Torrance Journal for Applied Creativity
TorranceJournal_V1
TorranceJournal_V1
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The Levels of Service approach focuses<br />
on developing all children’s talent—the<br />
potential <strong>for</strong> significant contributions (in<br />
original or creative ways) in any domain<br />
of inquiry, expression, or action, over<br />
an extended period of time—and is so<br />
vital <strong>for</strong> survival and success in the 21st<br />
Century (Schroth, 2013; Treffinger,<br />
Young, Nassab, & Wittig, 2004). Using<br />
the talents and ef<strong>for</strong>ts of parents, teachers,<br />
administrators, specialists, and other<br />
members of the general public, the Levels<br />
of Service approach tailors services to<br />
meet each child’s skills, talents, and needs<br />
(Schroth, Collins, & Treffinger, 2011;<br />
Treffinger, Young, Nassab, & Wittig,<br />
2004).<br />
The Autonomous Learner<br />
Model (ALM) also provides a vehicle<br />
through which students may work to<br />
build their creative thinking and problem<br />
solving skills (Betts, 2006; Betts &<br />
Kercher, 1999). Based upon the concept<br />
that children work best when pursuing<br />
those interests in which they are passionately<br />
involved, the ALM permits different<br />
children to work on different tasks<br />
(Betts, 2004; Betts, Toy, & Vasquez,<br />
2006). Teachers who plan to provide<br />
most creative thinking and problem<br />
solving skills themselves would do well<br />
to review various means of differentiating<br />
instruction (Smutny & von Fremd,<br />
2010; Tomlinson, 2003). Using student<br />
readiness levels, interests, and learning<br />
profiles, differentiated instruction permits<br />
teachers to meet students’ needs in<br />
ways that provide an appropriate level of<br />
challenge <strong>for</strong> all (Schroth, Helfer, Beck,<br />
& Swanson, 2011; Tomlinson, 2014).<br />
By thinking about how the teaching of<br />
creative thinking and problem solving<br />
skills might fit within the day, teachers<br />
assure that such instruction occurs. No<br />
single program model will work best <strong>for</strong><br />
all schools, classrooms, or children. Each<br />
administrator, teacher, and parent must<br />
consider the unique resources and needs<br />
facing him or her and make the best<br />
decision possible <strong>for</strong> the children served<br />
(Schroth, 2014).<br />
24<br />
Creative Problem Solving (CPS) and<br />
the Creative Arts<br />
Two methods of teaching<br />
<strong>Torrance</strong> found useful <strong>for</strong> building<br />
children’s creative thinking and problem<br />
solving skills were CPS and the creative<br />
arts. Each of these is an attractive entry<br />
point <strong>for</strong> the novice teacher, as a wealth<br />
of materials have been developed <strong>for</strong><br />
creative thinking and problem solving<br />
skills to be taught in a manner to optimize<br />
student growth (<strong>Torrance</strong>, 1962;<br />
<strong>Torrance</strong> & <strong>Torrance</strong>, 1973). Both CPS<br />
and the creative arts are also intellectually<br />
rigorous and nuanced, permitting even<br />
the most seasoned veteran opportunities<br />
to craft novel, innovative, and appropriate<br />
instructional experiences <strong>for</strong> children<br />
(Schroth & Helfer, 2011; Smutny &<br />
von Fremd, 2009; Treffinger, Isaksen &<br />
Stead-Dorval, 2006). Using one of these<br />
teaching methods to introduce creative<br />
thinking and problem solving skills, and<br />
then to build upon these competencies,<br />
allows children the opportunity to develop<br />
these abilities (<strong>Torrance</strong> & <strong>Torrance</strong>,<br />
1973). The rich and comprehensive<br />
resources available <strong>for</strong> each of these ways<br />
are also helpful, as they provide teachers<br />
wanting to improve their practice ample<br />
examples and materials to do so.<br />
Creative Problem Solving<br />
First developed during the<br />
1950s by Parnes and Osborne, CPS is<br />
a proven way of building the creative<br />
thinking and problem solving skills<br />
of learners of any age (Osborn, 1963;<br />
Parnes, 1967; Treffinger, Isaksen, &<br />
Stead-Dorval, 2006). CPS is a flexible<br />
and dynamic process (Treffinger, Isaksen,<br />
& Stead-Dorval, 2006; Treffinger, Selby,<br />
& Schoonover, 2013). Those using the<br />
process can begin at any point and may<br />
revisit those parts as necessary (Schroth<br />
et al., 2011; Treffinger, Isaksen, &<br />
Stead-Dorval, 2006). CPS consists of<br />
four main components and eight specific<br />
stages, which may be used in unison<br />
or individually (Treffinger, Isaksen, &<br />
Stead-Dorval, 2006). The components<br />
consist of Understanding the Challenge,<br />
Generating Ideas, Preparing <strong>for</strong> Action,<br />
and Planning Your Approach (Treffinger,<br />
Isaksen, & Stead-Dorval, 2006). The<br />
specific stages are framing problems, exploring<br />
data, constructing opportunities,<br />
generating ideas, developing solutions,<br />
building acceptance, appraising tasks, and<br />
designing process (Treffinger, Isakesen,<br />
& Stead-Dorval, 2006). A variety of<br />
tools exist to help with each of the stages,<br />
such as brainstorming, SCAMPER (i.e.,<br />
substitute, combine, adapt, modify, put<br />
to another use, eliminate, and reverse),<br />
ALoU (i.e., advantages, limitations, overcome<br />
limitations, and unique features),<br />
and many others (Treffinger & Nassab,<br />
2000).<br />
CPS can be used with students<br />
of any age, with any subject, and at any<br />
time (Schroth et al., 2011; Treffinger,<br />
Isaksen, & Stead-Dorval, 2006). A third<br />
grade teacher, <strong>for</strong> example, who is exploring<br />
continuity and change with her students<br />
may use a variety of CPS strategies<br />
and tools as part of that process (Cali<strong>for</strong>nia<br />
Department of Education, 1998).<br />
If her overarching goal is <strong>for</strong> students<br />
to demonstrate basic economic reasoning<br />
skills and an understanding of the<br />
economy of the local region, she might<br />
suggest the children work in groups to<br />
develop a product using local resources<br />
with appeal to consumers in the area. To<br />
begin this process, the children engage<br />
in a brainstorming exercise, focusing on<br />
generating as many products as possible,<br />
welcoming unusual options, withholding<br />
criticism from ideas generated, and<br />
combining ideas to create new options<br />
(Treffinger & Nassab, 2000; Treffinger,<br />
Selby, & Schoonover, 2013). Once a list<br />
of possible products is generated, the students<br />
could use SCAMPER to hone and<br />
improve some of the popular ideas, this<br />
time engaging in a more critical approach<br />
(Treffinger, Isaksen, & Stead-Dorval,<br />
2006; Treffinger & Nassab, 2000).<br />
Finally, when one or two of the potential<br />
products are selected as most popular,<br />
the children might use ALoU to analyze<br />
each and to determine the one to use <strong>for</strong><br />
producing a prototype (Schroth, Collins,<br />
& Treffinger, 2011; Treffinger & Nassab,<br />
2000).