The DISCOVER Assessment & Curriculum Development Model: This model, which can be applied in any educational setting helps students build on their strengths in problem solving and multiple intelligence. DISCOVER focuses on continuum problem solving which involves clearly solved problems to open-ended problem. Criterion 1: Respect for individuals with diverse abilities, strengths, and goals (FULLY MET) In 1993, Maker created DISCOVER to embrace Gardner’s theory of multiple intelligence and designed curriculum for “individual(s) willingness and ability to meet real challenges and resolve difficulties in his or her personal, academic, and professional environments in new and different but highly effective ways” (Maker, 2009, p. 254). The main goal of this curriculum model was to build on a student 's’ strength in problem solving and creativity using six types of problem solving (Maker, 2009, p. 253). DISCOVER “included researchers from Navajo, Caucasian, Mexican-American, Hispanic, Asian, Tohono O’Odham, and African-American cultures” to apply “research-based theories” to create curriculum from a diverse viewpoint (Maker, 2009, p. 282). Criterion 2: Provide for identification of out-of-school learning opportunities that match students abilities and interests (NOT MET) There are not many opportunities for out-of-school learning opportunities. Though the teacher seems to have the option to further the students’ problem solving skills outside of the classroom, most of the
To identify the learning and development style of myself and a team member we both completed a Multiple Intelligence (MI) test developed by Howard Gardner.
Many studies prove that teaching creative thinking skills helps students gain better achievements. The result of research at Dong Hu Junior High School, for instance, presents that "The overall performance of the students was significantly better on both the academic and technical subjects compared to that in the traditional teaching" (Jeng, YC, Hsu, SL, Xie, J, Lin, R & Huang, CC 2010, P.37). In addition, applying the CASE (Cognitive Acceleration through Science Education) at King's College London, a program of teaching thinking skills, 19% of participating students achieve A-C grades in GCSE (the General Certificate of Secondary Education) science more than those using traditional methods ('Thinking skills' 2003). In English and Maths, the result amazingly varies from 15 to 16% of better achievement. Scientific guidance and lectures from facilitators will effectively motivate pupils’ process of brainstorming, mind-mapping ideas and organizing them in a logical structure, which significantly contributes to the success of their assignments. Moreover, this may even be applied much further into their life because of improving not only knowledge, but also thought processes. Furthermore, being familiar with wise thoughts, students will be confident in learning and considering things thoroughly before going to analysis and then evaluating their tasks or duties. As a result, creative thinking will really help to improve performance of people from
Howard Gardner’s theory of multiple intelligence’s (MI theory) is a valuable resource for teachers, if they understood how they could apply this in the classroom (Snowman & McCown, 2012). In this class, there are multiple intelligences observed amongst the students; however, there is minimal differentiated instruction to allow the students the best opportunities for success. It is critical that teachers understand that their teaching methods may not be wrong, but they
Einstein said: “Everyone is a genius. But if you judge a fish by its ability to climb a tree, it will live its whole life believing that it is stupid.” Now imagine the various students that enter the classroom. They come from all walks of life with different backgrounds and stories to tell. If educators don’t recognize that these differences do in fact exist then some of the fish that pass through those school doors will leave the building believing that they are incapable because of the trees presented for them to climb. Enter culturally responsive teaching. This method or pedagogical device is the answer to bridging this gap that students may encounter when they are not given the opportunity to show their particular geniuses or to act as their own agent in their education.
A study conducted in 2003 by Ofsted that involved England, Denmark and Finland, showed England’s national curriculum compared to the other two countries was:
In an educational world full of standardized testing, rigid curriculums, and, apathetic educators, Gerald Graff and Steven Johnson attempt to redefine what it means to be a true intellectual. Both writers are intent on shining a light on the gray area between the black and white grades of the classroom. Although Graff and Johnson focus on two different aspects of intelligence, both of them are determined to expand the definition of brilliance and ensure its cultivation in modern youth.
We are typically instructed that there is one correct way to complete a task and we should only follow the path of others. With this type of mindset, our society would never improve and only rely only on what is already known which is very problematic when new problems arise. My goal is to continually strengthen my problem solving so that in my career field I can continually provide advancements to supplement growth in several areas.
Public education in America needs reforms to adjust to today's fast paced, technology based society. "Changing Educational Paradigms Animation" by RSA Animate and "Reinventing Education for the 21st Century" by Tony Wanger, prompted me to wonder how does teaching problem solving and critical thinking skills in schools socially and economically benefit students? Both of these videos touched on critical thinking and problem-solving skills and their importance in educating today's work force, but Tony Wanger blew me away with High Tech High, a Sandiego high, middle, and elementary school dedicated to teaching problem solving skills to a wide range of students (Wanger). This school system was an excellent model of students working on their own to create, utilize problem solving skills, and display their hard work. This gave me the idea that we need to shift our education to focus on critical thinking and problem-solving skills to better benefit students entering the work force.
Problem solving skills entail two distinct mental skill analytic and creative thinking. Analytical thinking utilizes comparing and contrasting, evaluating and selecting, to find the best alternative (ITS Education Asia, 2005). Creative thinking uses the imagination to create a large picture of the
‘‘Gardner’s multiple intelligences theory can be used for curriculum development, planning instruction, selection of course activities, and related assessment strategies. Instruction which is designed to help students develop their strengths can also trigger their confidence to develop areas in which they are not as strong. Students’ multiple learning preferences can be addressed when instruction includes a range of meaningful and appropriate methods, activities, and assessments. Gardner’s early work in psychology and later in human cognition and human potential’ led to the development of the initial six intelligences. Today there are nine intelligences and the possibility of others may eventually expand the list. These intelligences (or competencies) relate to a person’s unique aptitude set of capabilities and ways they might prefer to demonstrate intellectual abilities’’ ( (Armstrong, T., 2010). Gardner’s Multiple Intelligences
Today’s education system has become focused on standardized intelligence testing and what works best for the majority. This system, although created to help the masses, is impersonal and only benefits a specific group of students who learn the best through testing. Those students who think creatively and use imagination are left behind. This is why intelligence tests are not accurate measurement of a child’s knowledge as it does not account for creativity and the child’s individual strengths. Changes need to be made within the school system. Instead of focusing on what is “correct” schools should be encouraging problem-solving through the process of making mistakes and failing. This challenges a student to learn about themselves and the world around them. When everything is already laid out for them it is easy to follow. There is no single way of thinking. By making a student have to think on their own it stimulates creativity and allows them to better connect concepts to real world situations.
The hope for cultural improvement in problem areas, even on a global scale, lies primarily in the critical forums of our nation's classrooms, where young, motivated minds are preparing to jump into the world with both feet. Because academic success is measured not only by what is learned, but also by what is taught, it is imperative that all perspectives be provided (Fish 3). 'Intellectual diversity' is used to describe those differing perspectives. Once used to portray an educational tradition that celebrates and nurtures human freedom, it is now used to name exactly what is lacking in Liberal Arts programs today.
Problem solving is a universal process that allows us to make decisions on everything from what to eat and what to wear. These steps contain the necessary knowledge that has been constructed through previous life experiences. Without sufficient experience the supports designed to strengthen our choices are weakened ending in the ultimate failure of the problem.
Every day individuals are faced with many different problems for example deciding what to wear, finding a suitable place to park your car or even completing an assignment. Whatever the problem is, ‘problem solving is defined as any goal-directed sequence of cognitive operations’, as suggested by Anderson (1980, p.257).
Prospective student teachers were required to choose a curriculum document from either the primary or secondary school sector for evaluation. They were required to conduct such an evaluation using the Daniel Stufflebeam’s CIPP (Context, Input, Process and Product) Model. The CIPP Model would be used to determine the usefulness of the curriculum in meeting the needs of the Trinidad and Tobago society. Based on possible weaknesses found in the document, prospective teachers were to offer appropriate alternatives to improve the document’s content and implementation.