M.Ed. (Subject Didactics) / It is important that allowances be made for the Mathematics gifted pupil, who is seen as the problem solver of the future. Mathematics gifted pupils, on the average, use half their time to work thoroughly through the average syllabus and achieve 90% plus. The average subject teacher does not always have the necessary time for the gifted pupil. He is thus left to his own devices. The lack of facilities, sufficient qualified teachers, support from like-minded people, stimulating opportunities, resource centres and other stimulating factors add further to the pupils' frustrations. Enrichment of syllabi is seen as one of the most prominent provisional possibilities for the gifted child. The reason for this is found in the fact that the gifted child does not constitute even 5% of the population. They are kept mainly in the mainstream and are in no way identified as a group for any type of special educational need, like acceleration. Enrichment by means of educational computer programmes does not need individual teaching or a faster pace, but an adjustment in the activities within the classroom. Teaching, with the aid of computers, offers an educational aid which offers the opportunity for more effective provision for the gifted child ...

This research sought to discover whether minority and economically disadvantaged students are underrepresented in gifted and honors programs. Another goal was to ascertain attitudes of students and teachers currently participating in gifted and honors programs regarding: admission criteria; adequacy of teacher preparation to meet special needs of gifted and honors students; levels of needs satisfaction of gifted and honors students; perceptions of students and teachers about program modification.

The education of all students is important in the school system, however, all students learn differently and are at different levels. One strategy that is used to cope with this issue is differentiated instruction. Di fferentiated instruction is when you teach to the individual student's needs by pre-assessing and determining those needs. If the student already know the information you need to move onto something more challenging for them. Often these gifted students already know the information, since they do come into each grade knowing 50% of the curricula, but quite often they are taught it again.

Inclusive education requires of teachers, as managers and facilitators in classrooms, to deal with all aspects regarding effectively addressing barriers to learning. Of specific concern are the cognitively gifted learners who are not taught in their mother tongue but who attend schools where the language of learning and teaching is English. This qualitative study deals with the support provided by Grade Four teachers to cognitively gifted English Second Language (ESL) underachievers. The research indicates that the teachers are aware of English Second Language (ESL) learners who show behaviours associated with cognitive giftedness but who,when considering their potential, underachieve. These learners do however not receive support in the classroom to address their specific barrier to learning, which is the dual exceptionality of cognitive giftedness co-occurring with poor English proficiency. Support for all aspects of the cognitively gifted Grade Four English Second Language (ESL) learner’s needs is recommended. / Inclusive Education / M. Ed. (Inclusive Education)

In the majority of schools gifted learners are given the same quantity and quality of academic work as their non-gifted classmates. In some cases gifted learners are left to look after themselves when they are done with class work or worse still, asked to teach their non-gifted classmates. Some educationists advocate for a differentiated curriculum between gifted and non-gifted learners. This study sought to establish the impact of enrichment programs to gifted Science learners. Forty gifted learners were identified and drawn equally into one of the two groups — experimental or control. These learners wrote a pre-test after which the twenty learners in the experimental group received enrichment. The forty learners then wrote the same post-test to assess their understanding of the concepts learnt. The cycle was repeated but with a different topic. Learners’ marks were compared and it emerged all twenty learners in the experimental group performed better than those in the control group. Gifted learners should therefore be given enrichment as it deepens, broadens, and sharpens their understanding of concepts. / Science and Technology Education / M. Ed. (Natural Science Education)

Analysis of a particular north-central Texas public high school revealed a strong representation of Hispanic females in advanced academic programs, i.e., AP and GT in proportion to their representation in the overall student population. Research seems to indicate that a progressive approach to academic-potential identification; culturally effective mentoring, traditional Hispanic values, and newly emerging personal and social characteristics all seem to be contributing factors. This study seems to indicate that a new type of Hispanic female is emerging who is more assertive academically, more visible in the classroom, and less marriage-and-family oriented as might be believed by teachers, society, their peers, and perhaps even their parents.

The underrepresentation of gifted Black and Biracial students is a pervasive problem in and of itself, and indicates a much larger struggle of disproportionality of Black and Biracial students who are not called upon or supported in efforts to meet their academic potential. Therefore, an evaluation of the inequity generated by gifted education is warranted. It is true that the majority of gifted programs are often predominantly White. Accordingly, Black and Biracial students who qualify for gifted programs may face unique challenges in their development of racial identity and their socio-emotional health. Using ethnographic techniques, this case study explored the ways that Discovery School, a predominantly White gifted school (PWGS), addresses race. It asked how Black and Biracial students at Discovery School understood themselves as racial beings. The fundamental research questions that guided this study were: (1) how is race addressed at a PWGS, and (2) how does a student of color feel Otherness at a PWGS? The case study was designed, and findings were analyzed, through the theoretical lens of critical race theory. Data was collected through several means, including interviews, surveys, direct observation, and email prompts. Interviews were conducted with four gifted students of color, three teachers, and three parents. Surveys were sent home for student participants and their parents to fill out together. Teachers and administrators were asked to complete two email interview questions. Throughout the data collection, I frequently observed students learning and playing at the school and recorded field notes. Findings indicate that: 1. Talented and gifted students thrive in programs that are uniquely tailored to meet their advanced academic and cognitive needs. 2. Policies and inadequate communication act as barriers for gifted Black and Biracial students. 3. Within a positive educational community, racial microaggressions- including the silencing of racial dialogue and individual bullying- exist. The results of this study suggest that Discovery School operates in ways that benefit the participants of the study. Overall, the student participants (and most parent participants) were satisfied with their experiences at Discovery School. Additionally, results indicate that Discovery School could strengthen their program with a commitment to diversifying the student population and implementing culturally responsive pedagogy and antiracist practices that change the consciousness of education professionals and offer support systems for gifted Black and Biracial students, and develop curriculum that is more reflective of students of color.

Who are talented and gifted (TAG) students and how do we meet their unique needs in the elementary school setting? The body of literature clearly articulates the unique intellectual, social and emotional needs and characteristics of TAG students. Additionally, the literature supports the implementation of differentiated teaching strategies and affective curriculum to help meet these unique needs. This descriptive phenomenological study allowed gifted children, in fifth grade from a Pacific Northwest suburban elementary school, to share their lived experiences through reflective narratives and art. The data collected generated a central theme of Friends and general themes of Awareness, Feelings, Learning, and TAG Programming. Experiences that included friends were, by far, the most commonly shared; however, the participants also shared stories of wanting to be challenged and how they appreciated teachers who were more creative in curriculum delivery. Delisle (2012), Jessiman (2001) and Bergmark (2008) assert that in order to make progress in school reform and/or improvement we need to listen to our consumers and by consumers they are referring to our students. This study captures the gifted child's experience in elementary school and allows their voice to be heard.

The foregoing fable casts much doubt on some elements of the instructional process. All children cannot fit in the same shoe size just as all children cannot learn the same things at the same rate, following the same teaching strategies. These individual differences should be taken into consideration. The situation is not at all helped by attaching labels to the students. Children are not cows that we herd from one grade to another, all needing the same nutritional requirements. They should be compared more to various species of plants. Some may be like the cactus which only needs water once a month, and too much water would kill it. Other plants may need watering every day. Likewise, all students are individuals and have many different needs.The problem to be examined here concerns the “gifted feet" which were put into the "red shoes". The word "gifted", in referring to students, seems to imply that these students are all geniuses, and, therefore, the term needs some clarification. For the purpose of this paper, the term "gifted" is broadened to also include the "talented" and/or “highly motivated.” For the sake of simplicity, the term "talented" will be used throughout the rest of this paper, but with the understanding that the other two terms are included in the meaning.

This study focuses on the use of American Invention Kits from the Smithsonian Institute in conjunction with a 3D printer. In conjunction with a large dataset from a study funded by the National Science Foundation (NSF), this innovative research focuses on the effect the digital fabrication curriculum unit has on gifted and talented students' knowledge and affinity toward the fields of science, technology, engineering, and mathematics (STEM). Students from two rural middle schools in north-central Texas (N = 190) took part in this quantitative study; the students were divided among four subgroups: gifted-contrast (n = 12), gifted-treatment (n = 8), nongifted-contrast (n = 76), and nongifted-treatment (n = 94). The surveys utilized include the STEM Semantics Survey, TIMSS-Limited, and a knowledge assessment for the specific curriculum unit focused on the solenoid. The STEM Semantics Survey is divided into five subsets. Thirty-two separate one-way repeated measures ANOVAs were performed across the surveys and subgroups. Statistically significant results were found on four comparisons. This research holds implications in the areas of advocating for gifted education, collecting field data, utilizing large datasets, and understanding rural schools.