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Creativity is increasingly valued as an important outcome of schooling, frequently as part of so-called “21st century skills.” This article offers a model of creativity based on five Creative Habits of Mind (CHoM) and trialed with teachers in England by the Centre for Real-World Learning (CRL) at the University of Winchester. It explores the defining and tracking of creativity’s development in school students from a perspective of formative assessment. Two benefits are identified: (a) When teachers understand creativity they are, consequently, more effective in cultivating it in learners; (b) When students have a better understanding of what creativity is, they are better able to develop and to track the development of their own CHoM. Consequently, the Organisation for Economic Co-operation and Development has initiated a multicountry study stimulated by CRL’s approach. In Australia work to apply CRL’s thinking on the educational assessment of creative and critical thinking is underway.
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A Five-Dimensional Model of Creativity and its Assessment
in Schools
Bill Lucas
Centre for Real-World Learning, University of Winchester
Creativity is increasingly valued as an important outcome of schooling,
frequently as part of so-called 21st century skills.This article offers a
model of creativity based on five Creative Habits of Mind (CHoM) and
trialed with teachers in England by the Centre for Real-World Learning
(CRL) at the University of Winchester. It explores the defining and tracking
of creativitys development in school students from a perspective of for-
mative assessment. Two benefits are identified: (a) When teachers under-
stand creativity they are, consequently, more effective in cultivating it in
learners; (b) When students have a better understanding of what creativity
is, they are better able to develop and to track the development of their
own CHoM. Consequently, the Organisation for Economic Co-operation and
Development has initiated a multicountry study stimulated by CRLs
approach. In Australia work to apply CRLs thinking on the educational
assessment of creative and critical thinking is underway.
Defining and Assessing Creativity in Schools
Creativity is a concept that experiences much interest today. As one illustration, creativity scholar Sir
Ken Robinsons Technology, Entertainment and Design (TED) Talk (Robinson, 2006) on the
importance of creativity in schools has been watched more than thirty-one million times and
creativity is explicitly mentioned as a desired outcome of national curricula across the world. The
Scottish and Australian Curricula are just two examples from, respectively, the northern and
southern hemispheres. In Scotland, Creativity is very clearly at the heart of the philosophy of
Curriculum for Excellence and is fundamental to the definition of what it means to be a successful
learner in the Scottish education system(Education Scotland, 2013; emphasis added). In Australia,
there has been a focus on developing confident, critical, and creative thinkers for several years
(Melbourne Declaration on Educational Goals, 2009). As well as being a topic of interest in its own
right, creativity is also a key component of 21st century skills,aspects of which are also referred to
by some as non-cognitiveor soft skills(Kautz, Heckman, Diris, Weel, & Borghans, 2014).
Currently there is no widely used definition of creativity in schools and no commonly accepted
framework for assessing its development. Yet, if creativity is to be taken more seriously by teachers
and educational policy makers we must be clearer about what it is. It will also help if there is an
approach to assessing it that is both rigorous enough to be credible and user-friendly enough actually
to be used by busy educators.
In this article we explore the implications for practice, policy, and research of adopting a
definition of creativity, which features five Creative Habits of Mind and then of using this framing
CONTACT Professor Bill Lucas Centre for Real-World Learning, University of Winchester, West
Downs Campus, Romsey Road, Winchester, SO22 5HT, United Kingdom.
Color versions of one or more of the figures in the article can be found online at
© 2016 Taylor & Francis
2016, VOL. 29, NO. 4, 278290
as a means of tracking the development of creativity in students. Specifically we look at the role of
formative assessment in promoting more effective teaching and learning of creativity.
Defining Creativity
It is widely agreed that creativity is complex, has many facets and occurs in all domains of life.
Indeed, in a comprehensive meta-analysis of the creativity literature, Treffinger found 120 defini-
tions of creativity in papers exploring the traits,”“characteristics,and other personal attributes
that distinguished highly creative individuals from their peers (Treffinger, Young, Selby, &
Shepardson, 2002). He clustered them into four broad categoriesgenerating ideas, digging deeper
into ideas, openness and courage to explore ideas, and listening to onesinner voice.
The field of study, creativity research, is some 70 years old and was in many ways initiated by
ground-breaking work by Guilford (1950). Today the concept of creativity is of particular relevance as
it includes many of the ideas contained in the phrase 21st century skills; indeed creativity, we suggest,
is itself a core 21st century skill. Guilfords idea that there are two kinds of thinking, convergent
(coming up with one good idea) and divergent (generating multiple solutions) is an important
contribution to thinking about creativity. Building on Guilford, Torrance (1970) took the idea of
divergent thinking and developed four sub-categoriesfluency, flexibility, originality, elaboration,
which he used in his test of creative thinking. In this, creativity is capable of being analyzed at an
individual level in terms of dispositions or traitsor habits of mind(Guilford, 1950;Resnick,1999),
but also strongly influenced by context and by social factors (Lave & Wenger, 1991). Creativity is
considered multidimensional (Sternberg, 2005) and, potentially, one of three core elements of intelli-
gence (Sternberg, 1996). There is a growing consensus that creativity is an important aspect of real-
world intelligence encompassing attributes such as questioning assumptions, taking sensible risks, and
reframing problems (Getzels & Jackson, 1962; Perkins, 1995; Sternberg, 1996). Specifically, Craft (2008)
helpfully describes two fundamentally contrasting ways of viewing creativity (see Figure 1). Creativity
can be an individual or collective phenomenon and can be viewed as domain-specific or domain-free.
In her exploration of different kinds of context, Craft builds on earlier thinking by Amabile (1996)
who saw the need for both domain-specific skills as well as more generic creative thinking capability.
Craft (1996)alsodevelopedtheusefulconceptoflittle c creativity,the kind of ordinary creativity that
we can all show across a range of domains. She contrasts little c creativity that we might expect all school
students to show with the extraordinary creative efforts of the exceptional genius. Importantly for its
subject-specific individualised,
Figure 1. Four views of creativity (Craft, 2008).
role as a worthwhile endeavor at school, creativity is learnable (Lucas & Claxton, 2010;
Csikszentmihalyi, 1996;Dweck,2006; Perkins, 1995;Torrance,1970). Just as creativity is learnable, it
is also possible to assess its development in ways that are useful for both learner and teacher.
The importance of creativity for learning and at school is considerable. In schools it is positively
associated with social and emotional factors (Robinson, 2001) and has been shown to improve
wellbeing (Seligman & Csikzentmihalyi, 2000). Within schools there is indirect evidence that creative
learning programs help learners to learn better (Office for Standards in Education, 2010), increase
student achievement (Hattie, 2009), and improve student attendance (Cooper, Benton, & Sharp, 2011).
Aspects of creativity, some key non-cognitive skills such as persistence and openness to experience, are
positively associated with improved education and labor market outcomes (Kautz et al., 2014).
In most countries creativity is not a statutory element of the school curriculum even if it is
mentioned at the macro level of a national curriculum as an aspiration. In England, an influential
report by the National Advisory Committee on Creative and Cultural Education (National Advisory
Committee on Creative and Cultural Education, 1999), led to an enhanced status of creativity in the
curriculum evidenced by new funding for schools and new curriculum frameworks promoting
creativity in its broadest sense.
Between 2002 and 2011 a major initiative, Creative Partnerships, led by Creativity, Culture, and
Education and supported financially by the English government, significantly increased interest in
cultivating creativity in schools and has left a well-analyzed library of useful studies (Thompson et al.,
n.d.). More specifically, for much of the last decade in England, secondary schools were required to
develop Personal, Learning, and Thinking Skills (PLTS), a location for an explicit interest in creativity.
One of six PLTS is being a creative thinker.Creative thinkers are those who generate ideas and explore
possibilities, ask questions to extend their thinking, connect their own and othersideas and experiences
in inventive ways question their own and othersassumptions try out alternatives or new solutions and
follow ideas through adapt ideas as circumstances change.
But while creativity may have achieved an
enhanced status, it was still not discussed as a concept capable of being assessed in schools.
Figure 2. CRLs five dimensional model of creative habits of mind.
An archive version of this framework can be found at
280 B. LUCAS
Arriving at a Pragmatic, Research-Based Definition of Creativity for Use in Schools
In 2011 the Centre for Real-World Learning (CRL) undertook a review of creativity and an
examination of the literature relating to the assessment of creativity in schools (Spencer, Lucas, &
Claxton, 2012). CRL went on to develop a five-dimensional model of creativity, which was used in a
small-scale intervention study in schools in England (Lucas, Claxton, & Spencer, 2013). To balance
the inevitable tensions between rigor and usability, CRL developed a number of criteria, part
scholarship and part pragmatic considerations, to guide work with schools. These were:
(1) Identifying those dispositions or habits of mind at the core of creativity (Claxton, 2006;
Feist, 2010; Kaufman & Sternberg, 2010);
(2) Being as comprehensive in terms of existing research as possible (Spencer et al., 2012);
(3) Achieving overall coherence but at the same time maintaining distinct sub-elements
(Sternberg, 1996,2005);
(4) Clearly locating creativity in a broader social and contextual view of learning (Koestler,
1964; Lave & Wenger, 1991);
(5) Focusing not just on fluidity of ideastheir development, combination, and re-combination
but also on being disciplinedin the technical and craft aspects associated with the
activity of creativity (Berger, 2003; Ericsson, Krampe, & Tesch-Römer, 1993).
Our Five Dimensional Model of Creativity
A particular challenge of working in schools is the subject-specific nature of the teaching and
learning environment. To ensure that all teachers felt they could be part of any endeavor to cultivate
and assess creativity in their students, the CRL research team adopted an idea from the cognitive
sciencesHabits of Mind (HoM). HoM (also sometimes referred to as dispositions) are ways of
thinking and acting, which people typically adopt when learning and living. Being creative today, we
argue, just as being intelligent, requires us to think and act in certain ways:
Intelligence is the habit of persistently trying to understand things and make them function better. Intelligence
is working to figure things out, varying strategies until a workable solution is found. . . . Ones intelligence is the
sum of ones habits of mind. (Resnick, 1999)
The idea that organizing curricula by subjects can be a barrier to the development of real
understanding of the subject as it might be encountered in the real world had earlier been developed
in mathematics (Cuoco, Goldenberg, & Mark, 1996) and in science (Calik & Coll, 2012). By
reframing math, for example, in terms of HoM such as pattern-sniffers,”“experimenters,and
tinkerersit becomes immediately easier to see what lies at the heart of this discipline. In the United
States, Costa and Kallick (2002) have applied Resnicks work to develop 16 HoM that describe what
human beings do when they behave intelligently in the real world, habits that might, therefore, be
worth learning at school. In the United Kingdom, Claxtons approach to teaching and learning called
Building Learning Power(BLP) identified 17 learning dispositionsorganized into four groups
resilience, resourcefulness, reflectiveness, and reciprocity (Claxton, 2002).
Our model has five core creative habits with each of them being composed of three sub-habits:
(1) Inquisitive. Clearly creative individuals are good at uncovering and pursing interesting and
worthwhile questions in their creative domain.
Wondering and questioningbeyond simply being curious about things, questioning
individuals pose concrete questions about things to help them think things through and
develop new ideas.
Exploring and investigatingquestioning things alone does not lead to creativity.
Creative individuals act out their curiosity through exploration and follow up on their
questions by actively going out, seeking, and finding out more.
Challenging assumptionsa degree of appropriate skepticism is important; not taking
things at face value without critical examination.
(2) Imaginative. At the heart of a wide range of analyses of the creative personality is the ability
to come up with imaginative solutions and possibiities.
Playing with possibilitiesdeveloping an idea involves manipulating it, trying it out, and
improving it.
Making connectionsthe synthesizing process brings together a new amalgam of dis-
parate things.
Using intuitionthe use of intuition allows individuals to make new connections tacitly
that would not necessarily materialize given analytical thinking alone.
(3) Persistent. Creative individuals do not give up easily.
Sticking with difficultypersistence in the form of tenacity is important, enabling an
individual to get beyond familiar ideas and come up with new ones.
Daring to be differentcreativity demands a certain level of self-confidence as a pre-
requisite for sensible risk-taking.
Tolerating uncertaintybeing able to tolerate uncertainty is important when actions or
even goals are not fully set out.
(4) Collaborative. In todays world complex challengesfor example, unraveling DNA, under-
standing climate changerequire creative collaboration. Creative individuals recognize the
social dimension of the creative process.
Sharing the productcreative outputs matter, whether they are ideas or things and create
impact beyond their creator.
Giving and receiving feedbackthis is the propensity of wanting to contribute to the
ideas of others, and to hear how ones own ideas might be improved.
Cooperating appropriatelythe creative individual co-operates appropriately with others.
This means working collaboratively as needed, not necessarily all the time.
(5) Disciplined. As a counterbalance to the more intuitive side of creativity, there is a need for
knowledge and craft in shaping the creative product and in developing expertise.
Developing techniquesskills may be established or novel but the creative individual will
practice in order to improve.
Reflecting criticallyonce ideas have been generated, evaluation is important. Such
convergingrequires decision-making skills.
Crafting and improvingtaking pride in work, attending to details, correcting errors
indicate people whose creative skill is of the highest order (Berger, 2003; Ericsson et?al.,
Our definition of creative habits of mind was arrived at after careful weighing up of the pros and
cons of existing lists of creative dispositions (Spencer et al., 2012). Whereas most definitions of
creativity include elements of being imaginative and inquisitive, we explicitly added three dimen-
sions which are not so often included in:
PersistentGiven the complexity and challenges inherent in much creative acts (Koestler, 1964),
being able to persist in the face of difficulty is essential.
CollaborativeWhile there has long been a socioconstructivist strand of thinking about learning
(Vygotsky, 1978), with creativity we have tended to focus on individuals and not on groups. Yet
creative advances in the fields of science, technology and management today almost always stress the
social components (Amabile & Pillemer, 2012; Laudel, 2001).
DisciplinedThe craft and disciplined practice aspects of creativity have always been part of any
consideration of creativity, but the literature of expertise suggested to us that it should receive greater
emphasis (Ericsson, 2006).
282 B. LUCAS
Assessing Creativity in Schools
There are some particular challenges when assessing creativity in schools, especially with students in
the age 1116 range. The first is the way that lessons are organized by subjects and the consequent
difficulty this poses for interdisciplinary work. The second is the historic association, which exists
between creativity and the arts (as opposed to, say, with the sciences where it is equally valid). The
third is the accountability structures of most countries, which privilege certain kinds of academic
success (and the assessment of its progress) in high status subjects, typically English, Mathematics,
and Science. Nevertheless the potential advantages of assessing creativity in schools include:
Indicating that creative-mindedness is taken seriously as an important aspect of the formal
curriculum in schools;
Inspiring the development of curricula and teaching activities that foster creativity;
Helping teachers to be more precise in their understanding and development of creativity;
Providing formative feedback to students to enable them to develop their creativity;
Raising the status of creativity and building a consensus view of its component elements.
Notwithstanding the difficulties, attempts to assess creativity have a rich history (Beattie, 2000;
Hocevar, 1981; Treffinger et al., 2002). Our review found a variety of assessment instruments for the
development of specific traits linked to creativity (Beattie, 2000; Hocevar, 1981) including the use of
descriptive rubrics supported by examples (Lindström, 2006), assessment by peers, assessment using
portfolios, assessment using mixed methods (Treffinger et al., 2002), psychometric approaches
(Guilford, 1950; Torrance, 1970), and various forms of self-assessment (Deakin-Crick, Sebba,
Harlen, Guoxing, & Lawson, 2005). In an attempt to categorize these assessments, Plucker and
Makel (2010) suggest that tests for creativity fall into a number of categories:
Psychometric tests for divergent thinking;
Behavior or personality tests of past behavior or personality characteristics;
Personality tests of personality correlates of creative behavior;
Activity checklists of experience associated with creative production;
Scales assessing attitudes toward important aspects of creativity or divergent thinking;
Advanced techniques for the assessment of creative products;
Expert judges to assess level of creativity in a product or response;
Consumer product design models to assess creative design of product.
Yet we found no examples of widely used and current methods of assessing creativity in schools,
although subsequently we have begun to work with the state of Victoria in Australia where a suite of
online assessment tools have been developed and are currently being trialed.
Within the capability
critical and creative thinkingschools are exploring the ways in which creative capabilities (similar
to the creative habits of mind in our model) can be embedded within different subjects, explicitly
taught and assessed. The Victorian Curriculum and Assessment Authority is the only Australian
state to have attempted to map the progression of creative capability to show expected levels of
capability across the 10 years of compulsory schooling.
Our work is exploring how specific
pedagogic approaches can be linked to increased teacher understanding of face to face and online
assessment activities to assess progress within critical and creative thinking.
While elements of Pluckers and Makels categories can be seen in some educational assessment
activity checklists, scales indicating attitudes and expert judgement by teachers and others, for
examplethere has, to date, been no holistic framework against which any assessment activity can
See for early thinking on this kind of assessment.
be carried out. In any assessment activity in schools there is a more fundamental question that needs
to be asked. We need to be clear as to why it is being done, for the ends will largely determine the
There are two distinct and sometimes overlapping purposes of assessment in education: one is to
provide certification of achievement; the other is to facilitate learning (Boud & Falchikov, 2006).
Assessment can thus be formative, helping students and teachers improve, or summative, enabling
measurement of capability and comparison. Approaches to formative assessment have been shaped
significantly by approaches known as Assessment for Learning (AfL). AfL uses a range of feedback
methods to help learners to progress more effectively (Black & Wiliam, 1998). Wiliam (2006) argues
that there are five core strategies in AfL:
(1) Clarifying and understanding learning intentions and criteria for success;
(2) Engineering effective classroom discussions, questions, and tasks that elicit evidence of
(3) Providing feedback that moves learners forward;
(4) Activating students as instructional resources for each other;
(5) Activating students as owners of their own learning.
Leahy and Williams address to the American Educational Research Association conference in
2009 similarly suggested that there is a strong case for the use of formative assessment to improve
learner outcomes. They observed that over the past 25 years, at least 15 substantial reviews of
research, synthesizing several thousand research studies, have documented the significant positive
impact of classroom assessment practices on students(Leahy & Wiliam, 2009, p. 2).
At a practical level assessing something such as creativity summatively could give rise to reduc-
tionist ridicule as we have observed elsewhere in a review of wider skills for the National Endowment
for Science Technology and the Arts in the United Kingdom: The idea that young people could
come out of school labeled as a level 7 imaginer or grade C collaborator is horrificyet clearly some
kind of evaluation of success is necessary(Lucas & Claxton, 2009, p. 25). Blamires and Peterson
(2014) offer a useful summary of the issues with regard to the assessment of progress in creativity in
schools, which concludes both that it is possible and that AfL approaches may be particularly helpful.
In our own study design we tried explicitly to avoid the use of over-simplified summative comments
and to explore the benefits of engaging students and teachers in a formative dialogue about the
development of creative habits of mind.
The Study
Twelve schools in England were identified, through their engagement with the organization Creative
as having a genuine interest in and some experience of developing studentscreativity.
CRLs five-dimensional model of creativity, initially presented in the form of a table and, after
interaction with teachers re-presented as a circle, was used to underpin a number of professional
learning sessions. Once its five components were understood, teachers shared current practices and
explored new methods by which such creative habits of mind might be developed. The research team
also suggested approaches to pedagogy, which might be helpful.
Possible approaches to the assessment of creativity were discussed and, using an Appreciative
Inquiry approach (Cooperrider & Whitney, 2005), methods, which had been used with some degree
of success, were explored. After an exploration of the advantages and disadvantages of formative and
summative approaches to assessment, teachers strongly favored an approach that encouraged a
formative approach to assessment tool design and that put the emphasis on the more structured
development of creativity in learners.
284 B. LUCAS
Two field trials were carried out exploring two of our five Creative Habits of Mind in a total of 12
schools. The first was a proof of concept that was designed to show how easy or difficult it was for
teachers to map a student onto the framework, how easy or difficult it was for teachers to decide on,
and gather, suitable decision-making evidence/data, what the sticking points were, and how the
process could be improved. The focus of the first trial was on just one of the habits—“inquisitive.
The second trial focused on self-assessment by individual learners. It was designed to ascertain the
extent to which students perceived that they were able to self-assess imaginationand whether
students were able to provide sufficient supporting evidence.
For the first trial, the assessment tool that is depicted in Figure 3 was designed so that it could
potentially describe three dimensions of inquisitive:
Strengththe level of independence demonstrated by students in terms of their need for
teacher prompts or scaffolding, or their need for favorable conditions;
Breadththe tendency of students to exercise creative dispositions in new contexts, or in a new
Depththe level of sophistication of disposition application and the extent to which applica-
tion of dispositions was appropriate to the occasion.
In the first trial, teachers at six schools (3 primary and 3 secondary schools) were asked to focus
on 6 to 12 students in their class and attempt to map each students profile onto a copy of the
reporting tool at a single moment in time by shading in the appropriate strength,”“breadth,and
depth(Lucas et al., 2013). While teachers found the 15 sub-habits useful, even being asked to focus
on three related to inquisitivemeant 12 potential fieldsto consider for each student when
factoring in progression according to strength, breadth, and depth. This was considered burdensome
by some of the teachers.
For the second trial teachers at 11 schools (5 primary and 6 secondary schools) used a
modified tool that is depicted in Figure 4 for students to self-assess within one of their classes
for a period of 46 weeks. Teachers implemented this project in a variety of ways, generally
following the guidelines given by the project team. That is, most teachers showed an online
presentation we had prepared that explained the concept of creativity, why its assessment would
be beneficial, and how it could be used in their classes. Many students were given the
opportunity to develop their own definitions of imagination, through various means including
Figure 3. Field trial 1 assessment tool.
discussion, mind mapping, and blogging. Teachers held two to three class sessions with the class
prompting them to self-assess using the pre-formatted student-reporting tool. They were asked
to consider, from recent examples, how imaginative they had been in comparison with the
exemplar statement on the tool. Specifically they were invited to comment on the degree to
which the behavior described was like me(not at all, a little, quite, very much). Students were
encouraged to gather and share evidence to justify their judgments. It was not within the scope
of the study to analyze the validity of these ratings, but they were clearly well distributed across
the range of self-reported expertise within the specific creative habit.
Views of teachers and students in both field trials were gathered using questionnaires and in
structured conversations at professional learning events. On the evidence these views, the concept of
such an assessment framework for creativity in schools is seen as valuable. The framework served as
a prompt to teachers to enable them to establish and maintain focus and as an effective formative
assessment tool to track studentscreativity. The language of the tool provided students with a new
vernacular with which to describe their behavior and monitor different dimensions of their learning.
More detailed analysis of the trials and their participantsviews are examined elsewhere in detail
(Lucas et al., 2013).
In summary, the field trials showed that it is operationally possible for teachers and
students to track the development of studentscreativity with the five habits exhibiting face
validity. Our conception of creativity fitted teachersunderstandings of the creative disposi-
tions that they would wish students to develop. Benefits of using the assessment tool are broad
and relate to:
A boost to the status of creativity;
The potentially powerful use of feedback by students to support them in harnessing more of
their creativity;
The additional focus and precision in classroom activities, helping teachers to think specifically
how they could cultivate the full range of creative dispositions;
A balance of simplicity and rigor, spanning the gap between theory and practice;
A way of structuring conversations within a community of practitioners interested in teaching
and assessing creativity;
A way of organizing the collecting, tagging, and exchanging of teaching and learning materials
using the toolsstructure.
Figure 4. Field trial 2 assessment tool.
286 B. LUCAS
Although creativity is becoming increasingly important today, the subject is broad, vague, and
daunting for many teachers. In a small-scale trial we have shown that it is operationally possible
to define creativity in ways that teachers find valid and useful. In two field trials we have demon-
strated that it is at least technically possible for teachers and students to begin the complex task of
assessing the development of the creative habits of mind, which are part of our five-dimensional
model of creativity. Clear limitations to our study include, but are by no means confined to: the age
of students, the willingness of teachers to participate, the nature of school curricula, the distracting
power of external accountability regimes and, of course, the reliability and validity of the assessment
tools and processes.
But this study has also highlighted some real opportunities for advancing our understanding of
the ways in which measurement can be applied in schools to interdisciplinary fields such as
creativity. One area that is already proving promising is engineering (Lucas & Hanson, 2014),
where pedagogy and innovation in a combination of curriculum development and approaches to
assessment are currently being explored in a prototyping project in England. Where the field of
school is broad, interdisciplinary, and multifaceted, we hypothesize that the rigor required to develop
reliable, valid assessment materials may also help to deepen understanding and help to focus more
precisely on delivering desired learning outcomes.
There are implications for practice, policy, and research. In terms of practice many schools are
beginning to experiment with the five-dimensional model. Appendix 1 shows how one school in
Sydney, Australia, has used the model to structure its entire curriculum, incorporating key features
of language, pedagogy, and desirable thinking routines (Ritchhart, 2011). In terms of policy, the State
of Victoria is working with the author to develop and validate online assessment materials as part as
its broader implementation of a capability-led curriculum. It has explicitly set out to show on an
empirical level how critical and creative thinking is both learnable and its development capable of
being measured. With regard to research, the Organisation for Economic Co-operation and
Development (OECD) is using CRLs five-dimensional model as its initial frame for taking stock
of how countries or institutions explicitly assess creative and critical thinking skills in eight countries
in 2015 to 2016.
The OECD will further develop and prototype assessment tools, refine the language
with which teachers and students discuss their creativity, and create fora for knowledge exchange on
practices around the fostering and assessment of creative and critical thinking skills in schools. CRLs
model also invites other research endeavors in the fields of pedagogy, creativity, school leadership,
and, of course, educational assessment.
This article draws substantially on research commissioned by Creativity, Culture and Education (CCE) and by the
Organisation for Economic Co-operation and Development (OECD), undertaken by the author with his colleagues
Guy Claxton and Ellen Spencer in 20112012, published by OECD as a Working Paper in 2013. The article also draws
on further empirical testing by schools and education departments across the world. For this special issue the material
has been re-presented to focus on the possible applications of CRLs five-dimensional model of creativity for practice,
policy, and research. A small amount of specific description of the five habits and of data-analysis is included verbatim
from the earlier OECD work. The author is particularly grateful to the many schools whose teachers have contributed
to the thinking in this article, especially Rooty Hill High School in Sydney, Australia, and, most of all, to his two
researcher colleagues at CRL.
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Appendix 1: Rooty Hill High Schools Creativity Wheel
290 B. LUCAS
... In his review, Lucas [34] found multiple assessment instruments for the development of specific traits linked to creativity, including the use of descriptive rubrics supported by examples, assessment by peers, assessment using portfolios, assessment using mixed methods, and various forms of self-assessment. ...
... One of the essential characteristics of creativity is the ability of students to show divergent thinking, which is the ability to generate multiple solutions [34]. With conventional standardized tests, students are encouraged to share the right answer and avoid the wrong ones [35]. ...
... In 2016, Lucas [34] introduced the five-dimensional model of creativity. The model has five core creative habits, namely, inquisitive, imaginative, persistent, collaborative, and disciplined. ...
... Creative dispositions describe creative behavior patterns that are shown by individuals without coercion (Sukarso et al., 2019). Creative dispositions by Lucas et al. (2016) described in five domains, namely inquisitive, collaborative, persistent, imaginative, and disciplined which in previous research Sukarso & Muslihatun (2021); Sukarso et al (2022) influenced students' creative thinking skills. ...
... The type of questionnaire is a questionnaire with closed answers using a Likert scale with 5 parameters: Always, Often, Sometimes, Rarely, and Never. Questionnaire material is focused on inquisitive, collaborative, persistent, imaginative and discipline dimensions (Lucas et al. 2016) and in this study the questionnaire developed by Sukarso et al. (2019). The creative thinking skills test is in the form of 5 questions in essay form, used to measure students' creative thinking skills compiled and developed by researchers on biodiversity material. ...
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Given the importance of globalization and the need to train students' thinking skills and broad knowledge to prepare them to face the demands of the 21st century work, education from the start needs to look more critically at educational practices and learning methods that should be directed. This study seeks to examine the effect of applying the guided inquiry model with the Self Regulated Learning approach to students' creative dispositions and creative thinking skills in high school biology learning. To achieve this goal, a sample of 70 students at one of the State Senior High Schools in Mataram, NTB. Subjects were purposively grouped into the experimental class, namely learning using the Guided Inquiry Model with the Self Regulated Learning (IT-SRL) Approach and the control class using the Ordinary Guided Inquiry (IT) model. Data on students' creative dispositions were obtained from a creative disposition questionnaire while data on students' creative thinking skills were obtained from tests of creative thinking skills which were compiled based on indicators of creative thinking skills. Hypothesis testing in this study uses. The results of the ANCOVA test showed that students who were taught using the guided inquiry model using the self-regulated learning (IT-SRL) approach had better creative dispositions and creative thinking skills than students who were taught using the inquiry method (IT).
... Encouraging a student to be Inquisitive, Imaginative, Persistent Collaborative Disciplined: [73][74][75]. ...
... Creative Engagement in the classroom includes students being involved in tasks that are open-ended and/or involve choice [25,72,23,5] and students learning according to their own pace [23]. Creative Habits of Mind (CHoM) are important for prompting learners 'creativity [73,74,75] and the "Creative Habits of Mind" (CHoM) model comprises five habits and each habit composes three sub-habits: (1) Inquisitive: ...
Educational policy plays a pivotal role in influencing educational practices in schools and can help promote creativity. In Saudi Arabia, however, few studies have focused on the analysis of these educational policies or on how they promote creativity with gifted students. Given that all schools in Saudi Arabia follow the educational policies issued by the Ministry of Education (MoE) and schools do not have separate educational policies or implementation documents to promote creativity, these policies could have a greater influence than in other countries where guidance is provided to schools on implementing national education policies. This study aimed to understand how the promotion of creativity is expressed for gifted students in Saudi Arabia by analysing educational policies issued by the MoE. To inform and guide the analysing of data, a 3Ps framework (Press, Process, and Person) was synthesised and used in the study. The findings identified two major gaps in the Saudi educational documents regarding gifted education for secondary school students. The first gap was the lack of a clear definition of creativity and giftedness, the relationship between creativity and giftedness, and the contradictions in defining creativity and giftedness. The second gap in these documents was a lack of detail about implementation mechanisms that could benefit teachers in schools. This study, therefore, suggests adding another (P) to the 3Ps framework for improvement, that is, promoting creativity in the educational context needs to include Policy, leading to four embedded circles of (P): Policy, Press, Process, and Person.
... During this creative thinking process, novelty reflects imagination, experience, and thinking abilities (Černochová & Selcuk, 2019). There is a growing agreement that creativity is an important aspect of real-world intelligence that includes questioning assumptions, taking reasonable risks, and framing problems (Lucas, 2016). Creativity is often seen as synonymous with success. ...
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Abstrak. Artikel ini menyoroti strategi baru untuk menumbuhkan keterampilan kewirausahaan siswa dengan menerapkan pembelajaran infusi berpikir kreatif sebagai kerangka pembelajaran di kelas biologi. Pembelajaran infusi berpikir kreatif diartikan sebagai usaha membawa atau menunjukkan tahapan berpikir kreatif pemecahan masalah pemikiran siswa di dalam kelas. Untuk membantu siswa terlibat dengan infusi di kelas, kami menggunakan diagram berpikir kreatif untuk menghasilkan ide-ide kewirausahaan yang menerapkan konsep Biologi dalam memecahkan masalah. Keterampilan kewirausahaan siswa diukur dengan enam indikator kewirausahaan kreatif. Untuk mengetahui indikator-indikator tersebut, artikel ini menggunakan rancangan one group pre-test post-test design dan pendekatan metode campuran dengan menggunakan diagram thinking, angket, esai reflektif, dan wawancara. Hasil analisis tidak menunjukkan adanya pengaruh yang signifikan dari pembelajaran infusi berpikir kreatif terhadap keterampilan kewirausahaan. Hasil ini ditunjukkan dengan tidak terlihatnya perbedaan signifikansi pada keenam indikator. Abstract. This paper sheds a new light on the strategies to foster student’s entrepreneurial skills by administering creative thinking infusion learning as the learning framework in a biology classroom. Creative thinking infusion learning is construed as bringing or showing the stages of creative problem solving’s thinking of student thinking in the classroom. To assist student engaging with the infusion in the classroom, we utilised creative thinking diagram to generate entrepreneurial ideas that apply the concept of Biology in solving a problem. Student’s entrepreneurial skills were gauged by six creative entrepreneurship indicators. To investigate those indicators, this paper administrated one group pre-test post-test design and mixed-method approach by using diagram thinking, questionnaires, reflective essays, and interview. The analysis did not show any significant impact of the creative thinking infusion learning towards entrepreneurial skills. This result was demonstrated by no significance differences were seen in the sixth indicators.
... Creative thinking skills are the ability in creating, implementing, communicating, and working creatively with others (Tran et al., 2017;Trilling & Fadel, 2009). The developing of people's creative thinking skills has actually become one of the educational goals in the 21st Century and, therefore, it is also essential to evaluate creative thinking skills (Lucas, 2016;Sugiharto et al., 2019;Tran et al., 2017). One of Several international institutions that much concern to evaluate creative thinking skills is the Global Innovation Index (GII) as a global-level measuring organization for innovation (Dutta et al., 2020). ...
This study aimed to investigate the validity, reliability, scale understanding, item difficulties, and bias items of the instrument for analyzing the needs of biology teachers regarding the assessment of creative thinking skills using the RASCH model. The instrument was modified based on the indicators of divergent and convergent thinking processes in the scientific learning stages integrated with the dimensions of creative thinking skills by using ADDIE research model. The research participants comprised of 104 participants from the Solo Raya area, those of whom were 64 Senior High School Biology teachers and 40 Junior High School Science teachers. The research instrument used inventory with a Likert scale of 1 to 4. The instrument validity, reliability, scale understanding, item difficulties, and bias items were analyzed by applying the RASCH model using Winstep 3.73. The research results showed that the overall validity was acceptable, and the item validity did not need improvement. Overall reliability was very good, and the item reliability was excellent. Rating scale analysis showed respondents had understood the Linkert scale of 1 to 4 well. Based on the item difficulties results of the teachers' responses, it was found that there had not been any teachers who evaluated the indicators of creative thinking skills by using writings or pictures in problem-solving assessment. The bias test results on the instrument items indicated that five items could potentially be biased due to age difference, and the two others were due to gender type. Therefore, the development of assessment instruments for creative thinking skills with scientific and social problem-solving based assignments, as well as writing and visual expressions, is required.
Creativity is recognised as a key facet of the suite of 21st century skills driving education worldwide. Understanding its existence outside of The Arts is vital for recognising young children’s creativity. However, what constitutes creativity and what it ‘looks like’ is not always clear. As a result, inconsistency and lack of efficacy when educators and parents attempt to encourage the development of young children’s creativity is possible. To investigate implicit theories of creativity relating to what creativity is and who is considered creative, parents and educators of four to eight-year-old children in four early learning contexts in Perth, Western Australia, were invited to complete a questionnaire. Findings suggest there may not be a strong tendency towards recognising creativity in The Arts but there may be an inclination to recognise eminent men’s creativity more than women’s. Additionally, there appears to be a lack of recognition of ‘daring’ as a creative behaviour.
In this article, a teaching artist shares their understandings about designing a large-scale interactive intermedial arts experience for children aged five to eight years, and articulates findings about the conditions that promote quality experiences of this kind. When designing interactive arts experiences, a tension exists between providing openness and structure that derives from motivations to inspire creativity, but this does not need to be the case. Fears of constricting and stifling participants’ creativity are voiced frequently. Enabling constraints are presented here as a method of promoting openness, creativity, and acts of imagination in interactive arts experiences.
Creativity has been identified by many scholars as a fundamental capability to cultivate in individuals in school and in society at large. Internationally, educators are exploring how to foster creativity in classrooms. A brief review of relevant literature on defining creativity, nurturing creativity in classrooms, and assessing creative products is followed by a description of a study that featured nine-year-old students designing and producing creative products. Two of the main purposes of the classroom-based research were to develop students’ visual meaning-making skills and competencies by focusing specifically on elements of visual art and design in picturebooks, and to extend their narrative competence through a focus on metafictive literature. A retrospective analysis of specific activities that occurred during the research with respect to their potential for nurturing habits of mind associated with creativity is followed by the analysis of one student’s creative product, her multimodal narrative representation. The discussion includes consideration of the importance of educators deepening their theoretical and practical knowledge of the construct of creativity as they endeavour to teach about, for and about creativity, and to) assess creative learning by students.)
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When learners speak, write, or draw their ideas, they deepen their cognition. Project Zero's Visible Thinking approach shows how.
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Creativity is widely accepted as being an important outcome of schooling. Yet there are many different views about what it is, how best it can be cultivated in young people and whether or how it should be assessed. And in many national curricula creativity is only implicitly acknowledged and seldom precisely defined. This paper offers a five dimensional definition of creativity which has been trialed by teachers in two field trials in schools in England. The paper suggests a theoretical underpinning for defining and assessing creativity along with a number of practical suggestions as to how creativity can be developed and tracked in schools. Two clear benefits of assessing progress in the development of creativity are identified: 1) teachers are able to be more precise and confident in developing young people’s creativity, and 2) learners are better able to understand what it is to be creative (and to use this understanding to record evidence of their progress). The result would seem to be a greater likelihood that learners
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These reports have been commissioned to introduce readers to the main principles, theories, research and debates in the field. They aim to introduce the major themes and writing pertaining to each area of study and to outline key trends and arguments. About the authors Ellen Spencer is senior researcher at the Centre for Real-World Learning (CRL) at the University of Winchester. Her ESRC funded MA and Ph.D at the University of Warwick examined the impacts of government policy on capacity for school improvement. Much of her research work involves exploration of how teachers can foster cultivation of positive learning dispositions in pupils through classroom practice. She co-authored (with Bill Lucas and Guy Claxton) Making It, CRL's recent publication exploring the impacts of 'studio teaching' approaches on learning-mindedness and motivation of pupils.
The theoretical framework presented in this article explains expert performance as the end result of individuals' prolonged efforts to improve performance while negotiating motivational and external constraints. In most domains of expertise, individuals begin in their childhood a regimen of effortful activities (deliberate practice) designed to optimize improvement. Individual differences, even among elite performers, are closely related to assessed amounts of deliberate practice. Many characteristics once believed to reflect innate talent are actually the result of intense practice extended for a minimum of 10 years. Analysis of expert performance provides unique evidence on the potential and limits of extreme environmental adaptation and learning.