Thesis (Ed.D.)--Liberty University School of Education, 2009. / Includes bibliographical references.

Thesis (Ph.D.)--University of North Carolina at Greensboro, 2007. / Title from PDF t.p. (viewed Feb. 29, 2008). Directed by Terry A. Ackerman; submitted to the School of Education. Includes bibliographical references (p. 295-303).

Thesis (Ph. D.)--University of Pennsylvania. / Bibliography: p. 169-176.

The major purpose of the study was to determine whether science process achievement tests could be developed for administration to groups of primary grade students. Six Basic Science Process Tests (BSPT) were constructed as samples of the format proposed. Each BSPT was designed to assess one of the basic science processes taught in the first three parts of the 1967 edition of Science--A Process Approach (Sci-APA). The test items were projected 35 mm color slides with a tape recording which asked questions and controlled slide advancement. Pilot studies in kindergarten, and first and second grades with 320 students in Corvallis and Portland, Oregon during the spring of 1968 contributed to the development of general testing procedures and directions for training students to use BSPTs. Preliminary indications of item performance and time requirements were determined from administrations of groups of validated items to students just completing a year of Sci-APA study at the minimum expected grade levels. The sample BSPTs were assembled and synchronized for automatic administrations to students who had studied the 1967 edition of Sci-APA. Measuring and Classifying BSPTs were administered twice to classes of first, second and third graders in Park Falls, Phillips and Rhinelander, Wisconsin during September, 1968. The 850 students yielded more than 100 students who took each BSPT at the minimum expected grade level who had Sci-APA the previous year, and more than 100 students in the same grades who had no Sci-APA experience. Test-retest score pairs were correlated for each experience group to give reliability estimates for each BSPT. The major question was whether groups of primary grade students could be assessed with the tests developed concerning their science process achievements. The administrations of the standardized, synchronized BSPTs seemed acceptable with student groups. Two of the six BSPTs were accepted as reliable on the basis of test-retest correlations. Thus, it was concluded that successful educational measurement instruments can be constructed to assess science process achievement using this format. A second question considered whether there was a difference in BSPT results between students who had studied Sci.-APA for a year and those who had not. Three of the six BSPTs yielded significantly higher means for the Sci-APA trained groups. Both of the reliable BSPTs which assessed process achievements taught in Part A of Sci-APA produced significantly higher means for Sci-APA students. / Graduation date: 1970 / Supplemental material (tests, slides and audio tapes) can be accessed and used on-site at the Valley Library.

The study investigated the linguistic challenges faced by Setswana-speaking Grade 7 learners when writing Science examinations in English. Learners from rural and township schools are only introduced to English as a language of learning and teaching in Grade 4, which creates problems for the learners because English is foreign to them. Teachers help by translating words or code-switching but it become a problem in the examinations because teachers cannot help the learners during the examination session. Since starting as a Grade 7 Mathematics and Science teacher almost three years ago, I have noticed that Grade 7 Setswana-speaking learners are struggling to understand the language used in formal assessments, which is English. I decided to investigate the linguistic challenges these learners face when writing Science examinations in rural and township schools. The purpose of conducting this research is to help policymakers to meet the linguistic needs of non-native English speakers. The study will also make curriculum development specialists and those who set provincial question papers aware of the linguistic challenges faced by non-native speakers of English in primary schools. Lastly, the study will help readers gain a better understanding of why some teachers prefer to use indigenous languages when they teach over English and why some prefer to use English over indigenous languages. Many literature sources state that non-native English-speaking learners underachieve academically because of learning in a language that is not their first language (O’Connor & Geiger, 2009; Dawber & Jordan, 1999; Ortiz, 1997; Statham, 1997). The participants comprised of four purposively selected Grade7 Natural Science teachers, two SGBs and Grade 7 learners from two primary schools in Hammanskraal, Gauteng. This study followed a qualitative research approach and falls under the interpretive research paradigm. It is a phenomenological study and focuses on the lived experiences of teachers and learners. Methods of data collection used were classroom observations, interviews, questionnaires, and document analysis. Data gathered indicated that Setswana-speaking learners made basic errors such as spelling, sentence construction, grammar, incomplete sentences, mixed languages, using words that do not exist, tenses and understanding instructions. Recommendation to the SGBs is that they should consider these linguistic challenges when they draft language policies for rural and township schools. / Dissertation (MEd)--University of Pretoria, 2020. / Humanities Education / MEd / Unrestricted

Thesis (M.Soc.Sc.)--University of Hong Kong, 1989. / Also available in print.

Bibliography: p. [331]-349. / This exploratory study was conducted against the background of immediate post-apartheid South Africa in which the social upliftment and improvement of living conditions of all South Africans is regarded as of the highest priority. In a science- and technology-orientated world, science and technology is inextricably linked to this process. The purposes of this study were (a) to determine the level of scientific literacy of matriculants entering tertiary education in the Western Cape for the first time; (b) to describe patterns of scientific literacy levels with respect to selected demographic and other student background variables; and (c) to ascertain which student background variables appear to have the most influence in determining whether matriculants are scientifically literate or not. A survey was deemed to be appropriate for answering the above research questions. Underpinning the study was the development of a pool of scientific literacy test-items, from which a criterion-referenced, reliable, valid, and composite scientific literacy test instrument - the Test of Basic Scientific Literacy - could be constructed.

by Siu Lai Ping, Teresa. / Thesis (M.A. Ed)--Chinese University of Hong Kong, 1983 / Bibliography: leaves 60-64