Fundamental engineering courses are important to the undergraduate engineering student experience but have been associated with challenging educational environments. Several factors influence the educational environment, although learning experiences are primarily the outcome of interactions between instructors and students. To initiate change, it is important to understand teaching and learning experiences in fundamental engineering courses from the perspectives of the key players in these environments: instructors and students. To accomplish the goal of understanding teaching and learning experiences, I conducted studies that examined instructors' and students' perspectives on their experiences and the educational environments, using qualitative research methodology. Through these studies, this dissertation: 1) examined instructors' beliefs and self-described behaviors, guided by motivation theory and focusing on the role of instructors as socializers in the learning process; 2) considered interacting fundamental engineering courses as a foundational curriculum within engineering curricula to describe the educational environment in these courses from instructors' perspectives; and 3) examined student perceptions of their learning experiences and the educational environments in fundamental engineering courses using responses to open-ended items in end-of-semester student evaluations of teaching surveys. Data indicate that participants strive to integrate strategies that promote effective learning despite challenges posed by course environments, although expected gains from these behaviors may not always be maximized. Students and instructors may benefit from a student-focused, collaborative and holistic course planning process that considers interacting fundamental courses as a foundational curriculum within engineering curricula, and that engages instructors as equal partners in the planning process. Student feedback may be infused into the course planning process by productively and meaningfully utilizing students' responses to end-of-semester student evaluations of teaching surveys. Overall, the results of this dissertation highlight the importance of institutional support, collaboration, and integrating student feedback in the quest for facilitating effective educational environments and positive learning experiences in engineering. / Doctor of Philosophy / Introductory engineering courses are important to engineering students’ college experience but have been associated challenging learning environments. Several factors influence the learning environment, although learning experiences are primarily the outcome of interactions between instructors and students. To initiate change, it is important to understand teaching and learning experiences in introductory engineering courses from the points of view of the key players in these environments: instructors and students. To accomplish the goal of understanding teaching and learning experiences, I conducted qualitative studies that examined instructors’ and students’ points of view on their experiences and the learning environments. Through these studies, this dissertation: 1) examined instructors’ beliefs and self-described behaviors, guided by motivation theory and focusing on the role of instructors as socializers in the learning process; 2) considered interacting introductory engineering courses as a foundational curriculum within engineering curricula to describe the learning environment in these courses from instructors’ points of view; and 3) examined student perceptions of their learning experiences and environments in introductory engineering courses using responses to open-ended items in end-of-semester student evaluations of teaching surveys. Results show that participants strive to integrate strategies that promote effective learning despite challenges posed by learning environments, although the expected benefits from these strategies may not always be realized. Students and instructors may benefit from a student-focused, collaborative and holistic course planning process that considers interacting introductory engineering courses as a foundational curriculum within engineering curricula, and that involves v instructors as equal partners in the planning process. Student feedback may be included in the course planning process by productively and meaningfully using students’ responses to end-of-semester student evaluations of teaching surveys. Overall, the results of this dissertation highlight the importance of institutional support, collaboration, and integrating student feedback in the quest for facilitating effective learning environments and positive learning experiences in engineering.

Recent advancements in the speed and availability of the Internet have catapulted distance education into the forefront of possible economic education alternatives. Distance learning courses are taught exclusively over the Internet. Economics distance courses provide alternatives for economics students to traditional classroom instruction, and also invite new students to the discipline who may not have otherwise enrolled. An increase in the number of distance courses in the economics field has sparked a debate over the ability of distance courses to provide equivalent educational outcomes as traditional in-class courses. This study evaluates educational outcomes from a traditional section and two distance sections of introductory agricultural microeconomics courses, Economics of the Food and Fiber System (AAEC 1005), taught at Virginia Tech. The study compares student learning, attitudes and interests in economics, and perceptions of instructor effectiveness between traditionally taught students and those taught through distance education. Average exam scores, and common exam questions given to students in both course types, are the measures of student learning used in this study. Attitudes and interest are measured by student survey, and perceptions of instructor effectiveness are measured by student course evaluations. A variety of statistical tests are conducted comparing distance and traditional students in order to determine the influence of delivery method on educational outcomes. Results indicate that traditional students generally obtain higher grades on tests, and have a higher opinion of course instruction than distance students, suggesting that distance education is not an equivalent educational alternative to traditional classroom instruction. / Master of Science

Audio-visual aids can help to cause the student to realize that "government" is an animate, ever-changing thing that affects him in many ways. The purpose of this paper is to suggest ways in which government courses may be given life.

The purpose of this thesis is to study the relationship of the fee system for certain business subjects in Texas high schools to certain principles of free public school education as provided for Texas public schools.

The purpose of this study is to analyze the adequacy of the automobile mechanics courses taught in certain Texas high schools to determine (1) what high schools of Texas offer courses in auto mechanics; (2) in what place in the curriculum are such courses offered; (3) what methods of teaching auto mechanics are being used; (4) how many units are offered and what is contained in each unit; and (5) the opinions of the school administrators, auto mechanics teachers, and industrial arts teachers as to what should be taught in the auto mechanics courses.

8 Abstract This master thesis deals with actual form of Czech courses for German speaking people and it is especially focused on the company courses. Theoretical part describes communication in companies between Czech and German employees and principles of adult education with taking specific features of company surroundings into consideration. In practical part, the courses organisation in selected company and in several language schools is investigated. Further, specific form of courses is described by the lectors and students evaluation. The aim of the thesis is to characterize organisation and implementation of Czech language courses for German speaking people and to define the typical features of these courses. Key words Czech courses for foreigners, Czech for German speaking people, company courses, adult education, teaching organisation and implementation

O número de cursos na modalidade a distância tem aumentado consideravelmente no mundo, porém existe um grande receio por parte de muitos que o ensino nessa modalidade tenha qualidade inferior ao apresentado na modalidade presencial. Contudo a qualidade do ensino não decorre da presença de todos os envolvidos num mesmo local, e sim da implementação de ações que facilitem o processo de aprendizagem. Esse trabalho teve como objetivo produzir um módulo didático, em hipermídia, para a disciplina de Fundamentos de Astronomia e Astrofísica, a ser ministrada na modalidade a distância aos alunos do curso de licenciatura em Física e a outros alunos interessados, vinculados à UFRGS, por meio de um ambiente virtual de aprendizagem, que tornasse possível um ensino de qualidade nessa modalidade. Com esse intuito, foi elaborada uma adaptação do hipertexto Astronomia e Astrofísica dos Professores Kepler de Souza Oliveira Filho e Maria de Fátima Oliveira Saraiva, procurando colocá-lo num formato mais adequado para a aprendizagem sem a presença do professor. Para atingir a meta de favorecer uma aprendizagem significativa ausubeliana, os conteúdos das aulas foram organizados de forma a propiciar a diferenciação progressiva e a reconciliação integradora, e no desenvolvimento das atividades propostas, a interação social vygostkyana entre os alunos, no ambiente virtual. O módulo de ensino está dividido em três áreas e contém 28 aulas no total, todas tendo a mesma estrutura básica: objetivos, introdução, desenvolvimento, resumo e atividades de fixação. Também são utilizados aplicativos (applets) de uso livre na rede e outros recursos próprios do ambiente virtual de aprendizagem tais como fóruns e questionários. O material foi aplicado no segundo semestre de 2011, 2011/2, tendo sido trabalhado com uma turma de 25 alunos matriculados. No final de cada uma das três áreas, os alunos foram submetidos a uma avaliação presencial, sendo a nota de cada área estabelecida a partir de uma composição entre as participações nas atividades propostas no ambiente virtual e na prova presencial. A média final foi calculada pela média aritmética das notas de cada área. Os resultados foram bastante satisfatórios do ponto de vista de desempenho e aproveitamento dos alunos participantes, mas não corresponderam à expectativa de diminuição da taxa de abandono da disciplina. O mesmo material, com algumas melhorias, foi reaplicado no primeiro semestre de 2012, com resultados semelhantes aos de 2011/2. Novamente, os alunos que se dedicaram ao estudo conseguiram ter na modalidade a distância um aproveitamento tão bom quanto os alunos dedicados das turmas presenciais; no entanto, o taxa de abandono, principalmente por parte dos alunos de Licenciatura Noturna, permaneceu alta. / The number of online distance learning courses has greatly increased worldwide, but there is a great concern shared by many that this type of teaching modality offers lower quality than that offered by onsite courses. However, we understand that the quality of education does not follow from the onsite presence of all participants, but from the implementation of actions that facilitate the learning process. This study aims at producing a high quality hypermedia didactic module to the online teaching of the Fundamentals of Astronomy and Astrophysics to the undergraduate students and students alike who are linked to UFRGS through a virtual environment. In addition, to achieve such goal, an adaptation of the Astronomy and Astrophysics hypertext by Dr. Kepler Oliveira de Souza Filho and Dr. Maria de Fatima Oliveira Saraiva was accomplished. Also, to carry out the Ausubelian meaningful teaching method class contents were organized in a way to encourage the progressive differentiation and integrative reconciliation of Ausubel. Furthermore, the Vygostkyan social interaction method was applied to the development of activities among the distance learning students. The teaching module is divided into three areas and contains 28 lessons in total, all having the same basic structure: objectives, introduction, development, summary and fixation activities. Freeware applets and other virtual learning environment resources such as forums and questionnaires were used. The teaching resources were applied in the second semester of 2011, 2011/2, to a class of 25 enrolled students. At the end of each of the three areas the students were submitted to an on-site assessment: the score of each area was established from a composition between the participation in the online proposed activities and the test applied. The final average was calculated as the arithmetic average of the ratings for each area. The results were quite satisfactory from the point of view of performance and progress of the participating students, but did not correspond to the expected decrease in the class drop-out rate. The same class material, with some improvements, was reapplied in the first semester of 2012, with results similar to those of 2011/2. Again, dedicated students benefited from the distance learning course as much as the best students of the onsite course. Nonetheless, the drop-out rate, mainly by evening class undergraduate students, remained high.

Recent research suggests that the college-going trajectories of English language learners (ELLs) may be improved by focusing on their academic abilities rather than their English limitations; that ELLs are capable of high-track, college preparatory coursework. Most research draws on feedback or observations of current high school students. This qualitative study uses semi-structured interviews to elicit retrospective perspectives of three Latina college students placed in English as a second language (ESL) during high school. These three former ELLs were able to navigate from ESL courses to higher-track, advanced placement (AP) courses, which prepared them for college. Results suggest that relatively short times spent in ESL may positively influence ELLs’ access to college preparatory coursework and integration with native English speaking (NES) peers who possess college-going social capital. Results also suggest that ELLs’ perceptions of teachers’ high expectations and college-going assistance may provide important social capital facilitating ELLs’ access to higher-tracks and college. / text

O número de cursos na modalidade a distância tem aumentado consideravelmente no mundo, porém existe um grande receio por parte de muitos que o ensino nessa modalidade tenha qualidade inferior ao apresentado na modalidade presencial. Contudo a qualidade do ensino não decorre da presença de todos os envolvidos num mesmo local, e sim da implementação de ações que facilitem o processo de aprendizagem. Esse trabalho teve como objetivo produzir um módulo didático, em hipermídia, para a disciplina de Fundamentos de Astronomia e Astrofísica, a ser ministrada na modalidade a distância aos alunos do curso de licenciatura em Física e a outros alunos interessados, vinculados à UFRGS, por meio de um ambiente virtual de aprendizagem, que tornasse possível um ensino de qualidade nessa modalidade. Com esse intuito, foi elaborada uma adaptação do hipertexto Astronomia e Astrofísica dos Professores Kepler de Souza Oliveira Filho e Maria de Fátima Oliveira Saraiva, procurando colocá-lo num formato mais adequado para a aprendizagem sem a presença do professor. Para atingir a meta de favorecer uma aprendizagem significativa ausubeliana, os conteúdos das aulas foram organizados de forma a propiciar a diferenciação progressiva e a reconciliação integradora, e no desenvolvimento das atividades propostas, a interação social vygostkyana entre os alunos, no ambiente virtual. O módulo de ensino está dividido em três áreas e contém 28 aulas no total, todas tendo a mesma estrutura básica: objetivos, introdução, desenvolvimento, resumo e atividades de fixação. Também são utilizados aplicativos (applets) de uso livre na rede e outros recursos próprios do ambiente virtual de aprendizagem tais como fóruns e questionários. O material foi aplicado no segundo semestre de 2011, 2011/2, tendo sido trabalhado com uma turma de 25 alunos matriculados. No final de cada uma das três áreas, os alunos foram submetidos a uma avaliação presencial, sendo a nota de cada área estabelecida a partir de uma composição entre as participações nas atividades propostas no ambiente virtual e na prova presencial. A média final foi calculada pela média aritmética das notas de cada área. Os resultados foram bastante satisfatórios do ponto de vista de desempenho e aproveitamento dos alunos participantes, mas não corresponderam à expectativa de diminuição da taxa de abandono da disciplina. O mesmo material, com algumas melhorias, foi reaplicado no primeiro semestre de 2012, com resultados semelhantes aos de 2011/2. Novamente, os alunos que se dedicaram ao estudo conseguiram ter na modalidade a distância um aproveitamento tão bom quanto os alunos dedicados das turmas presenciais; no entanto, o taxa de abandono, principalmente por parte dos alunos de Licenciatura Noturna, permaneceu alta. / The number of online distance learning courses has greatly increased worldwide, but there is a great concern shared by many that this type of teaching modality offers lower quality than that offered by onsite courses. However, we understand that the quality of education does not follow from the onsite presence of all participants, but from the implementation of actions that facilitate the learning process. This study aims at producing a high quality hypermedia didactic module to the online teaching of the Fundamentals of Astronomy and Astrophysics to the undergraduate students and students alike who are linked to UFRGS through a virtual environment. In addition, to achieve such goal, an adaptation of the Astronomy and Astrophysics hypertext by Dr. Kepler Oliveira de Souza Filho and Dr. Maria de Fatima Oliveira Saraiva was accomplished. Also, to carry out the Ausubelian meaningful teaching method class contents were organized in a way to encourage the progressive differentiation and integrative reconciliation of Ausubel. Furthermore, the Vygostkyan social interaction method was applied to the development of activities among the distance learning students. The teaching module is divided into three areas and contains 28 lessons in total, all having the same basic structure: objectives, introduction, development, summary and fixation activities. Freeware applets and other virtual learning environment resources such as forums and questionnaires were used. The teaching resources were applied in the second semester of 2011, 2011/2, to a class of 25 enrolled students. At the end of each of the three areas the students were submitted to an on-site assessment: the score of each area was established from a composition between the participation in the online proposed activities and the test applied. The final average was calculated as the arithmetic average of the ratings for each area. The results were quite satisfactory from the point of view of performance and progress of the participating students, but did not correspond to the expected decrease in the class drop-out rate. The same class material, with some improvements, was reapplied in the first semester of 2012, with results similar to those of 2011/2. Again, dedicated students benefited from the distance learning course as much as the best students of the onsite course. Nonetheless, the drop-out rate, mainly by evening class undergraduate students, remained high.

O número de cursos na modalidade a distância tem aumentado consideravelmente no mundo, porém existe um grande receio por parte de muitos que o ensino nessa modalidade tenha qualidade inferior ao apresentado na modalidade presencial. Contudo a qualidade do ensino não decorre da presença de todos os envolvidos num mesmo local, e sim da implementação de ações que facilitem o processo de aprendizagem. Esse trabalho teve como objetivo produzir um módulo didático, em hipermídia, para a disciplina de Fundamentos de Astronomia e Astrofísica, a ser ministrada na modalidade a distância aos alunos do curso de licenciatura em Física e a outros alunos interessados, vinculados à UFRGS, por meio de um ambiente virtual de aprendizagem, que tornasse possível um ensino de qualidade nessa modalidade. Com esse intuito, foi elaborada uma adaptação do hipertexto Astronomia e Astrofísica dos Professores Kepler de Souza Oliveira Filho e Maria de Fátima Oliveira Saraiva, procurando colocá-lo num formato mais adequado para a aprendizagem sem a presença do professor. Para atingir a meta de favorecer uma aprendizagem significativa ausubeliana, os conteúdos das aulas foram organizados de forma a propiciar a diferenciação progressiva e a reconciliação integradora, e no desenvolvimento das atividades propostas, a interação social vygostkyana entre os alunos, no ambiente virtual. O módulo de ensino está dividido em três áreas e contém 28 aulas no total, todas tendo a mesma estrutura básica: objetivos, introdução, desenvolvimento, resumo e atividades de fixação. Também são utilizados aplicativos (applets) de uso livre na rede e outros recursos próprios do ambiente virtual de aprendizagem tais como fóruns e questionários. O material foi aplicado no segundo semestre de 2011, 2011/2, tendo sido trabalhado com uma turma de 25 alunos matriculados. No final de cada uma das três áreas, os alunos foram submetidos a uma avaliação presencial, sendo a nota de cada área estabelecida a partir de uma composição entre as participações nas atividades propostas no ambiente virtual e na prova presencial. A média final foi calculada pela média aritmética das notas de cada área. Os resultados foram bastante satisfatórios do ponto de vista de desempenho e aproveitamento dos alunos participantes, mas não corresponderam à expectativa de diminuição da taxa de abandono da disciplina. O mesmo material, com algumas melhorias, foi reaplicado no primeiro semestre de 2012, com resultados semelhantes aos de 2011/2. Novamente, os alunos que se dedicaram ao estudo conseguiram ter na modalidade a distância um aproveitamento tão bom quanto os alunos dedicados das turmas presenciais; no entanto, o taxa de abandono, principalmente por parte dos alunos de Licenciatura Noturna, permaneceu alta. / The number of online distance learning courses has greatly increased worldwide, but there is a great concern shared by many that this type of teaching modality offers lower quality than that offered by onsite courses. However, we understand that the quality of education does not follow from the onsite presence of all participants, but from the implementation of actions that facilitate the learning process. This study aims at producing a high quality hypermedia didactic module to the online teaching of the Fundamentals of Astronomy and Astrophysics to the undergraduate students and students alike who are linked to UFRGS through a virtual environment. In addition, to achieve such goal, an adaptation of the Astronomy and Astrophysics hypertext by Dr. Kepler Oliveira de Souza Filho and Dr. Maria de Fatima Oliveira Saraiva was accomplished. Also, to carry out the Ausubelian meaningful teaching method class contents were organized in a way to encourage the progressive differentiation and integrative reconciliation of Ausubel. Furthermore, the Vygostkyan social interaction method was applied to the development of activities among the distance learning students. The teaching module is divided into three areas and contains 28 lessons in total, all having the same basic structure: objectives, introduction, development, summary and fixation activities. Freeware applets and other virtual learning environment resources such as forums and questionnaires were used. The teaching resources were applied in the second semester of 2011, 2011/2, to a class of 25 enrolled students. At the end of each of the three areas the students were submitted to an on-site assessment: the score of each area was established from a composition between the participation in the online proposed activities and the test applied. The final average was calculated as the arithmetic average of the ratings for each area. The results were quite satisfactory from the point of view of performance and progress of the participating students, but did not correspond to the expected decrease in the class drop-out rate. The same class material, with some improvements, was reapplied in the first semester of 2012, with results similar to those of 2011/2. Again, dedicated students benefited from the distance learning course as much as the best students of the onsite course. Nonetheless, the drop-out rate, mainly by evening class undergraduate students, remained high.