied practically. ...
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Although the empowerment of critical thinking (CT) has become an international concern that needs to be developed in the biology learning process for high school students, there still needs to be more relevant research literature. This study aimed to compare the effectiveness of implementing reading, questioning, and answering strategies integrated with creative problem solving (RQA-CPS) with RQA, CPS, and discussion strategies. This method used the pretest-posttest non-equivalent control group design for one semester using four classes. We designed that the experimental group was taught with RQA-CPS, the control-I group was taught with RQA, the control-II group was taught with CPS, and the control-III group was taught with DP. This research involved 129 high school students in four classes with the topics Plantae, Animalia, Ecology and Environmental Change. These four topics are classified as complex material that requires CT to be able to understand in depth. The results showed that high school students' CT increased in all four classes, but the RQA-CPS group experienced the most significant increase and was significantly different compared to the other three control groups. Thus, the RQA-CPS strategy should be used in learning to improve students' CT.
... Students are required to implement knowledge, analyze information and make decisions in everyday life. Basically, these formulated skills are known as research skills, namely the skills to critically investigate a problem, collect data, evaluate data, and produce a conclusion (Barutchu, 2017;Prosekov et al., 2020;Widya et al., 2021). Teachers are professional educators with the primary task of educating, teaching, guiding, directing, training, assessing, and evaluating students. ...
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Teacher Training Institutions (LPTK) have emerged as an area for attention in arranging professional teacher candidates and possess high competitiveness for achieving the Sustainable Development Goals (SDGs) 2030. In this regard, teacher candidates will conduct Field Experience Practice (PPL) to implement theoretical understanding with practical experience to strengthen competences. In an effort to address such situation, the present study was carried out to determine the validity, practicality, and effectiveness of the Triple Helix model-Based Lesson Study (THLS) of PPL. Conducted through the Plomp development model, the research instrument included a questionnaire, test, and observation sheet. The results showed that the level of validity and practicality of PPL model is considered very good with the percentage 92%, and there is a difference in the research skills between pre service science teacher who followed the THLS PPL model and the common PPL model. The THLS PPL model is considered suitable for technical use to enhance the research skills of prospective teachers.
... The ability to solve students' chemical problems is still low [8]. Creative thinking skills are one of the thinking skills that are important and needed by learners in facing problems in the learning process [9][10][11]. Creative thinking is a combination skill of problem-solving and decision-making skills from the new thoughts or relationships and find the strength to discover and choose the new solutions [12]. ...
Conference Paper
Research development of Scientific Critical Thinking (SCT) model learning devices based on Sasirangan local wisdom to improve creative thinking skills of electrolyte and non-electrolyte solution topics aims to produce valid, practical, and effective learning devices. The development model used is a 4D model that has to define, design, develop and disseminate stages. However, the dissemination stage was not implemented. Limited trials of developed learning devices were conducted on Chemistry School 2 students. The data collection techniques were through validation sheets, implementation sheets, and tests. The data were analysed using descriptive analysis. The results showed that the developed learning device had met the following criteria: (1) the SCT model device was valid because the lesson plan, worksheet, teaching materials, and test instruction components were in the valid category; (2) SCT model devices are practical because the phases of the SCT model can be carried out properly, and (3) SCT model devices are effective because of N-Gain creative thinking skills of 0.66 with moderate criteria. The results showed that Scientific Critical Thinking (SCT) model learning devices based on Sasirangan local wisdom topic electrolyte and non-electrolyte solutions are feasible and used in chemical learning.
... Literacy demands HOTs to assess and analyze accurate information (Griffin & Care, 2015;Jatmiko et al., 2018) and strong characters to adapt to the digital era, such as responsibility (Vosinakis, 2020). Writing Skills are used to express ideas for creative solutions to problems, called Creative Problem Solving (Barutcu, 2017). Universitas Trunojoyo Madura has a significant role in seeking the quality of the learning process and outcomes of the four competencies, including the scientific literacy of Madura students through effective and efficient learning. ...
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Research aims to determine differences in scientific literacy skills and student responses after applying ethnoscience-based mind-mapping videos using indigenous knowledge. Type of research is pre-experimental with one group pretest-posttest design. The sample used was 22 students taken by purposive sampling technique. The data analysis technique used paired sample t-tests and descriptive statistics. Based on the study's results, it was found that (1) there were differences in students' scientific literacy skills before and after the application of ethnoscience-based mind mapping videos using indigenous knowledge, and (2) the average student response with very good criteria. The results of the application of ethnoscience-based mind mapping videos using indigenous knowledge have an impact on (1) science learning innovations in junior high schools and universities in teaching science material in the context of culture and local wisdom and developing scientific literacy skills of students and prospective science teacher students; and (2) strengthening the profile of Pancasila students using the promotion of diversity through ethnoscience. This research implies that how students practice their science literacy skills on indigenous knowledge can use video mind mapping in addition to e-modules, pop-up books/the like and help preserve local wisdom for the next generation.
... Indikator keterampilan pemecahan masalah menurut Greenstein (2012), yaitu: 1) identifikasi masalah, 2) menerapkan langkah pemecahan masalah, 3) identifikasi solusi, 4) evaluasi solusi, 5) mempertahankan solusi, 6) penerapan di dunia nyata, 7) penalaran induktif, dan 8) penalaran deduktif. Dalam pemecahkan masalah dibutuhkan pula kemampuan berpikir kreatif yang tinggi (Demir Barutcu, 2017). PBL bukanlah metode instruksional untuk mengajar mahasiswa menjadi kreatif. ...
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This research aims to determine the effect of PBL integrated with Igya Ser Hanjob's local wisdom on students' problem solving skills in the Conservation Biology course. The sample for this research was Biology Education Semester VII students taking Conservation Biology courses, totaling 48 students, namely class A (experimental class) with 24 students and class B (control class) with 24 students. This type of research is quasi-experimental research using a nonequivalent control group design. The instruments used in this research were description tests and questionnaires. The data obtained were analyzed using descriptive and inferential statistics which had previously met the requirements for normality and homogeneity, then the Anacova test was carried out using the SPSS IMB 20 program. The results of the research showed 1) there was an increase in the average score of students' problem solving skills after implementing PBL containing local wisdom 2 ) there is a difference in student problem solving skills between the group of students who took part in PBL containing Igya ser hanjob local wisdom and the group of students who took part in conventional learning as evidenced by a significance value of 0.000 < 0.05. Therefore, it can be concluded that PBL learning integrated with Igya Ser Hanjob's local wisdom can improve students' problem solving skills.Keywords: PBL, Problem solving skills, Igya ser hanjop, Local wisdom, Biology Conservation
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Objective: This study is a descriptive cross-sectional study that was conducted to assess the problem-solving skills and anxiety levels of all students who agreed to participate in the study at the vocational school of health services. Method: The population of the study included 1800 students from all departments of the 2021-2022 academic year health services vocational school at a state university in Konya, and the sample included 356 students who voluntarily agreed to participate in the study and provided informed consent. Frequency, percentage, mean, standard deviation, t-test, one-way analysis of variance Kruskal-Wallis H, and Mann-Whitney U tests were used to analyze the data. Results:When the total mean scores of the Problem-Solving Inventory (PSI) were compared based on the variables of gender, department of education, class, childhood location, income level, family type, and status of receiving problem-solving education, no statistical significance was found. The mean approach PSI score of those with chronic diseases, on the other hand, showed a statistically significant difference. The Generalized Anxiety Disorder (GAD) score was found to be statistically significantly higher in smokers, those with chronic diseases, and those with low income (p-value
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The main objective of this study is to determine the stress forming factors of college students and to determine the relationship between their social problem-solving abilities and interpersonal style. The further object of research is to contribute to a better understanding of relationship between stress factors of students and their various demographic variables such as gender and type of education. The results of analysis revealed that in many stress-forming-factor subscales, women’s score were significantly higher than men’s. Also, it was determined that, in the "academic issues" subsection, students from first-education scored significantly higher than those from second education. Students' stress scores were predicted by some demographic variables, and problem-solving approaches, and some interpersonal styles. It is considered that the findings can be used for some educational training and counseling services given by the health centers and/or psychological counseling for youths. Specially, ''problem-solving skills" and "communication skills" training programs which are offered in these centers will be very important in terms of preventive mental health for students.
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The Problem Solving Inventory (PSI; Heppner & Petersen, 1982) is a widely used self-report measure of applied problem solving in the United States. This study examined the psychometric properties of the PSI in a Turkish cultural context, specifically with regard to normative, reliability, and validity information. Subjects were 244 Turkish university students (153 women, 71 men) who completed the Turkish version of the PSI, Beck Depression Inventory, and the State-Trait Anxiety Inventory. The Turkish data provide additional psychometric support for the PSI and enhance the generalizability of some of the previous findings based on U.S. samples. Moreover, the Turkish data also suggest that the psychological construct of problem-solving appraisal may have some utility in understanding applied problem solving in the Turkish culture. Finally, the study provides cross-cultural information that increases our knowledge about the utility of problem-solving constructs across diverse environments, particularly with regard to an approach/avoidance dimension across problem-solving strategies.
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Due to the fact that critical thinking and problem solving skills are essential components of educational and social lives of individuals, this present study which investigate critical thinking and problem solving skills of undergraduate students of nursing was planned. This is a descriptive study. The study population consisted of undergraduate nursing students of a university during the 2011-2012 academic year. Any specific sampling method was not determined and only the voluntary students was enrolled in the study . Several participants were excluded due to incomplete questionnaires, and eventually a total of 231 nursing students were included in the final sampling. Socio Demographic Features Data Form and the California Critical Thinking Disposition Scale and Problem Solving Inventory were used for data collection. The mean age of 231 subjects (148 girls, 83 boys) was 21.34. The mean score of critical thinking was 255.71 for the first-grade, 255.57 for the second-grade, 264.73 for the third-grade, and 256.468 for the forth-grade students. The mean score of critical thinking was determined as 257.41 for the sample, which can be considered as an average value. Although there are mean score differences of critical thinking between the classes , they were not statistically significant (p> 0.05). With regard to the mean score of problem solving, the first-grade students had 92.86, the second-grade students had 94. 29, the third-grade students had 87.00, and the forth-grade students had 92.87. The mean score of problem solving was determined as 92.450 for the sample. Although there are differences between the classes in terms of mean scores of problem solving, it was not found statistically significant (p> 0.05). In this study, statistically significant correlation could not be identified between age and critical thinking skills of the subjects (p>0.05). However, a negative correlation was identified at low levels between critical thinking skills and problem solving skills. Accordingly, problem solving scores increased in parallel to an increase in the critical thinking scores. Problem Solving Inventory is a measuring tool indicating an increase in the problem solving skills in parallel to a decrease in the scores. Therefore, as the critical thinking skills of individuals go up, their problem solving skills also increase. Furthermore, according to the outcomes of the study, critical thinking and problem solving skills of the students did not show any correlation between genders (p>0.05). As a result, we concluded that the mean scores of critical thinking skills were found at medium levels among nursing students and the mean scores of critical thinking and problem-solving skills between the classes displayed no differences. In addition, no relationship between the age and gender of the subjects and their critical thinking and problem solving skills was identified. Moreover, in parallel to an increase in the scores of critical thinking skills, problem solving skills also increased.
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The aim of this study was to test the effects of "Thinking Skills Training Program" which is based on Sternberg's "Theory of Successful Intelligence" on preschool teacher candidates' creative thinking. A quasi-experimental design was applied with three samples. Treatment group (n=34), Comparison I (n=34) and Comparison II group (n=33). Data were collected by Torrance Creative Thinking Test (TCTT). According to the results derived from the treatment group, the total scores obtained from the pre and post-tests indicate significant results on the dimensions of creative thinking skills (Verbal fluency, verbal flexibility, verbal originality, figural fluency, figural originality, abstractness of the titles, figural elaboration, emotional expressiveness, unusual visualization, richness of imagery, movement or action). The treatment groups' post tests scores of dimensions of creative thinking skills (verbal fluency, verbal originality, figural originality, abstractness of titles, richness of imagery, fantasy) performed significantly better than the comparison groups.
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Creativity has been defined in many different ways by different authors. This article ex- plores these different definitions of creativity; the relationship between creativity and intelligence, and those factors which affect creativity, such as convergent and divergent thinking. In addition, the article explores the importance of computer technology for testing ideas and the importance of reflective thinking and the evaluation of thoughts. It concludes with a synthesis of the basic attributes of highly creative students and present some ideas of what scholars have said about strategies we can use to enhance creativity in students. Although originality and creative imagination are private, guidance and training can substantially increase the learner's output.
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OBJECTIVE: This systematic review aimed to identify the types of nursing course structure that promotes students' creative thinking and creativity. DESIGN: Systematic review. DATA SOURCES: Five electronic databases: The British Nursing Index, CINAHL, PsycINFO, Scopus and Ovid Medline. REVIEW METHODS: The databases were systematically searched to identify studies that discussed the concept of creative thinking in nursing education or reported a strategy that improved students' creative thinking. Qualitative studies or studies that included qualitative data were included. After reading the full content of the included studies, key themes and concepts were extracted and synthesized. RESULTS: Eight studies were identified. Four main themes relating to the course structure in teaching creativity were developed: diversity learning, freedom to learn, learning with confidence and learning through group work. CONCLUSIONS: To promote creative thinking in nursing students, educators themselves need to be creative in designing courses that allow students to learn actively and convert thoughts into actions. Educators should balance course freedom and guidance to allow students to develop constructive and useful ideas. Confidence and group work may play significant roles in helping students to express themselves and think creatively.
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This paper presents a study which explored creative pieces made by student midwives during an educational session on spirituality in relation to midwifery.BackgroundExploration of methods of teaching relating to midwifery has been limited, specifically relating to effective learning about spirituality. There is a current expectation in the UK that student midwives will be able to meet spiritual needs as part of a holistic approach to care. However, there has been limited exploration in the literature of ways to facilitate this learning. Creative art has been suggested to be a way of exploring personal spirituality; therefore we have introduced this option in an attempt to enable exploration of the concepts of spirituality.MethodA group of 16 midwifery students in their second year were initially present in the session. Retrospective exploration of five creative pieces the students made showing their personal meaning of birth was carried out using a framework devised from visual methodology in addition with a questionnaire.FindingsThe experience of creating birth art and the teaching session as a whole was viewed as valuable in raising issues of spirituality and meaning in relation to birth. The creative pieces explored demonstrated students views of the principles of new life, the universality of birth, connection to the world outside the family, and the inclusion of love in the process.ConclusionThe students’ artistic creations in this study illustrated their beliefs and values about birth at that moment in time. Their creations demonstrated their views of birth being symbolic of new life and growth; that it has a universal effect, not only the family, but outwardly on the social community and beyond; and that it is linked with the value of love. We interpret this to be relating to the elements of spirituality within birth. We suggest that approaching the meaning of birth through creativity and the concepts of spirituality may be a valuable component of creating holistic midwives and will need to be explored by further research.